NationStates Jolt Archive

Kore Technologies Future Tech

Ekhodas Star Base Orbital ShipYards

Store Front Rules:

First : PLEASE, Do your own math, the prices are given below the descriptions. If there isn’t a price for some reason, ask for it & I will provide it.

Second : No production rights will be sold at this time.

Third : Reverse Engineering of any equipment found here is strictly forbidden / opens you to legal concerns and / or military action

Fourth : Resell of Kor Tech is strictly forbidden / opens you to legal concerns and / or military action

Fifth : Transportation is normally your responsibility, but can be arranged
through Kor Logistics for a fee of course.

Sixth : Do not attempt to use this technology against Kormanthor or our allies / opens you to legal concerns and / or military action

Seventh: For figuring the passage of time in this store front 1 RL
Day equals 1 NS Year.

Policy

All prices are listed in USD ( United States Dollars ) ; Please do not order more than you can afford, unless we agree to spread out your payments over several NS years in accordance with a previously arranged payment schedule. Kor Bank is available for all your needs. Background checks will be made.

Discounts

5% - Frequent Purchaser / Valued Customer Discount
7.5% - Bulk Purchase Discount; Package Discount
10% - Esteemed Nation/s Discount ( ESUS Member's )
15% - Most Trusted and Favored Nation Discount( Virgin Incursion, Indra Prime, Balrogga, Megas )


Senior Management

Stephanie Matthews, Director, Kor Shipyards
Matthew Gerrard, Director, Covert Projects Management Division
Gwendilynne McMasterson, Director, Legal Services Division
Nicolle Shultz, Director, Products Management Division
—Heather deBoer, Press Relations Office, Products Management Division
—Jennifer Nulgrew, Kor Financial Services, Products Management Division
Nat Stewart, Director, Research and Development Division


Copyrights

All vessels, vehicles, systems, and other devices shown here have been registered and patented by Kore Technologies.



Policy

All prices are listed in USD ( United States Dollars ) ; Please do not order more than you can afford, unless we agree to spread out your payments over several NS years in accordance with a previously arranged payment schedule. Background checks will be made.


Our Product Line


http://usera.imagecave.com/Kormanthor/KormanthorA/Starwars070.jpg

The Shadow Horizon Class Star Yacht

Like many star yachts the Shadow Horizon is built around a study frame
that begins fairly wide at the engines and tapers forward until reaching the
narrow triangular cockpit.
Known for its twin retractable Kh-2j Phaser Cannons which are mounted on small turrents with a wide firing arc. Which are backed up by two concealed
TyKor Jk-91 Concussion Missile Launchers, each with a magazine of twelve
high yield photon torpedos, as well as Ventral & Dorsal Phaser Strips. All weapons are linked through a Kor Scan OVC 73 Multiple Option " Shoot Back " targeting computer linked to a Electro Telescope that can be set to automatically shoot down any craft that opens fire on the Shadow Horizon.
Shadow Horizons legendary speedcomes from finely tuned twin Kor Au-94 Ion Drives and redesigned Class 0.5 Hyperdrive Engines.
An extremely advanced long range sensor suite complete with bow, stern, port, starboard, ventral & dorsal visual scanners, jamming devices, sensor decoys, false transponder code relays, & multiple remote control slave circuits that can summon the barge over long distances make the Shadow Horizon a
very special Star Yacht indeed.
Our engineers didn't stop there however, the Shadow Horizon boast a
holograhic communications array that can send and recieve message to &
from the outer rim if necessary. We integrated a tractor beam into the the reconfigured aft docking bay to launch and retrieve a small droid controled starfighter that comes preprogrammed with a variety of evasive maneuvers and attack patterns.
The crew sits beneath a massive transparisteel canopy that provides breath taking views of surrounding space and crystal clear images of enemy
starships.

60 m long
45 m hull/wingspan width

Price $ 20 Billion


http://usera.imagecave.com/Kormanthor/sftankx02.jpg

The AP2W2 Warp Antigrav Battle Tank

Armament: 3 - 480mm Tripod Rail Cannon
6 - barreled nano grenade launchers
Engine: Avkor Plantia Warp Core
Space Max Speed: Warp 2
Atmospheric Max Speed: Mach 30
Range: 300 mil. miles
Crew: 12
Weight: approx. 250 tons

This is the latest Avkor Plantia Tank which is an upgrade of the AP2I2 version. The AP2W2’s main cannon fires three 480mm projectiles from a Tripod Rail Guns , this impressive cannon is backed up by double tripod retractable Kh-2j Laser Cannons which are mounted on small turrents with a wide firing arc. Which are backed up by six concealed TyKor Jk-91 Concussion Missile Launchers, each with a magazine of twelve high yield photon torpedos. All weapons are linked through a Kor Scan OVC 73 Multiple Option " Shoot Back " targeting computer linked to a Electro Telescope that can be set to automatically shoot down any craft that opens fire on the AP2W2. The crew sits beneath a massive transparisteel rotating canopy that provides breath taking views of surrounding space and crystal clear images of enemy starships and ground personnel.
The Pulse Phaser Cannons, unlike a conventional phaser array, fired bolts of energy rather then a beam discharge. This points to a considerably different design. They were more powerful than a normal phaser, due to the destructive energy being delivered onto the target all at once, instead of a steady beam like a conventional phaser, yet seem to have shorter range than traditional, ship mounted phaser arrays. Ablative armor is armor designed to negate damage by itself being damaged or destroyed. In contemporary spacecraft, ablative plating is most frequently seen as heat shielding for a vehicle that must enter atmosphere from orbit, such as on the Mars Pathfinder probe. It is also sometimes used as a protective material for the inside of rockets. In a hypothetical military application, ablative armor would undergo a state change on weapon impact, perhaps vaporising, or disintegrating to a fine powder. This state change would carry energy away from the armored vehicle and into the vaporized armor material. In addition, the expanding layer of ablated vapor would physically push additional hot gas away from the shield in a process known as blowing.
Ablative armor is distinct from the concept of reactive armor, which uses a sandwich layer of explosives to disrupt the thrust of armor piercing ammunition, and is actually in common use in modern armored vehicles.

Price $ 10 Billion

Kore Tech Star Bases


Ivelliosurin Class Ring World

http://usera.imagecave.com/Kormanthor/RingWorldSpaceStationInside.jpg

Scale: Extremely Huge Ring World
Diameter: 240 kilometers in diameter
Crew / Residents: 10,000,000
Hyperdrive: x 1 (backup x 2)
Impulse Drive: .1 to Full Impulse
Passengers: 1,600,000 Troopers

Weapons:

1 Galaxy Gun: The Galaxy Gun fires missiles equipped with particle disintegrator
warheads, an extremely fast hyperdrive that can travel from the Galactic Core to the outer most frontier worlds in a matter of hours, automated laser cannons, armor plating, and advanced energy shields for protection.
8 Super Phasers
1200 Turbo Lasers
1200 Ion Cannons
1000 Concussion Missile Tubes
1000 Tractor Beam Projectors
Garrison Forces: Twelve Prefabricated Garrisons
Launch Bays for 2000 Fighters
Secondary Bays that will hold up to 250 Defiant Class Starships ( not included )
Cluster Bomb Placements
BOz-62 Kortech Sensor Array w/ Com Scan Integrator Console
Sensor Countermeasures & Screamer Active Jammer
Quantum Crystalline Armor ( Nearly impervious to turbolaser fire )
Kore Plasma Ablative Shields

[b] Commmunications

Kortech Holonet Transciever ( Nearly impossible to intercept )
Kortech Subspace Transciever

Price: $999 Trillion USD


[B] Ivellios Class Star City

http://usera.imagecave.com/Kormanthor/sfstarbase.jpg

Scale: Huge Star City Platform
Diameter: 120 kilometers in diameter
Crew: 2,000,000
Hyperdrive: x 1 (backup x 2)
Warp Drive : 8 Warp Nacelles
Maximum Warp Speed Rated at: 7.5
Impulse Drive: .1 to Full Impulse
Passengers: 1,600,000 Troopers
Cargo Capacity: 1,200,000 metric tons

Weapons:

1 Galaxy Gun: The Galaxy Gun fires missiles equipped with particle disintegrator
warheads, an extremely fast hyperdrive that can travel from the Galactic Core to the outer most frontier worlds in a matter of hours, automated laser cannons, armor plating, and advanced energy shields for protection.
8 Super Phasers
1200 Turbo Lasers
1200 Ion Cannons
1000 Concussion Missile Tubes
1000 Tractor Beam Projectors
Garrison Forces: Twelve Prefabricated Garrisons
Launch Bays for 2000 Fighters
Secondary Bays that will hold up to 250 Defiant Class Starships ( not included )
Cluster Bomb Placements
BOz-62 Kortech Sensor Array w/ Com Scan Integrator Console
Sensor Countermeasures & Screamer Active Jammer
Quantum Crystalline Armor ( Nearly impervious to turbolaser fire )
Kore Plasma Ablative Shields

[b] Commmunications

Kortech Holonet Transciever ( Nearly impossible to intercept )
Kortech Subspace Transciever

Price: $800 Trillion USD


[B] Ivelliosurin Class Death Star

http://usera.imagecave.com/Kormanthor/sfspace_station_1.jpg

Scale: Huge Capital Ship
Diameter: 60 kilometers in diameter
Crew: 1,000,000
Hyperdrive: x 1 (backup x 2)
Warp Drive : 12 built in Nacelles
Maximum Warp Speed Rated at: 9.5
Impulse Drive: .1 to Full Impulse
Passengers: 900,000 Troopers
Cargo Capacity: 600,000 metric tons

Weapons:

1 Galaxy Gun: The Galaxy Gun fires missiles equipped with particle disintegrator
warheads, an extremely fast hyperdrive that can travel from the Galactic Core to the outer most frontier worlds in a matter of hours, automated laser cannons, armor plating, and advanced energy shields for protection.
6 Super Phasers
1 Sun Crusher Cannon
1200 Turbo Lasers
1200 Ion Cannons
1000 Concussion Missile Tubes
1000 Tractor Beam Projectors
Garrison Forces: Twelve Prefabricated Garrisons
Launch Bays for 2000 Fighters
Secondary Bays that will hold up to 250 Defiant Class Starships
Cluster Bomb Placements
BOz-62 Kortech Sensor Array w/ Com Scan Integrator Console
Sensor Countermeasures & Screamer Active Jammer
Quantum Crystalline Armor ( Nearly impervious to turbolaser fire )
Kore Plasma Ablative Shields & Ablative Armor.

Commmunications

Kortech Holonet Transciever ( Nearly impossible to intercept )
Kortech Subspace Transciever

Price: $500 Trillion USD


[B] Asterkore Class Star Base


Estarre Class / Deep Space Star Base

http://usera.imagecave.com/Kormanthor/st_ds9_01z.jpg


Essemula Class / Deep Space Science Lab

http://usera.imagecave.com/Kormanthor/Kormanthor2/regula_one_small.jpg

Dimensions

Diameter : 402 m
Height (overall) : 484 m
Decks : 28

Mass: 400,000 metric tons
Crew: 100
Defence Systems:
Armament

15 x Type XII phaser arrays, total output 75,000 TeraWatts
4 x Pulse fire quantum torpedo tube

Defence Systems

Regenerative shield system, total capacity 3,915,000 TeraJoules
Heavy Duranium/Tritanium Double hull plus 18 cm Ablative armor
High level Structural Integrity Field

Docking Facilities: Internal docking bay capable of holding shuttles /
fighters and a Defiant Class Starship.

Price 40 Billion

$100,000 for a plane that does all that and has so much technology into it is absolutely Godmodding. One of my harrier jets I purchased cost 280 times that and these were on sale! Even a F-117 usually sells for $100,000,000 which is 1000 times your plane without even an eigth of it. Besides don't mix modern tech and future tech together, it doesn't blend well.

Civilian Starships

http://usera.imagecave.com/Kormanthor/Metaluna_Scene2.jpg

Family Star Saucer Kor1

Impulse Drive Only: is the usual propulsion system used for sub-light-speed movement and orbital or docking manueuvers.
Full Impulse Speeds

1). Earth to Moon = 5.38 Minutes
2). Earth to Mars = 17.78 Hours
3). Sun to SolSystem Edge = 56.7 Days
4). Five Light Years = 6 Months

Cryo Tubes Available for long trips

Price: $ 250 Million USD


http://usera.imagecave.com/Kormanthor/lis_jupiter2_01.jpg

Jupiter 2.1 Family Star Saucer

Impulse Drive: is the usual propulsion system used for sub-light-speed movement and orbital or docking manueuvers.

Full Impulse Speeds

1). Earth to Moon = 5.38 Minutes
2). Earth to Mars = 17.78 Hours
3). Sun to SolSystem Edge = 56.7 Days
4). Five Light Years = 6 Months

Warp Drive 2

1). Cross SolSystem = 1 Hour
2). Five Light Years = 6 Month's
3). 20 Light Years = 2 Years

Price: $ 500 Million USD

Family Star Saucer III

http://usera.imagecave.com/Kormanthor/Kormanthor2/pilotship.jpg

Impulse Drive

1). Earth to Moon = 5.38 Minutes
2). Earth to Mars = 17.78 Hours
3). Sun to SolSystem Edge = 56.7 Days
4). Five Light Years = 6 Months

Cryo Tubes Available for long trips

Warp Drive 2

1). Cross SolSystem = 1 Hour
2). Five Light Years = 6 Month's
3). 20 Light Years = 2 Years

Price: $ 750 Million USD


KorArgon Class Shuttle

http://usera.imagecave.com/Kormanthor/ArgoClassShuttle.jpg

Type: Shuttle

Dimensions

Length: 25 m
Beam (winglets folded): 7 m
Height: 4.5 m
Decks: 1
Mass: 73.5 metric tons
Crew: 1

Armament

4 x Type IV phaser arrays, total output 500 TeraWatts
2 x Micro photon torpedo tube + 20 torpedoes
Defence Systems
Standard shield system, total capacity 40,500 TeraJoules
Light Duranium/Tritanium Single hull.
Low level Structural Integrity Field

Warp Speeds

Normal Cruise: 3
Maximum Cruise: 3.5
Maximum Rated: 4 for 12 hours.

Price: $ 1 Billion


Military Starships

NEW Additions


KorTech / Peace Keeper Class Dreadnought

http://usera.imagecave.com/Kormanthor/krenim-timeship.jpg
Peace Keeper Class Dreadnought

Scale: Huge Capital
Length: 12,800 meters long
Crew: 10,000
Hyperdrive: x 1 (backup x 2)
Warp Drive : 6 Nacelles
Maximum Warp Speed Rated at: 9.99
Impulse Drive: .1 to Full Impulse
Passengers: 10,500 Troopers
Cargo Capacity: 65,000 metric tons

Weapons:

1 Galaxy Gun: The Galaxy Gun fires missiles equipped with particle disintegrator
warheads, an extremely fast hyperdrive that can travel from the Galactic Core to the outer most frontier worlds in a matter of hours, automated laser cannons, armor plating, and advanced energy shields for protection.
1 Super Laser
1 Sun Crusher Cannon
300 Turbo Lasers
200 Ion Cannons
150 Concussion Missile Tubes
100 Tractor Beam Projectors
Garrison Forces: Twelve Prefabricated Garrisons
Launch Bays for 200 Fighters ( Fighters not included }
Secondary Bays that will hold up to 25 Defiant Class Starships ( not included )
Cluster Bomb Placements
BOz-62 Kortech Sensor Array w/ Com Scan Integrator Console
Sensor Countermeasures & Screamer Active Jammer
Quantum Crystalline Armor ( Nearly impervious to turbolaser fire )
Kore Plasma Ablative Shields

Commmunications

Kortech Holonet Transciever ( Nearly impossible to intercept )
Kortech Subspace Transciever

Price: $50 Trillion USD

[b] KorTech /Executor Super Star Destroyer

http://usera.imagecave.com/Kormanthor/essd2.jpg

Length: 12,800 m long
Crew: minimum 10,000, maximum 50,000
Garrison Forces: 38,000 w/ Three Prefabricated Garrisons (
( Included as a bonus for dealing with AsterKore Of Kormanthor )
Cargo Capacity: 110,000 metric tons
Consumables: 4 years
Hyperdrive: x2 (backup x 3)

Weapons:

400 Turbo Lasers
300 Ion Cannons
350 Concussion Missile Tubes
20 Tractor Beam Projectors

Fighter Comp

144 Tie Fighters

Secondary Bays that will hold up to 200 additional support starships ( Support Ships not included )

Vehicle Pool

24 AT-AT’s Walkers
50 AT-ST’s Walkers

Unit Cost: $80 billion


KorTech / Imperial Star Destroyers

http://usera.imagecave.com/Kormanthor/stardest1.jpg

Type: Star Destroyer
Scale: Medium Capital
Length: 1,600 meters
Crew
Skeleton: 5,000
Total crew: 37,085
Passengers: 9,700 Troopers
Cargo Capacity: 36,000 metric tons
Consumables: 6 years
Hyperdrive Multiplier: x2
Hyperdrive Backup: x 3
Nav Computer: Yes
Weapons:
60 Laser Cannons
60 Ion Cannons
10 Tractor Beam Projectors
72 TIE starfighters
20 AT-AT (All-Terrain Armored Transport) walkers
30 AT-ST (All-Terrain Scout Transport) walkers

Unit Cost: $40 billion

Kor Heavy Destroyer

http://usera.imagecave.com/Kormanthor/Kormanthor3/Andromeda2.jpg

Type: Star Destroyer
Scale: Small Capital
Length: 800 meters
Crew
Skeleton: 2,500
Total crew: 18,500
Passengers: 4,850 Troopers
Cargo Capacity: 18.000 metric tons
Consumables: 6 years
Hyperdrive Multiplier: x2
Hyperdrive Backup: x 3
Nav Computer: Yes
Weapons:
30 Laser Cannons
30 Ion Cannons
5 Tractor Beam Projectors
36 TIE starfighters
10 AT-AT (All-Terrain Armored Transport) walkers
15 AT-ST (All-Terrain Scout Transport) walkers

Unit Cost: $37.5 billion

Kor Medium Destroyer

http://usera.imagecave.com/Kormanthor/KormanthorA/belipic01.jpg

Type: Star Destroyer
Scale: Small Capital
Length: 600 meters
Crew: 2,500
Armament/s:

4 x Type X phaser arrays, total output 27,000 TeraWatts
24 x Pulse fire transphasic torpedoes tubes

Defence Systems:

High Yield Shield System; 4,276,500 TeraJoules
Standard Duranium/Tritanium Double hull plus 6.5 cm armor.
High Yield Structural Integrity Field

Warp Speeds

Normal Cruise: 9
Maximum Cruise: 9.93
Maximum Rated: 9.9

Price: $35 billion


Korlactica Class Battlestar

http://usera.imagecave.com/Kormanthor/Kormanthor2/battlestar.jpg

Length: 2,476 meters
Weight: 40,000,000 metric tons
Power: 4 Warp Core Reactors 87.6 Terawatts
Standard Crew: 2,300
70 officers
750 warriors - 350 are fighter pilots
700 crew - 135 civilian
Cargo Capacity: 1,295,000 metric tons
Hull/Armor: 10 meters
Sensors: Short/Medium/Long range, sub-light, 200,000 m^3/s

Weapons:

32 Blaster batteries
4 Turbo-Laser cannons
12 Korconcussion Missiles (anti-capital ship)
2 Korproton Bombs (planetary bombardment)
Fighters: 150 Viper Class Star Fighters
12 Korgon Surface Transports
12 Argon Class Shuttles
Price: $ 50 billion

Korkira Class Heavy Cruiser

http://usera.imagecave.com/Kormanthor/akirabattle.jpg

Dimensions

Length: 464.43 m
Beam: 316.67 m
Height: 87.43 m
Decks: 19
Mass: 3,055,000 metric tons
Crew: 500
Evacuation limit: 4500

Armament/s:

3 x Type X phaser arrays, total output 18,000 TeraWatts
16 x Pulse fire photon torpedo tubes

Defence Systems:

High Yield Shield System; 2,876,500 TeraJoules
Standard Duranium/Tritanium Double hull plus 6.5 cm armor.
High Yield Structural Integrity Field

Warp Speeds

Normal Cruise: 8
Maximum Cruise: 9.93
Maximum Rated: 9.9

Price: $35 billion


Koralaxy Class Starship

http://usera.imagecave.com/Kormanthor/ships3.jpg

Dimensions

Length: 641 m
Beam: 470 m
Height: 145 m
Decks: 42
Mass: 5,125,000 metric tons
Crew: ]/b] 1,014
[b] Evacuation limit: 15,000

Armament/s:

14 x Type X phaser arrays; 70,000 TeraWatts
2 x Type 3 burst fire photon torpedo tube

Defence Systems:

Standard shield system, total capacity 5,103,000 TeraJoules
Standard Duranium/Tritanium Double hull plus 9 cm High density armour.
Standard level Structural Integrity Field

Warp Speeds

Normal Cruise: 6
Maximum Cruise: 9.2
Maximum Rated: 9.9

Price: $30 billion


Read the thread that made the UKS KorIncursion Famous

http://forums2.jolt.co.uk/showthread.php?t=303215


Kormetheus Class Starship

http://usera.imagecave.com/Kormanthor/Prometheus2.jpg

Attack Cruiser

Dimensions Length: 518 m
Beam: 203 m
Height: 79 m
Decks: 17
Mass: 2,600,000 metric tons
Crew: 215

Armament

15 x Type XII phaser arrays, total output 75,000 TeraWatts
4 x Pulse fire transphasic torpedoes tube

Defence Systems

Regenerative shield system, total capacity 3,915,000 TeraJoules
Heavy Duranium/Tritanium Double hull plus 18 cm Ablative armor
High level Structural Integrity Field

Warp Speeds

Normal Cruise: 8
Maximum Cruise: 9.93
Maximum Speed: 9.99

Unit Cost: $30 billion

Korager Class Starship

http://usera.imagecave.com/Kormanthor/KormanthorA/land2.jpg

Korcelsior Class Cruiser

Dimensions

Length: 467 m
Beam: 185 m
Height: 100 m
Decks: 28
Mass: 2,495,000 metric tons
Crew: 565

Armament/s:

30 x Type IX phaser bank, total output 40,000 TeraWatts
4 x Pulse fire quantum torpedo tube
Defence Systems:

High Powered Shield System; 2,362,500 TeraJoules
Standard Duranium/Tritanium Double hull plus 3.2 cm armor.
Standard level Structural Integrity Field

Warp Speeds

Normal Cruise: 6
Maximum Cruise: 9
Maximum Rated: 9.4

Price: $25 billion


Korlympic Class Medical Starship

http://usera.imagecave.com/Kormanthor/OlympicOrbit.jpg

Medical Dreadnought

Dimensions

Length: 956 m
Beam: 360 m
Height: 384 m
Decks: 92
Mass: 1,600,000 metric tons
Crew: 1,440, 5,440 evacuation limit

Armament

15 x Type XII phaser arrays, total output 75,000 TeraWatts
8 x Pulse fire quantum torpedo tubes
Regenerative shield system, total capacity 3,915,000 TeraJoules
Heavy Duranium/Tritanium Double hull plus 18 cm Ablative armor
High level Structural Integrity Field

Warp Speeds

Normal Cruise: 8
Maximum Cruise: 9.93
Maximum Rated: 9.99

Price: $ 100 billion


StarCraft Carrier

http://usera.imagecave.com/Kormanthor/sf_maiden_flight.jpg

KorARMD StarCraft Carrier :

Type: KorARMD Class StarCraft Carrier
Scale: Small Capital Class Carrier
Length: 4,800 meters
Total crew: 111,255
Passengers: 30,000 Troopers ( Transporter Deployment )
Cargo Capacity: 108,000 metric tons
Consumables: 6 years
Hyperdrive Multiplier: x2
Hyperdrive Backup: x 3
Nav Computer: Yes
Weapons:
60 Laser Cannons
60 Ion Cannons
10 Tractor Beam Projectors
10 Personnel Transporter Rooms ( 48 transporters each )
10 Cargo Transporter Pads ( Used to deploy Devastator Anti Grav Lander/s )
4 x Type X phaser arrays, total output 27,000 TeraWatts
24 x Pulse fire photon torpedo tubes

Defence Systems:

High Yield Shield System; 4,276,500 TeraJoules
Standard Duranium/Tritanium Double hull plus 6.5 cm armor.
High Yield Structural Integrity Field

Warp Speeds

Normal Cruise: 9
Maximum Cruise: 9.93
Maximum Rated: 9.9

Carries:

1000 Kor Tech V1 Starfighters, ( Not Included )
1000 Havoc Cloak Wing Starfighters
200 Devastator Anti Grav Lander/s
40 AT-AT (All-Terrain Armored Transport) walkers
60 AT-ST (All-Terrain Scout Transport) walkers

Unit Cost: $50 billion


[B]Scimitar Diplomatic Barge / Jh-439

The SDB is a beautifully sculptured mixture of the chromium covered
Nabooian Royal Cruiser, the Nabooian Diplomatic Barge & the Sith Scimitar
Infiltrator ( without the dark force ) Armed Courier.
If you can picture a ships hull that blends these three ship hulls together then you have a good picture of the awe inspiring beauty of this totally
redesigned masterpiece.
The Scimitar DB is a shining example of our marriage between art, design,
& ultra cutting edge technology built into this ship to protect your most
important dignitaries from sudden death among the stars.
The space frame is a double decked, single long supple curve winged hull
covered in Chromium.....
Most impressive is the finely tuned, heavily modified Class 0.5 Hyperdrive Engines & twin Kor Gu-79 Ion Drive Engines that can propel the Scimitar to record breaking speeds. An extremely advanced long range sensor suite complete with bow, stern, port, starboard, ventral & dorsal visual scanners, jamming devices, sensor decoys, false transponder code relays, & multiple remote control slave circuits that can summon the barge over long distances.
The protection grid suite is complete with a Quad Defiant Class Pulse Phaser Cannons, Duel Quantum Torpedo Launchers, a KorSPHA-T Class Turbo
Laser, Quad Concussion Missile Tubes, Quad Rotating Laser Cannons, Kor Chromium Ablative Armor, Mini Cluster Bombs, Duel Shield Grids, & a Korimp Cloaking Device Generator. All weapons are linked through a Kor Scan OVC 73 Multiple Option " Shoot Back " targeting computer linked to a Electro Telescope that can be set to automatically shoot down any craft that opens fire on the Jh-439.

98 m Long
182 m Wingspan
Infilrator Wingtip
Folding Wings

Price: 4 Billion

Future Tech. Communications

KorTech / Subspace Relay Stations

Relay Stations are remote outposts and have few visitors. Most of the work on such stations are automated, but a small crew of two people should be
stationed year round to facilititate overhuals, repairs & upgrades.
The Habitat Chamber is filled with visual display consules, communication
monitors, and an audio monitoring system.

Price: 1 Billion USD ( For Each Unit )


KorTech / Subspace Transceivers

Subspace Transceiver Communications are effectively instantanous and
allow the user to coordinate activities across many light years distance. When
used with a Subspace Relay Station Communications Network instantanous communication is possible to anywhere within the Network.

Price: $ 750,000 USD ( For Each Unit )


KorTech / Universal Translator

The Universal Translator is one of the most significant & valuable devices
ever built. It provides an effective instantanous translation to & from any number of languages, including ones that have never been incountered before.
The system is programmed with a massive database of linquistic information
derived from known languages. Thus, when it encounters a variantof a known
root language it can analyze the new language incredibly rapidly and provide
an accurate translation. When the translator encounters an entirerly unknown
language, it analyzes brain wave frequencies, looks for universal concepts,
and selects similiar patterns; then calculates the grammar and syntax resulting in a electronically generated spoken translation in real time.

Price: $ 250,000 USD ( For Each Unit )

KorTech / Personal Communicators

These communicators are essentially mini subspace transceiver assemblies,
Transmissions between personal communicators have a range of 600 kilometers, which can be affected by local factors such as EM Levels. When
used with shipboard subspace transceivers the range is increased to
60,000 km; this is enough to establish ship to ground communications.

Price: $ 25,000 USD ( For Each Unit )


Other Subspace Facilities & Equipment


KorTech / Subspace Catapult

The Subspace Catapult is a very unique device that can thrust or throw a vessel up to five thousand light years in a matter of minutes using a series of graviton projectors.

Price: 20 Billion USD ( For Each Unit )

Kore Holotechnology


Kor Incursion Class Starship

http://usera.imagecave.com/Kormanthor/Kormanthor2/distantfutureship.jpg

Dimensions

Length: 773 m
Beam: 612 m
Height: 175 m
Decks: 38
Mass: 6,110,000 metric tons
Crew: 1000
Evacuation limit: 9000

Armaments:

6 x Type X phaser arrays, total output 35,000 TeraWatts
30 x Pulse fire photon torpedo tubes

Defence Systems:

Modified Shield System, total capacity 1,876,500 TeraJoules Duranium/Tritanium Double hull plus 18.9 cm Ablative Armor.
High level Structural Integrity Field
Holographic Shields; can make the ship appear as anything you can imagine.

Warp Speeds

Normal Cruise: 8
Maximum Cruise: 9.94
Maximum Rated: 9.99

Price: $ 30 Billion USD

Kore Holoship

Dimensions

Length: 1,500 m
Beam: 1,200 m
Height: 300 m
Decks: 38
Mass: 12,220,000 metric tons
Crew: 1,000
Evacuation limit: 18,000

Defence Systems:

Holographic Shields; can make the ship appear as anything you can imagine.

Warp Speeds

Normal Cruise: 7
Maximum Cruise: 8
Maximum Rated: 9

http://usera.imagecave.com/Kormanthor/wells_186_-715x450.jpg

The Devastator Anti Grav Lander

Height: 20 ft.
Width: 60 ft.
Length: 25 ft.
Weight: 125,000 lb's
Power Plant: Selveri Royce....
Weapon: Movable Three Sectioned Laser Eye
Holographic Shields; can make the lander appear as anything you can imagine.

Price: $ 120 Million USD

Kore Tech / Fire Arms

Kore Tech PN-3 Penetrator Bolt Pistol:
Fires various types of Bolts at Extremely
High Velocity.
Light: $ 4,500 per unit
Medium: $ 6,750 per unit
Heavy: $10,000 per unit

Kore Tech PN-7 Penetrator Bolt Rifle:
Fires various types of Bolts at Extremely
High Velocity.
Light: $ 6,000 per unit
Medium $ 9,000 per unit
Heavy $ 14,000 per unit

Bolt Types Available:

1). Standard / 9 mm and 0.75 Caliber
2). Hellfire / Core replaced w/ acid gel
3). Inferno / Core replaced w/ oxy phosphor gel
4). Mutant / Core replaced w/ any mutagenic virus of your choice
5). Metal Storm / Fragmentary
6). Shkval / Supercavitating
7). Nanotech /
a). Mind Control – Wound Healing: These rounds effectively make your enemies infantry members … your new infantry.

Kore Tech KI-9 Ionization Pulse Pistol:

Releases an intense energy beam designed to knock out enemy infantry power armors personal shields, computer & other electrical systems by fusing & blowing out it’s circuitry. This weapon causes no physical damage to the armor itself, but can cause minor burns to the operator.

Medium: 3,500 per weapon
Heavy: 7,000 per weapon
Very Heavy: 14,000 per weapon


Kore Tech KI-12 Ionization Pulse Rifle

Weapon Classification: Ranged Weapon
Use: Stunning Droids
Model: Kore Tech KI-12 Ionization Pulse Rifle
Legallity: Illegal for Nonmilitary Personnel
Rate of Fire: Single Shot
Manufactured By: Kore Tech

Modifications: Longer Range
Designed For: Military (Imperial Navy & Rebel Alliance Soldiers)
Powered By: Power Pack
Range:
Optimum Range:[/b] 10 Meters
Maximum Range:[/b] 14 Meters

Description:

Releases an extremly intense energy beam at about 65 rounds a second which is designed to knock out Mecha Type Power Armors personal shields, computer & other electrical systems by fusing & blowing out it’s circuitry. This weapon causes no physical damage to the Mecha itself, ( 50% of the time ) it will cause major burns and / or electrocution to the operator/s.

Price:

Light $ 8,000 per unit
Medium $ 12,000 per unit
Heavy $ 16,000 per unit

Kore Tech DH-17 Blaster Pistol Weapon Classification

Use: Killing, & Stunning Enemies
Model: DH-17 Blaster Pistol
Legallity: Illegal for Nonmilitary Personnel
Rate of Fire: Semiautomatic (can be modified for automatic fire.

Modifications: Modifications for Automatic Fire
Designed For: Military (Imperial Navy & Rebel Alliance Soldiers)
Powered By: Small Power Packs

Range:
Low Powered Blaster: Optimum Range of 30 Meters,
Maximum Range of 120 Meters
Price: $ 7,500 per unit

Medium Powered Blaster: Optimum Range of 40 Meters,
Maximum Range of 160 Meters
Price: $ 15,000 per unit

High Powered Blaster: Optimum Range of 50 Meters,
Maximum Range of 200 Meters
Price: $ 22, 500 per unit

Power Classification: Our low powered blaster can Pierce Stormtrooper Armor or Penatrate Low-Level Force Fields

Description:

The most common weapon in the galaxy is the hand held blaster, which come in many diffrent models, sizes, styles, and firepower, which can range from beams that stun and or vaporize. The engery bolt can range in color, but they all produce a smell similar to ozone. These Blasters are a weapon that is manufactured by KorTech. The design of a blaster uses a small amount of high-energy blaster gas is moved from the gas chamber to the gas onversion enabler (commonly called an XCiter). At this point the weapons gas is excited by energy from the weapons power source, which for a blaster is a small power pack, then the excited gas passes into the actuating blaster module, where it is processed into a beam comprised of intense energy paricles coupled with light. The prismatic crystal housing focuses the beam, which is further focused as it passes down the blaster's barrel.
The Kore Tech DH-17 blaster pistol is a standard-issue military sidearm that is used by both the Imperial Navy and Rebel Soldiers. The sturdy design makes it a weapon that remains a popular weapon with New Republic personel. The DH-17 is a blaster designed for short-ranged combat, with an optimum range of 40 meters and a maximum range of 160 meters. The weapon itself can pierce stormtrooper armor or penetrate a low-level force field but it won't puncture the hull of starships. The weapon is perfect for shipboard troopers, also it is equiped with a low power stun setting that can knock a human unconscious for up to 10 minutes. The DH-17's blaster gas chamber carries enough gas for over five hundred shots, and while its power supply has enough energy for 100 shots. The DH-17 is a semiautomatic, but it can be modified for fully automatic firing, but this mode can drain the power pack in less than 20 seconds and the heat may melt the internal components or cause an explosive overload. The DH-17 is illegal for nonmilitary personnel to posses, but the weapon is widely available on the black market.

Kore Tech MM12 Wrist Rockets

Use: Killing, Stunning
Legallity: Illegal for Civilian Personnel
Rate of Fire: Single Shot
Manufactured By: Kore Tech
Powered By: Power Packs
Range:
Explosive Charges Optimum Range: 15 Meters (Short-Range)
Maximum Range: 25 Meters (Short-Range)
Optimum Range: 75 Meters (K26)
Maximum Range: 150 Meters (K26)
Optimum Range: Unknown Meters (Magnetic)
Maximum Range: 25 Meters (Magnetic)
Destruction or Stunning

Description:

The wrist rockets weapon is a favoite of who belive there is no such thing as being too heavily armed, and wrist rockets are light yet formidable weapons. Even a basic wrist rocket system can be a bounty hunters last line of defense if all of the bounty hunters other weapons are disabled. The MM9 wrist rocket system uses both Dumb Rockets (those that lack tracking systems) and homing rockets. With a homing rocket the MM9's anti-launch cylinder locks the rock in place, while the targeting computer automatically interfaces with the rocket's own system. Pressing the anti-launch release stud enables the warhead and activates the targeting laser, which locks on the target and begens automatically tracking the target sending the updated information to the warhead.

Price: $ 30,000 per unit

( More to Come )

" Under Construction "

Zelverimoon Cloud Cities

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" Under Construction " More to Come

Planetary Defense Weapons

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PLANETARY TURBOLASERS: Are surface based weapons that fire supercharged bolts of destructive energy. Which when deploted in sufficient
numbers can be a very deadly ( 4 X ion cannons energy output ) deterrant to planetary sieges by reducing enemy fleets to drifting hulks of debris in a matter of hours.

Price: $ 15 Million USD per Emplacement

PLANETARY ION CANNONS: Are powerful ground weapons that produce intense energy beams that can reach low orbit and disable even the largestcapital ships. PIC's cause no physical damage, instead their energy knocks out it's drives, weapons, shields, computer systems, and other electronic systems by fusing and blowing out circuitry. Twenty Seven Soldiers arerequired to operate this system.

Price $ 5 Million USD per Emplacement

[b] PLANETARY PLASMA CANNONS: Are surface based weapons that fire
ultra supercharged balls of glowing crackling blue/white plasma energy ( similar to Vger's weapons in Star Trek the Motion Picture). They are a surface based weapon equivolate to planet killer weaponry.

Price: $ 25 Million USD per Emplacement


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Eye to the Universe

Price: $ 35 Million USD per Emplacement

Future Tech Oceanic Structures & Vehicles


Koroceantic Class City

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Korantis Class Ocean City

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Price: $ 500 Billion USD


Koraqua Class Ocean City

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Price: $ 400 Billion USD


Underwater City

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" Under Construction "


Super Cavitating Sub Carrier

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Super Cavitating Sub Fighter

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( MORE TO COME.... )

Kore Tech Star Fighters

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Kor Tech N-1 Starfighter

Type: Interceptor
Length: 10 meters
Top Speed Warp 5
Power: Warp Reactor
Crew: 2 pilot & gunner
Cargo Capacity: 120 lbs
Hull/Armor: 6 centimeters armor

Weapons:

Twin Auto Blasters or
Disruptors
4 Proton Torpedo Launchers or
4 Photon Torpedo Launchers
2 Phaser strips

Price: $500 million

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The Kore Tech VF-2 Starfighter

Type: Interceptor
Length: 10 meters
Top Speed Full Impulse
Power: Impulse Reactor
Crew: 2 pilot & gunner
Cargo Capacity: 150 lbs
Hull/Armor: 6 centimeters armor

Weapons:

Twin Auto Blasters or
Disruptors
4 Proton Torpedo Launchers or
4 Photon Torpedo Launchers
4 Phaser strips


Price: $350 million



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The Kore Tech VF-3 Starfighter

Type: Interceptor
Length: 12 meters
Top Speed Full Impulse
Power: Impulse Reactor
Crew: 2 pilot & gunner
Cargo Capacity: 180 lbs
Hull/Armor: 6 centimeters armor

Weapons:

Twin Auto Blasters or
Disruptors
6 Proton Torpedo Launchers or
6 Photon Torpedo Launchers
4 Phaser strips

Price: $500 million



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VF-7

Vehicle Type: VF-7 Enhanced
Class: Tactical Retransfigurative Fighter / Mech
Manufacturer: SelveriKore Inc.
Crew: Two; One pilot, one weapons officer, both wearing Tactical Life Support System
HEIGHT: 47.0 ft (14.10 m) in mech configuration.
29.0 ft (8.70 m) in fighter configuration.
WIDTH: 18.2 ft (5.45 m) at shoulders in mech configuration.
49.3 ft (14.78 m) in fighter configuration with wings at maximum extension.
LENGTH: 16.0 ft (4.80 m) in mech configuration.
47.4 ft (14.23 m) in fighter configuration.
WEIGHT: 42,000
RUNNING, MECH CONFIGURATION: 150 kph
LEAPING, MECH CONFIGURATION: 30 ft high or 50 ft long without thrusters.
FLYING, MECH CONFIGURATION: Mach One maximum speed limit in an Earth-like atmosphere. Can also hover in place indefinitely.
FLYING, FIGHTER CONFIGURATION: Mach 4 max speed at 10,000 meters or less above sea level. Mach 5. max speed at 10,000-42,000 meters above sea level. Max altitude of 42,000 meters without rocket booster assistance.
FLYING SUB CONFIGURATION: 40 Knots; UnderWater Max Speed
Mach 1 Flying
MAX ENGINE THRUST: 35,000-50,000 kg x2 from main engines.
POWER PLANT: Two Selveri Royce VF-3173 Impulse Engines, Twelve SelveriKore INM-58 high-maneuverability impulse capable thrusters for additional maneuverability.
SHOULDER PHOTON TORPEDO LAUNCHERS: The VF-7 has one mini photon torpedo launcher on each shoulder. In fighter mode these launchers are near the front.
HEAD PHASERS: The VF-7 has phasers mounted on its head. In Fighter mode these phasers are located on the underbelly of the aircraft. In Mech mode the lasers have 360 degree rotation.
MEDIUM/LONG-RANGE MISSILES: Each wing of the VF-7 has four mount points on it for holding missiles and other armaments. Each mount point can hold one long-range missile or three medium range missiles (and other armaments are possible), such as cruise missiles or supercavitating torpedoes for under seas operations.

Price: $ 250 Million USD



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Havoc Cloak Wing Starfighter


Imported by SelveriKore Corp. from Malport United Manufacturers of the Nelchizedeke Cluster. The Cloak Wing Starfighter was originally intended for atmospheric combat & short range space travel.
Although its no longer considered cutting edge technology, the Cloak Wing
is considered a better then average platform that remains in active service
through out the Nelchizedeke Sector of the Andromeda Galaxy because it is remarkably easy to modify and upgrade.
When first produced, the Cloak Wing was considered a state of the art assault starfighter perfect for planetary defense largely due to it's thick hull, resilient onboard systems, as well as it's Quad Laser Cannons on either side of the Cockpit & Dual Ion Cannons on each wing tip which overtime made this platform become a respected component of many local militia's, and was easily integrated into Corporate and Private Security Force Duty.
However, nearly all discussion about the original cloakwing is really academic sense very few of the original craft remain true to stock
specifications.
There are many differant upgrade kits available, but the most popular kits available in the Milky Way is a choice beteen a self powered warp drive sled, a hyperdrive sled or a hyperdrive ring sled which gives the fighter FTL Capability.
Another favorite is SelveriKore's new Selvaridex K -77 Event Horizon Engines that possess a combination of adjustable thrust vectoring fins & thruster control jets that supplies the Cloak Wing with the same famous maneuverability of the A-Wing Fighter without the notoriously sensitive top speed handling. This kit along with the either a warp sled, hyperdrive sled or hyperdrive ring makes the modified Cloak Wing one of the fastest starfighter available today.


Price List: Original Specs Cloak Wing: $ 100 Million USD

[B] Future Tech Space Suits

Orbital Sky Diving Suit

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Price: $ 10,000 Million

UPGRADE KITS EXTRA

Warp Drive Sled: $ 200 Million USD
Max. Spd. Warp Four

Hyperdrive Sled: $ 300 Million USD
Max. Spd. 2,390G/ Class 2/950 kph

Hyperdrive Ring: $ 350 Million USD
Max. Spd. 5,100G/ Class 1/1,300 kph

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" Under Construction :headbang:

I think that its a strange mix is all. Most of the stuff here is all modern tech, and your mix is a little strange. Try to get a uniform theme in your store, people might warm up to that a little more easily. I mean a space shuttle, then a Jupiter II? You were probably thinking of haveing a wide market, but try to expand you market in the same time frame. Ah, well these are just opinions anyway, so I'm sure somebody here might like it. Keep at it.

One question: Have you read the thread on "building a better store front" ?

Submarines

Super Cavitating / Sub Carrier Class ( SCSCC )

http://usera.imagecave.com/Kormanthor/db_Wide281.jpg

Stats:

Length: 2014 ft.
Beam: 200 ft.
Displacement: 63,400 t “ Submerged “
Propulsion: Impulse Powered Turbines w/
( a closed system ) Aqua-Return Jets
Fuel: Tritium ( Extracted from Sea Water )
Speed: 200 Knots
Collapse depth: 4,000 ft.

Price: $ 25 Billion USD

Super Cavitating / Ocean Quest Class

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Stats:

Length: 1007 ft.
Beam: 100 ft.
Displacement: 31,700 t “ Submerged “
Propulsion: Impulse Powered Turbines w/
( a closed system ) Aqua-Return Jets
Fuel: Tritium ( Extracted from Sea Water
Speed: 250 Knots
Collapse depth: 4,000 ft.
Accommodations: 88 Regular Navy / 124 Scientific Personnel / 20 Special Naval Personnel

EVA ASSETS

Sea Speeders 4
Sea Shuttles: 30 Personnel / 2 Cargo
Virual Reality Probe
Whiskers ( Wireless Sea Knowledge Retrieval Satellites )

Price: $ 15 Billion USD

Super Cavitating / Sub Fighter

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Role: Sub Surface Attack Fighter
Crew: 2
Length: 21.2 m
Wingspan: 15.2 m
Height: 4.3 meters
Weight: 72,000 lb
Maximum speed: 650 Knots
Collapse depth: 3,500 ft.
Powerplant: 2 AquaKore Impulse Engines
Range: 3,000 Miles
Armament: 2 x 50mm supercavitating cannons
8 miniature supercavitating torpedoes / two launchers.

Price: $ 2.5 Billion USD

Andromeda Galaxy Real Estate

Planet for sale in the Andromeda Galaxy

Planet Brinbae;

Specs Coming soon
:

Specialized Services

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Kormanthor's Space Elevator

Make way for the ultimate high-rise project: the space elevator. Forget the roar of rocketry and those bone jarring liftoffs, the elevator would be a smooth 62,000-mile (100,000-kilometer) ride up a long cable. Payloads can shimmy up the Earth-to-space cable, experiencing no large launch forces, slowly climbing from one atmosphere to a vacuum. Earth orbit, the Moon, Mars, Venus, the asteroids and beyond - they are routinely accessible via the space elevator.
For a space elevator to function, a cable with one end attached to the Earth's surface stretches upwards, reaching beyond geosynchronous orbit, at 21,700 miles (35,000-kilometer altitude).
Space Elevators could be established on other planets, like Mars, to assist in their exploration & colonization by modern to near future tech nations.
After that, simple physics takes charge. The competing forces of gravity at the lower end and outward centripetal acceleration at the farther end keep the cable under tension. The cable remains stationary over a single position on Earth. This cable, once in position, can be scaled from Earth by mechanical means, right into Earth orbit. An object released at the cable's far end would have sufficient energy to escape from the gravity tug of our home planet and travel to neighboring the moon or to more distant interplanetary targets.

Building Price: $ 20 Billion
Utilize Ours: $ 2,000 per lb

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Kormanthor's Orbital Star Gate

Do you want to see far away places, but you don’t like long space flights to
get there? Prepare yourself for one of our newest services to space travelers
… Esmos Orbital Starship Star Gating Service & ground based Star Gate Passage

Orbital Star Gate Price: Varies according to Ship size & Destination
Ground Based Price: $ One Million per Person




Kor Assault 'Mecha

Assault 'Mechs are the heaviest class of all. They're not fast, and they offer less defensive capacity than Heavy 'Mechs—but they're 100 tons of pure, destructive thunder.


Atlas

Tonnage: 100
Speed: 19
Torso Speed: 90
Offensive Weapons: Pulse Laser, Autocannon, Javelin LRM.
Special Weapons: Alpha Strike

Tactical tips: The Atlas has the highest armor rating of any ‘Mech on the battlefield. The Autocannon and Javelin missiles are both good distance weapons, and the Pulse Laser adds firing speed to the recipe. The Autocannon is also effective up close, particularly against smaller targets. And no matter what your enemy is throwing at you, it’s a good bet you can outlast him.

Price: $ 300,000 base; $ 500,000 w/ antigrav & manuevering jets


Prometheus


Tonnage: 100
Speed: 19
Torso Speed: 90
Offensive Weapons: Laser, Gauss Rifle, Hammer Missile
Special Weapons: Alpha Strike

Tactical tips: Second only to the Atlas in armor rating, the Prometheus makes up for it in more powerful weaponry. The Gauss Rifle is the supreme bad-ass of the ballistics department, and effective even at long range. The Hammer Missile is at the top of its class as well, but since it’s unguided, don’t trust it to hit fast-moving enemies.

Price: $ 300,000 base; $ 500,000 w/ antigrav & manuevering jets



Blood Asp

Tonnage: 100
Speed: 21
Torso Speed: 90
Offensive Weapons: Plasma PPC, Machine Gun, Javelin LRM
Special Weapons: Alpha Strike

Tactical tips: The Blood Asp is fast – for an Assault ‘Mech. Don’t underestimate this, though, in an all-Assault ‘Mech battle. The Plasma PPC will do enormous damage, and furthermore will destroy anything near its path, making it great if you’re attacked by groups of smaller vehicles or soldiers. The machine gun is also great for smaller enemies at close range. The Javelin can soften them up from a distance until they get close enough to finish off.

Price: $ 300,000 base; $ 500,000 w/ antigrav & manuevering jets


Star Adder


Tonnage: 100
Speed: 21
Torso Speed: 90
Offensive Weapons: Plasma PPC, Autocannon, Flame Thrower
Special Weapons: Alpha Strike

Tactical tips: A variant of the Blood Asp, the Autocannon makes it a better long range fighter. The Flame Thrower is doubly effective up close, as it deals damage while heating your enemy’s weapons, slowing down his assault.

Price: $ 300,000 base; $ 500,000 w/ antigrav & manuevering jets



Ragnarok


Tonnage: 100
Speed: 19
Torso Speed: 90
Offensive Weapons: Lava Gun, Gauss Rifle, Javelin LRM.
Defense/Special: LosTech shields.

Tactical tips: That rare weapon, the Lava Gun, is one of the sweetest features of the Ragnarok. Not only does it heat up your enemy’s weapons and deal plenty of damage, it can also knock him on his can if he gets too close. No Alpha Strike? No problem. Plus, you’ve got the Gauss Rifle and Javelin missiles for longer range attacks. You can’t use the Lava Gun constantly or you’ll have your own heat issues, but once they’re in range, use what you’ve got.

Price: $ 300,000 base; $ 500,000 w/ antigrav & manuevering jets


Ymir


Tonnage: 100
Speed: 19
Torso Speed: 90
Offensive Weapons: PPC, Autocannon, Lava Gun
Defense/Special: LosTech shields.

Tactical tips: The Ymir shares the devastating Lava Gun attach with cousin Ragnarok, but adds the further devastation of the PPC, which is ideal for one-on-one combat with a large ‘Mech. Both weapons generate a lot of heat, however, so there is a great advantage in finishing enemies off quickly. The Autocannon is your best bet at a distance, but the Ymir’s specialty is up close and lethal.

Price: $ 300,000 base; $ 500,000 w/ antigrav & manuevering jets

The Star Car

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Capable of being driven on a highway like a normal car. Wheels fold up
into the body when in flight. Tail Lights open outward to reveil the Impulse
thrusters. Anti Grav System allows for emergency return to surface of planet
in case of engine failure.

Dimensions

Length: 4 m
Beam: 2 m
Height: 1.5 m
Mass: 2 metric tons

Armament:

Phaser Strip

Defence Systems:

Standard shield system
Light Duranium/Tritanium Single hull.
Low level Structural Integrity Field

Full Impulse Speeds

1). Earth to Moon = 5.38 Seconds
2). Cross SolSystem = 44 hours
3). Five Light Years = 20 years

Price: $ 25 Million


Mechs " New "


Light 'Mechs

Light 'Mechs are fast and nimble. They are great for scouting missions and quick hit-and-run assignments.


--------------------------------------------------------------------------------

Uller
The Uller is one of the smallest 'Mechs found doing battle in the inner sphere. Given its size it doesn't pack a lot of weapons but what it lacks in firepower it makes up for in speed and agility. That combined with its jumpjets and reflective armor gives it the ability to get up and close with heavier 'Mechs.

Tonnage: 30
Speed: 30 mph
Offensive Weapons: Laser, Crossbow SRM
Defensive/Special: Jumpjets, Reflective Armor

Price: $ 100,000 per unit



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Kit Fox
The Kit Fox is the ultimate delivery vehicle for unpleasant surprises. The Null Sig cloaking ability combined with fast speed and jumpjets allows the Kit Fox to go where it's least expected. Once there it packs a Hammer Missile that can pound even the most powerful 'Mechs into scrap metal.

Tonnage: 30
Speed: 30 mph
Offensive Weapons: Pulse Laser, Hammer Missile
Defensive/Special: Jumpjets, Null Sig

Price: $ 100,000 per unit


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Corvus
The Corvus makes a decent runner with a speed second only to the Owens and Hackman. For its small size it packs a respectable set of weapons that include autocannon, Crossbow missiles and a pulse laser. Add in the reflective armor and it has the ability to make a bigger 'Mech pay for picking on the Corvus.

Tonnage: 35
Speed: 32 mph
Offensive Weapons: Pulse Laser, Autocannon, Crossbow SRM
Defensive/Special: Jumpjets, Reflective Armor

Price: $ 135,000 per unit

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Raven
The Raven is just the kind of 'Mech for a pilot looking to steal a flag or data core. Combine fast speed with Null Sig cloaking and the Raven makes the perfect candidate to walk right into the enemy's back yard and take all their toys. Don't forget to utilize that speed to run circles around enemy 'Mechs and whittle their armor away with its machine gun.

Tonnage: 35
Speed: 32 mph
Offensive Weapons: Laser, Machine Gun, Crossbow SRM
Defensive/Special: Null Sig

Price: $ 115,000 per unit

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Owens
The Owens, along with its close cousin the Hackman boasts the fastest speed in the entire array of 'Mechs battling it out in the inner sphere. You won't need to stand toe-to-toe with heavier tonnage 'Mechs on the battlefield with this speed demon. If you aren't busy stealing flags or retrieving the enemies precious data cores use that speed to circle strafe an enemy 'Mech and pound away with impunity.

Tonnage: 35
Speed: 34 mph
Offensive Weapons: Machine Gun, Crossbow SRM
Defensive/Special: Reactive Armor

Price: $ 115,000 per unit



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Hackman
The Hackman takes the virtues of its variant the Owens one step further by combining the fast speed and agility with Null Sig cloaking. This makes the Hackman one of the most difficult 'Mechs to pin down and destroy in the inner sphere. This 'Mech is perfectly suited for flag and data core retrieval as well as scouting and harassment.

Tonnage: 35
Speed: 34 mph
Offensive Weapons: Gauss Rifle, Crossbow SRM
Defensive/Special: Null Sig

Price: $ 150,000 per unit

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Cougar
The Cougar is a good all-purpose 'Mech that combines a balanced weapon load out with speed, jumpjets, and the anti-missile special defense. Despite the fact that it is not one of the heavier 'Mechs this balanced combination makes for a 'Mech that can fill multiple roles on the battlefield.

Tonnage: 35
Speed: 30 mph
Offensive Weapons: Pulse Laser, Autocannon, Javelin LRM
Defensive/Special: Jumpjets, Active AMS

Price: $ 135,000 per unit


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Puma
The Puma, like its brethren the Cougar has a nice selection of weapons but unlike the Cougar it sports a PPC instead of the useful but less ostentatious autocannon. This gives it a somewhat fiercer reputation on the field because of the PPC's bright display of raw destructive power. Making the combination even more lethal is the addition of Null Sig allowing the Puma to move into position before releasing its payload of projected particle death.

Tonnage: 35
Speed: 35 mph
Offensive Weapons: PPC, Machine Gun, Crossbow SRM
Defensive/Special: Jumpjets, Null Sig

Price: $ 165,000 per unit



Medium 'Mechs

Medium 'Mechs are also a very fast class of 'Mechs, and they can take considerably more damage in battle than Light 'Mechs. They are a good choice for a combination of speed and power.


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Raptor
The Raptor is second only to the Loki as the heaviest 'Mech to sport the Null Sig cloaking device. But where the Loki has an advantage of weight the Raptor has the advantage of speed and jumpjets making it the more maneuverable and nimble of the two to pilot. The Raptor also boasts a well-balanced loadout of weaponry that includes an autocannon as a main gun for long distance work as well as a pulse laser and Crossbow SRMs for close up carnage.

Tonnage: 40
Speed: 32 mph
Offensive Weapons: Pulse Laser, Autocannon, Crossbow SRM
Defensive/Special: Jumpjets, Null Sig

Price: $ 200,000 per unit



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Stiletto
The Stiletto has one of the more rare weapons in its arsenal: the flamethrower. This close-in weapon should not be underestimated unless you want to be the guest of honor on the wrong side of the table at a 'Mech BBQ. Unleashed at close range the flamethrower will melt away armor and the internal structure of an enemy's 'Mech in a few blinks of an eye. Even when unable to get in close with the Stiletto it still has a Gauss rifle that will make keeping your distance from the Stiletto an almost equally painful proposition.

Tonnage: 40
Speed: 32 mph
Offensive Weapons: Flamethrower, Gauss Rifle, Crossbow SRM
Defensive/Special: Jumpjets, Reactive Armor

Price: $ 200,000 per unit



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Uziel
Ton for ton, the Uziel is one of the most deadly 'Mechs found in any of the conflicts that rage across the inner sphere. Packing the death-dealing potential of a pair of PPCs into a medium 'Mech was a wise design choice. When combined with the speed and jumpjet capability that the Uziel has to offer it makes for a hard to hit target that keeps pounding away at the enemy with twin seeking, sparkling balls of 'Mech slaughter.

Tonnage: 50
Speed: 26 mph
Offensive Weapons: PPC, Machine Gun, Crossbow SRM
Defensive/Special: Jumpjets, Reflective Armor

Price: $ 200,000 per unit

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Belial
Like it's hawkish relative the Uziel, the Belial boasts a whole lot of destructive potential crammed into a medium 'Mech sized package. Sporting twin Gauss rifles instead of PPCs the Belial makes for a mean sniper and all around dealer of death. The speed and jumpjet capability it has makes getting into position and getting out of Dodge when the heat comes down a simple task.

Tonnage: 50
Speed: 26 mph
Offensive Weapons: Pulse Laser, Gauss Rifle, Crossbow SRM
Defensive/Special: Jumpjets, Target Jamming

Price: $ 175,000 per unit


Heavy 'Mechs

Heavy 'Mechs are a little slower than the lighter classes, but they make up for it in firepower and the highest defensive rating on the battlefield. If you want to get in close and mix it up, the Heavy 'Mechs are for you.


--------------------------------------------------------------------------------

Vulture

The Vulture is one of the lightest 'Mechs that fall into the Heavy 'Mech category. Despite being a heavy 'Mech it still moves at a relatively decent speed while packing a good amount of heat. Rounding out its equipment load is the reflective armor special defense which makes taking on frontline 'Mechs (that tend to favor lasers and PPCs) a little easier to handle.

Tonnage: 60
Speed: 23 mph
Offensive Weapons: Laser, Machine Gun, Javelin LRM
Defensive/Special: Reflective Armor

Price: $ 220,000 per unit

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Mad Dog

The Mad Dog is the paradigm of balance between lethality and survivability. Relatively good speed, the Target Jamming defense, a respectable amount of armor and a good selection of long and short range weaponry make this a great choice for 'Mech pilots. If the enemy closes in with you to avoid your autocannon you can make confetti out of their 'Mech with the Crossbow SRMs and pulse lasers in no time.

Tonnage: 60
Speed: 26 mph
Offensive Weapons: Pulse Laser, Autocannon, Crossbow SRM
Defensive/Special: Target Jamming

Price: $ 210,000 per unit

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Catapult

One of the few 'Mechs that pack less than three weapon systems, the Catapult makes up for it with a heavy load of close and long range weapons. At a distance the four Javelin LRMs will take a heavy toll on any enemy 'Mech foolish enough to present a target. If they make it in close the Catapult's four pulse lasers offer a brutal lesson in why that is a bad idea. Having jumpjets that seem to last all day long seals the deal when choosing this 'Mech.

Tonnage: 65
Speed: 19 mph
Offensive Weapons: Pulse Laser, Javelin LRM
Defensive/Special: Jumpjets, Reflective Armor

Price: $ 240,000 per unit

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[b]Bowman

The close cousin of the Catapult, the Bowman offers its own distinct set of charms. A pair of twin Hammer Missiles is enough alone to ruin anyone's day. When combined with the paired lasers, machine guns and reactive armor that the Bowman has to brag about, you've got yourself a lethal combination in any sort of battle conditions that can be imagined.

Tonnage: 65
Speed: 19 mph
Offensive Weapons: Laser, Machine Gun, Hammer Missile
Defensive/Special: Jumpjets, Reactive Armor

Price: $ 240,000 per unit

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Thor

At close range there is no equal to the amount of sheer firepower that the Thor can spit out. Experienced 'Mech pilots across the inner sphere will tell you what kind of withering attack awaits anyone foolish enough to allow a Thor to get in close. The four linked machine guns are complimented by a pair of lasers and Crossbow SRMs. Take extra care when in hilly terrain as this natural brawler may be waiting to jump over a hill and deliver death when you least expect it.

Tonnage: 70
Speed: 23 mph
Offensive Weapons: Laser, Machine Gun, Crossbow SRM
Defensive/Special: Jumpjets, Reactive Armor

Price: $ 240,000 per unit

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Summoner

The Summoner is another 'Mech that manages to pull of the job of close-in combat with finesse. Four pulse lasers will make quick work of a close in target and for anyone lucky or smart enough to keep their distance the Summoner has a pair of autocannons and a Hammer Missile to throw their way. Add in jumpjets and the AMS defense and you've got a highly survivable weapons platform for the modern battlefield.

Tonnage: 70
Speed: 23 mph
Offensive Weapons: Pulse Laser, Autocannon, Hammer Missile
Defensive/Special: Jumpjets, Active AMS

Price: $ 240,000 per unit

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Loki

The Loki is the heaviest of all 'Mechs that come equipped with the Null Sig cloaking device. In any battle where stealth pays off the Loki is the king of the hill, beware your flag or data cores as this 'Mech is notorious for walking in unannounced and unseen to steal your goodies. When discovered and forced into combat the Loki can hold its own with paired autocannons, pulse lasers and a triple loadout of Crossbow SRMs.

Tonnage: 70
Speed: 28 mph
Offensive Weapons: Pulse Laser, Autocannon, Crossbow SRM
Defensive/Special: Null Sig

Price: $ 250,000 per unit

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Hellbringer

The Hellbringer is equipped with a weapon that is unique amongst all other 'Mechs: the flamer. The twin jets of superheated flames spit out by the Hellbringer are enough to give anyone a reason to think twice before taking on a Hellbringer. If that wasn't enough it also carries a load of twin autocannons and a Javelin LRM. Oddly enough it is common to find custom flame paint jobs on this 'Mech no matter where in the galaxy you run across one.

Tonnage: 70
Speed: 23 mph
Offensive Weapons: Flamer, Autocannon, Javelin LRM
Defensive/Special: Jumpjets, Active AMS

Price: $ 250,000 per unit



--------------------------------------------------------------------------------

Nova Cat
The Nova Cat is the answer. That is, of course, if the question is: "What do I use to take down the big, bad 'Mechs on the field?" The triple laser load carried by the Nova Cat is usually all that you'll need although the designers thoughtfully threw in machine guns to take care of anything that gets too close. There is one serious drawback to the Nova Cat though and any 'Mech pilot that hopes to live to see another day will take note: this 'Mech heats up fast. Use salvoes of the lasers sparingly as they will push the heat meter through the roof.

Tonnage: 70
Speed: 23 mph
Offensive Weapons: Lasers, Machine Gun
Defensive/Special: Reflective Armor

Price: $ 240,000 per unit

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Wendigo

The name of the game the Wendigo excels at is called "long range combat". With a fierce weapon loadout of twin PPCs and triple autocannons it doesn't get much better when dealing with the enemy at range. Although the Wendigo does not have jumpjets its speed is usually enough to put you where you need to be. The icing on the cake is the reactive armor that gives respite from the ravages of your enemy's ballistic attacks.

Tonnage: 70
Speed: 23 mph
Offensive Weapons: PPC, Autocannon
Defensive/Special: Reactive Armor

Price: $ 240,000 per unit

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Mad Cat

Probably the most popular 'Mech amongst 'Mech pilots in any of the five great houses. What's not to like? The Mad Cat has a weapon selection that just can't be beat! Where else can you find twin PPCs, four Javelin LRMs, machine guns as well as the Target Jamming defense all packed into a single 'Mech? Take out the enemy at range by quickly cycling between LRMs and PPCs. If they are foolish enough to come up close you can still blast them with PPCs and switch to machine guns while your 'Mech cools off.

Tonnage: 75
Speed: 23 mph
Offensive Weapons: PPC, Machine Gun, Javelin LRM
Defensive/Special: Target Jamming

Price: $ 250,000 per unit

--------------------------------------------------------------------------------

Timber Wolf

The Timber Wolf is a variant built on the same chassis as the Mad Cat. The designers of this 'Mech went a different route when it came to choosing the primary weapon systems, instead of twin PPCs they built this bad boy around a pair of twin Gauss rifles. Like the Mad Cat, the Timber Wolf performs well in long-range combat, able to defeat incoming LRMs with the AMS defense it is equipped with. But the pulse lasers and Crossbow SRMs make it a better close up fighting 'Mech than the Mad Cat.

Tonnage: 75
Speed: 23 mph
Offensive Weapons: Pulse Laser, Gauss Rifle, Crossbow SRM
Defensive/Special: Active AMS

Price: $ 240,000 per unit


Vehicles

New challenges call for new equipment! Put on the experimental BattleArmor, fly the Valkyrie VTOL or take a ride in the Rommel tank.


--------------------------------------------------------------------------------

BattleArmor

The BattleArmor occupies an odd niche in the modern battlefield. It is not strong enough to go toe-to-toe with most 'Mechs although it does pack some serious heat with its mortar and pulse laser. Use the mortar to provide indirect fire that deals a serious amount of splash damage in a large burst, and then finish off the damaged enemy with a salvo from the pulse laser. Where the BattleArmor can really shine is by being used to jack enemy 'Mechs. Use the jumpjets to get close and then the claw to grab onto an enemy 'Mech and NeuroHack it for your own. Also remember that a 'Mech carrying a flag or data core will drop it when a BattleArmor latches on to its back.

Tonnage: N/A
Speed: 16 mph
Offensive Weapons: Pulse Laser, Mortar
Defensive/Special: Jumpjets

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Elemental
The Elemental fills a similar role in battle to the BattleArmor but unfortunately does not have quite the weapon power or special abilities that the BattleArmor does. What it does have going for it is a more powerful laser instead of the small pulse laser in the BattleArmor. And don't forget that while standing still on the battlefield, the Elemental does not appear on radar! This trick can be used to ambush an enemy that isn't paying enough attention.

Tonnage: N/A
Speed: 16 mph
Offensive Weapons: Laser, Crossbow SRM
Defensive/Special: Jumpjets


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POV Turret
This missile launcher gives the operator a real-time view from the nose of the weapon, making it possible to guide it to where it will be most effective. The missile has variable speed, and detonates on impact or on command. The turret also has a laser for close defense.

Tonnage: N/A
Speed: Up to 150 mph
Offensive Weapons: Missile (chemical explosive warhead), Laser
Defensive/Special: Energy Defenses


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Valkyrie VTOL
Vertical take-off and landing vehicles (VTOLs) take off like a helicopter and fly like an airplane. Use the VTOL to deliver salvage to your teammates, or bombs to your enemies—you can even move friendly tanks around the battlefield.

Tonnage: N/A
Speed: 60 mph
Offensive Weapons: Missiles, Bombs
Defensive/Special: None


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Rommel MKII Tank
Mounting a 'Mech-class gravity cannon and Null Sig shielding, the Rommel tank is a formidable opponent. Airlift your tanks to a remote sniping spot and maximize their effectiveness!

Tonnage: N/A
Speed: 20 mph
Offensive Weapons: Gravity Cannon (with zoom), Machine Gun
Defensive/Special: Null Sig

************************************************************************


New Weapons


Type V Phaser Rifle Design

The term [b] “Phaser “ is an acronym of, PHASed Energy Rectification which refers to the process of stored energy conversion to beam form for release toward a target. Phaser energy is released through the application of of the rapid nadion effect ( RNE ).Rapid Nadions are short lived subatomic particles processing special properties related to high speed interactions with atomic nuclei. Among these properties is the ability to liberate and transfer strong nuclear within a particular class of superconducting crystals. Normal Type II Phasers are capable of directing 0.01Magawatts of energy per charge. Which is considered adequate for the vast majority of combat environments. This new phaser Rifle that has been designated the Type IV-Compression Version is capable of directing 0.10Magawatts of energy per charge, or ten times as powerful as the Type II.
The Type IV is larger still and more rugged then even the Type III as well as possessing a longer range and more charges with the accompanying power pack that is carried on the users back. The addition of a sixth prefire energy compression chamber provides with even more additional settings then found on the Type III.. With the use of the power pack a special wide beaming setting meant for use against only carbon based life forms on the Type III can now be employed against any life form. This setting requires twenty times the energy of a normal beam, but has proven exceptionally useful under combat conditions.
RANGE: 35/75/150/300 Meters
SIZE: 90 cm / 2.9527559 ft. long
MASS: 2.33kg / 5.1367707 lbs
DURATION: 4000 w/out Power Pack / 200 Wide Beam
6,000 X 0.10 charges / 300 Wide Beam w/ Power Pack
Heavy Disrupt: 150 charges w/ out Power Pack 225 charges w/ the Power Pack / Vaporize 100 Cubic Meters of solid Uranium / Explode up to 1,200 Cubic Meters of Rock into Rubble.
2 Targeting Scopes: These scopes incorporate sensors capable of detecting and tracking life forms and can perform the equivalent of tricorder short range biological scans. By linking these sensors directly to the Rifles firing mechanism allows the beam to be automatically retargeted onto multiple targets one after the other unless the target moves out of range or behind a cover that blocks tricorder scans.[/I]
Built In Universal Translator: To make sure you are understood.
Built In Transport Inhibitor: To prevent undesired transport, which could be used otherwise by enemy forces to extract personnel against their will.

Price: $ 1,500 per Rifle



Type VI Phaser Rifle Design

The term “Phaser “ is an acronym of, PHASed Energy Rectification which refers to the process of stored energy conversion to beam form for release toward a target. Phaser energy is released through the application of of the rapid nadion effect ( RNE ).Rapid Nadions are short lived subatomic particles processing special properties related to high speed interactions with atomic nuclei. Among these properties is the ability to liberate and transfer strong nuclear within a particular class of superconducting crystals. Normal Type II Phasers are capable of directing 0.01Magawatts of energy per charge. Which is considered adequate for the vast majority of combat environments. This new phaser Rifle that has been designated the Type IV-Compression Version is capable of directing 0.10Magawatts of energy per charge, or ten times as powerful as the Type II.
The Type IV is larger still and more rugged then even the Type III as well as possessing a longer range and more charges with the accompanying power pack that is carried on the users back. The addition of a sixth prefire energy compression chamber provides with even more additional settings then found on the Type III.. With the use of the power pack a special wide beaming setting meant for use against only carbon based life forms on the Type III can now be employed against any life form. This setting requires twenty times the energy of a normal beam, but has proven exceptionally useful under combat conditions.
RANGE: 35/75/150/300 Meters
SIZE: 90 cm / 2.9527559 ft. long
MASS: 2.33kg / 5.1367707 lbs
DURATION: 6000 w/out Power Pack / 300 Wide Beam
8,000 X 0.10 charges / 400 Wide Beam w/ Power Pack
Heavy Disrupt: 300 charges w/ out Power Pack 450 charges w/ the Power Pack / Vaporize 100 Cubic Meters of solid Uranium / Explode up to 1,200 Cubic Meters of Rock into Rubble.
2 Targeting Scopes: These scopes incorporate sensors capable of detecting and tracking life forms and can perform the equivalent of tricorder short range biological scans. By linking these sensors directly to the Rifles firing mechanism allows the beam to be automatically retargeted onto multiple targets one after the other unless the target moves out of range or behind a cover that blocks tricorder scans.[/I]
Built In Universal Translator: To make sure you are understood.
Built In Transport Inhibitor: To prevent undesired transport, which could be used otherwise by enemy forces to extract personnel against their will.

Price: $ 2,000 per Rifle

You know, those spaceships are waaaaaaaaaaay too cheap.

the average space shuttle costs somewhere in the billions.

You know, those spaceships are waaaaaaaaaaay too cheap.

the average space shuttle costs somewhere in the billions.



I got the space shuttle figures from a NASA website

HUMAN SPACE FLIGHT


FISCAL YEAR 1996 ESTIMATES


BUDGET SUMMARY


OFFICE OF SPACE FLIGHT SPACE SHUTTLE



FY 1994 FY 1995 FY 1996
(Thousands of Dollars)


Shuttle operations 2,549,000 2,415,297 2,394,800
Safety and performance upgrades 1,009,700 739,800 837,000


Total 3,558,700 3,155,097 3,231,800


Distribution of Program Amount by Installation


Johnson Space Center 1,033,900 869,500 959,700
Kennedy Space Center 929,400 835,000 808,800
Marshall Space Flight Center 1,520,000 1,351,597 1,378,100
Stennis Space Center 37,100 49,400 44,000
Dryden Flight Research Center 5,700 6,100 5,600
Goddard Space Flight Center 300 0 0
Jet Propulsion Laboratory 100 0 0
Headquarters 32,200 43,500 35,600


Total 3,558,700 3,155,097 3,231,800


PROGRAM GOALS


The primary objective of the Space Shuttle program is to support NASA launch requirements while maintaining the essential
program focus on safety and mission success, demonstrated since the Space Shuttle's return to flight, and expanding existing safety
margins. Because of its unique capabilities, the Space Shuttle remains a key element of America's space program. The Space
Shuttle is the first reusable space vehicle and can be configured to carry many different types of space apparatus, spacecraft, and
scientific experiments. The Space Shuttle will serve as the primary transportation vehicle for assembling and operating with the
international Space Station. In addition to transporting material, equipment, and spacecraft to orbit, the Space Shuttle offers
unique capabilities such as retrieving payloads from orbit for re-use, servicing and repairing satellites and observatories in space, as
was demonstrated with the successful repair of the Hubble Space Telescope, safely transporting humans to and from space and
operating and returning space laboratories.


STRATEGY FOR ACHIEVING GOALS


The FY 1996 budget for the Space Shuttle program provides for a program which will continue to improve safety margins, fly the
established manifest, launch seven flights every year, provide a vehicle that must undergo significant modifications to operate with
the international Space Station, and continue to reduce costs.


The budget structure of the Space Shuttle program consists of two major components: Space Shuttle Operations, and Safety and
Performance Upgrades. Shuttle Operations supports the launch of NASA missions and is the primary program in which efficiencies
have been implemented thereby significantly reducing the operational cost of flying the Space Shuttle. When measured from the
program's FY 1992 actual budget, a 23% reduction will be realized with the FY 1996 budget. The Space Shuttle launch schedule
plans for an annual flight rate of seven from FY 1995 through FY 2000. Safety and Performance Upgrades provides for
modifications and improvements to the flight elements and ground facilities, including expansion of safety and operating margins
and enhancement of Space Shuttle capabilities as well as the replacement of obsolete systems. In addition, this budget includes
funding for facilities related to the Space Shuttle. In FY 1995 and FY 1996, selected facilities at the Johnson Space Center, the
Kennedy Space Center, and the Stennis Space Center will be modified, refurbished and restored to acceptable conditions to improve
their performance.


Safety modifications, such as upgrades to the main engine that significantly improve the Space Shuttle vehicle's overall safety, will
achieve significant milestones in FY 1995 with first flight of the High Pressure Oxidizer Turbopump and Single Coil Heat Exchanger.
Development of performance enhancements will provide increased payload lift capability for operating with the higher inclination
required by the Space Station; and, obsolescence and environmental considerations must be dealt with as operations continue.
However, the program is acutely aware that providing reliable access to space must be more cost-effective. Major cost reduction
measures which have been underway since FY 1992 must continue as the program concentrates on becoming more efficient and
effective. New approaches in procurement, organizational changes, and investments in new hardware efficiencies are being
examined and implemented where contributions are evident. Space Shuttle functional workforce reviews initiated in early FY 1995
are specifically examining the Space Shuttle's total workforce, in detail, to identify areas where changes to Space Shuttle program
requirements, plans or operations approach can lead to cost savings while safely supporting seven flights per year. NASA has also
reviewed and updated the Space Shuttle pricing policy using data from the current budget submission. NASA and the Office of
Management and Budget (OMB) have agreed that the Space Shuttle flight price would be based on recovery of average Space Shuttle
operating costs, which includes a portion of recurring safety and performance upgrades. NASA is currently coordinating this flight
price update with its international Space Station partners.



BASIS OF FY 1996 FUNDING REQUIREMENT


SHUTTLE OPERATIONS


FY 1994 FY 1995 FY 1996
(Thousands of Dollars)


Orbiter and integration 586,900 528,200 504,900
(Orbiter) (387,900) (359,800) (352,700)
(System integration) (199.000) (168,400) (152,200)
Propulsion 996,000 1,006,997 993,200
(External tank) (252,200) (329,600) (328,000)
(Space shuttle main engine) (189,200) (149,200) (145,600)
(Redesigned solid rocket motor) (396,400) (365,997) (355,400)
(Solid rocket booster) (158,200) (162,200) (164,200)
Mission and launch operations 966,100 880,100 896,700
(Launch and landing operations) (650,100) (626,400) (612,100)
(Mission and crew operations) (316,000) (253,700) (284,600)


Total 2,549,000 2,415,297 2,394,800


PROGRAM GOALS


The goal of Shuttle Operations is to provide safe, reliable, and cost-effective access to space. Space Shuttle operations are
manifested at a planned rate of seven flights per year from FY 1995 through FY 2000.


The Space Shuttle program is aggressively continuing to significantly reduce the cost of operations. Since FY 1992, cost reduction
efforts have been successful in identifying and implementing program efficiencies and specific content reductions. Space Shuttle
project offices and contractors have been challenged to meet reduced budget targets.


STRATEGY FOR ACHIEVING GOALS


The Space Shuttle program provides launch services to a diversity of customers, supporting payloads that range from small hand-
held experiments to large laboratories. While many missions are devoted to NASA-sponsored payloads, wide participation is
exercised by industry, partnerships and corporations, academia and other national and international agencies. Both NASA and the
U.S. scientific community are beneficiaries of this approach. The Space Shuttle is a domestically and internationally desired
research facility because of its unique ability to provide on-orbit crew operations, rendezvous/retrieval, and payload provisions, such
as power, telemetry, pointing and active cooling to payloads.


The Space Shuttle has numerous cooperative and reimbursable payloads involving many countries and international agencies.
Examples of international participation which the Space Shuttle is uniquely suited to support include:


- the November 1994 launch of the German-built cooperative, Crista-SPAS
- the retrieval of the Japanese space flyer unit in late 1995
- the reflight of the Italian tethered satellite system in early 1996
- the flight of the CRISTA-SPAS free-flying payload, equipped with an international cargo of science instruments in
mid-1997.


The Space Shuttle program is also integral to the domestic commercial development of space, providing flight opportunities to
NASA's Centers for Commercial Development of Space. These non-profit consortia of industry, academia, and government were
created to conduct commercially applied research activities by encouraging industry involvement leading to new products and
services through the access to the space environment. Over 50 payloads with numerous experiments have been developed through
these consortia and are scheduled for flight in FY 1995.


Cooperative activities with the National Institute of Health (NIH), the National Science Foundation (NSF), the Department of Defense
and other U.S. agencies are advancing knowledge on human health, medicine, science, and technology. Space Shuttle support for
the flight of Neurolab in 1998, a major cooperative NASA-NIH program, is a prime example.


Orbiter and Integration


The Orbiter program element consists of the following items and activities:


(1) Orbiter spares for the replenishment of line replacement units (LRUs) and shop replacement units (SRUs) along with the
workforce required to support the orbiter logistics program;


(2) Production of external tank (ET) disconnect hardware;


(3) Flight crew equipment processing as well as flight crew equipment spares and maintenance, including hardware to support
Space Shuttle Extra Vehicular Activity (EVA);


(4) Various orbiter support hardware items such as pyrotechnic-initiated controllers (PICS), NASA standard initiators (NSIs),
and overhauls and repairs associated with the Remote Manipulator System (RMS); and


(5) The sustaining engineering associated with the orbiter vehicles is now included in this budget element.


The major contractors in this activity are Rockwell International, for logistics, external tank disconnects and sustaining engineering;
and Hamilton-Standard, for flight crew equipment processing.


System Integration includes those elements managed by the Space Shuttle Program Office, including payload integration into the
Space Shuttle and systems integration of the flight hardware elements through all phases of flight. Payload integration provides for
the engineering analysis needed to ensure that various payloads can be assembled and integrated to form a viable and safe cargo for
each Space Shuttle mission. Systems integration includes the necessary mechanical, aerodynamic, and avionics engineering tasks
to ensure that the entire launch vehicle can be safely launched, fly a safe ascent trajectory, achieve planned performance, and
descend to a safe landing. In addition, funds are provided for multi-program support at the Johnson Space Center (JSC). Rockwell
International, Space Division, is the major contractor for this function.


Propulsion


External tanks are produced by Martin-Marietta Corporation in the Government-Owned/Contractor-Operated (GOCO) facility near
New Orleans, LA. This activity involves the following:


(1) Procurement of materials and components from vendors;


(2) Engineering and manufacturing personnel;


(3) Support personnel and other costs to operate the GOCO facility; and


(4) Sustaining engineering for flight support and anomaly resolution.


The program will begin delivering super lightweight tanks in support of the performance enhancement goal required by the Space
Station in FY 1997. Only recurring costs associated with the Super Lightweight Tank are included in this account. Non-recurring
costs are accounted for in the Safety and Performance Upgrades budget.


The Space Shuttle Main Engine (SSME) operations budget provides for overhaul and repair of main engine components,
procurement of main engine spare parts, and main engine flight support and anomaly resolution. In addition, this budget includes
funding to the Department of Defense for Defense Contract Auditing Service (DCAS) support in the quality assurance and inspection
of Space Shuttle hardware. This also provides funds for transportation and logistics costs in support of SSME flight operations.
Rocketdyne, a division of Rockwell International Corporation, provides the engines for flight and, Pratt-Whitney will begin providing
an upgraded Alternate Turbopump (ATP) for flight in FY 1995.


The first milestone for implementing the ATP is the flight of the High Pressure Oxidizer Turbopump (HPOTP) with the single coil heat
exchanger and phase 2+ powerhead as a "Block I" configuration in FY 1995. The Block II configuration will combine the High
Pressure Fuel Turbopump (HPFTP) with the Large Throat Main Combustion Chamber (LTMCC) in FY 1997. Completion of this block
change will significantly increase the main engine's operating safety margins, and as a result improve the overall Space Shuttle
vehicle safety.



The Solid Rocket Booster (SRB) program supports:


(1) Procurement of hardware and materials needed to support the flight schedule;


(2) Work at various locations throughout the country for the repair of flown components;


(3) Workforce at the prime contractor facility for integration of both used and new components into a forward and an aft
assembly; and


(4) Sustaining engineering for flight support.


The USBI, Inc. of Huntsville, AL, is the prime contractor on the SRB and conducts SRB retrieval, refurbishment and processing at
the KSC.


The Redesigned Solid Rocket Motor (RSRM) budget includes:


(1) Purchase of solid rocket propellant and other materials to manufacture motors;


(2) Workforce to repair and refurbish flown rocket case segments, assemble individual case segments into casting segments
and other production operations including shipment to the launch site;


(3) Engineering personnel required for flight support and anomaly resolution; and


(4) New hardware to support the flight schedule required as a result of attrition.


Thiokol of Brigham City, Utah is the prime contractor for this effort.


Mission and Launch Operations


Launch and Landing Operations provides the workforce and materials to process and prepare the Space Shuttle flight hardware
elements for launch as they flow through the processing facilities at the Kennedy Space Center (KSC). This category also funds
standard processing and preparation of payloads as they are integrated into the Orbiter, as well as procurement of liquid propellants
and gases for launch and base support. It also provides for support to landing operations at KSC, Edwards Air Force Base and
contingency sites, as required.


Operation of the launch and landing facilities and equipment at KSC involves refurbishing the Orbiter, stacking and mating of the
flight hardware elements into a launch vehicle configuration, verifying the launch configuration, and operating the launch
processing system prior to lift-off. Launch operations also provides for booster retrieval operations, configuration control, logistics,
transportation, inventory management, and other launch support services. This element also provide funds for:


(1) Maintaining and repairing the central data subsystem, which supports Space Shuttle processing as an on-line element of
the launch processing system;


(2) Space Shuttle-related data management functions such as work control and test procedures;


(3) Purchase of equipment, supplies and services; and


(4) Operations support functions including propellant processing, life support systems maintenance, railroad maintenance,
pressure vessel certification, Space Shuttle landing facility upkeep, range support, and equipment modifications.


Mission and Crew Operations includes a wide variety of pre-flight planning, crew training, operations control activities, flight crew
operations support, aircraft maintenance and operations, and life sciences operations support. The planning activities range from
the development of operational concepts and techniques to the creation of detailed systems operational procedures and checklists.
Tasks include:


(1) Flight planning;


(2) Preparing systems and software handbooks;


(3) Defining flight rules;


(4) Creating detailed crew activity plans and procedures;


(5) Updating network system requirements for each flight; and


(6) Contributing to planning for the selection and operation of Space Shuttle payloads.


Also included are developing, upgrading and establishing the Mission Control Center (MCC), Integrated Training Facility (ITF),
Integrated Planning System (IPS), and the Software Production Facility (SPF). These four facilities integrate the mission operations
requirements for both the Space Shuttle and Space Station. Flight planning encompasses flight design, flight analysis, and software
activities. Both conceptual and operational flight profiles are designed for each flight, and the designers also help to develop crew
training simulations and flight techniques. In addition, the flight designers must develop unique, flight-dependent data for each
mission. The data is stored in erasable memories located in the orbiter, ITF Space Shuttle mission simulators, and MCC computer
systems. Mission operations funding also provides for the maintenance and operation of critical mission support facilities including
the MCC, ITF, IPS and SPF. Finally, Mission and Crew Operations includes maintenance and operations of aircraft needed for flight
training and crew proficiency requirements. Other support requirements are also provided for in this budget, including engineering
tasks at JSC which support flight software development and verification. The software activities include development, formulation,
and verification of the guidance, targeting, and navigation systems software in the orbiter. Shuttle Operations requirements are met
through a combination of funds received from Congressional appropriations and reimbursements received from customers whose
payloads are manifested on the Space Shuttle. The reimbursements are applied consistent with the receipt of funds and mission
lead times, and are subject to revision as changes to the manifest occur. The
FY 1995 planned reimbursements total $30.5 million.


MEASURES OF PERFORMANCE


Space Shuttle Missions and Primary Payloads


FY 1994
STS-58/Columbia Space Life Sciences Laboratory-2 (SLS-2) October 1993
STS-61/Endeavour Hubble Space Telescope Servicing Mission (HST SM-01) December 1993
STS-60/Discovery Spacehab-2/Wake Shield Facility-1 (WSF-1) February 1994
STS-62/Columbia United States Microgravity Payload (USMP-2) March 1994
STS-59/Endeavour Space Radar Laboratory (SRL-1) April 1994
STS-65/Columbia International Microgravity Laboratory (IML-2) July 1994
STS-64/Discovery Lidar In-Space Technology Experiment (LITE-1) September 1994
STS-68/Endeavour Space Radar Laboratory (SRL-2) September 1994


FY 1995
STS-66/Atlantis Atmospheric Laboratory for Applications and Science (ATLAS-3) October 1994
STS-63/Discovery Spacehab-3 February 1995
STS-67/Endeavour Astronomy (ASTRO-2) March 1995
STS-71/Atlantis Russian Space Station Mir (Mir-1) May 1995
STS-70/Discovery TDRS-G Satellite Deployment June 1995
STS-69/Endeavour Wake Shield Facility-2 (WSF-2) July 1995
STS-73/Columbia United States Microgravity Laboratory (USML-2) September 1995


FY 1996
STS-74/Atlantis Russian Space Station Mir(Mir-2) October 1995
STS-72/Endeavour SFU Retrieval/OAST-Flyer Deployment November 1995
STS-75/Columbia Tether Satellite System Reflight (TSS-1R)/USMP-3 February 1996
STS-76/Atlantis Russian Space Station Mir (Mir-3) March 1996
STS-77/Endeavour Spacehab-4 April 1996
STS-78/Columbia Life/Microgravity Sciences (LMS-1) June 1996
STS-79/Atlantis Russian Space Station Mir (Mir-4) August 1996



FY 1994 FY 1995 FY 1996


Number of Space Shuttle Flights 8 7 7
Shuttle Operations Workforce (Prime Contractors) 17,996 16,594 15,701
Space Shuttle Processing Overtime 3% 3% 3%
Number of Days On-orbit 85 74 83
Number of Primary Payloads Flown 11 9 11


ACCOMPLISHMENTS AND PLANS


The requirements for Shuttle Operations are based on supporting the launch of seven Space Shuttle flights and their associated
payloads. Each Space Shuttle project has been working to a very aggressive cost reduction program resulting from cost targets
established by NASA management. These projects will continue to implement cost reductions in FY 1995 and in FY 1996 as well as
the outyears by critically reviewing their current requirements and exploring new ways of doing business in order to determine the
minimum resource level needed to support the manifest without compromising flight safety. The cost of Space Shuttle operations in
FY 1996 is almost 6% less than FY 1994 and represents a significant challenge to the program. Both prime contractor and
supporting personnel are being reduced across the program by contract restructuring, contract consolidation, utilization of civil
service wherever possible, reevaluating processes, consolidating skills and reevaluating training requirements. In order to continue
accommodating reductions of this magnitude, the program is currently examining major structural changes as well as changes to
roles and missions.


In FY 1994, the Space Shuttle launched eight flights successfully including the Hubble Space Telescope (HST) repair mission and
the second Spacelab mission dedicated to the life sciences. Other major payloads flown in FY 1994 include:


- materials processing in a microgravity environment for both U.S. and international customers;
- experiments involving molecular and chemical growth of compound semi-conductors in the Wake Shield Facility;
- Spacehab payloads for NASA-sponsored commercial customers;
- two separate missions with the Space Radar Laboratory; and
- over 45 middeck payloads.


Also, the first of the cooperative missions with Russia was initiated when a Russian cosmonaut became a shuttle crew member of
STS-60 in February.


The Orbiter requirements are based on flight rate, maintenance schedules, operational usage, repair times, and lead times to
procure new hardware or repair flown hardware. The requirements for System Integration are based on the flight rate, specific
payloads manifested, and unique launch requirements such as inclination or performance requirements. The first flight to dock
with the Russian Mir will be flown in May 1995 at a high inclination orbit. In addition, the full capability of an extended duration
flight will be demonstrated with a sixteen-day mission to be flown with a U.S. Microgravity Laboratory (USML-2) payload in
September 1995.


In early FY 1995, the Space Shuttle successfully launched STS-66, the ATLAS/CRISTA-SPAS mission. This was the third flight of
the Atmospheric Laboratory for Applications and Science mission, a coordinated research effort to comprehensively study the
planet's environment. Complementing the ATLAS science mission, the German-built Shuttle Pallet Satellite (SPAS) carried two
experiments: CRISTA (Cryogenic Infrared Spectrometer and Telescopes for the Atmosphere; and, MAHRSI (Middle Atmosphere High
Resolution Spectrograph Investigation). Seven additional experiments were also carried on this missions' mid-deck payloads.


In FY 1995, the Space Shuttle will fly an additional six missions including a microgravity flight, a Space Radar Laboratory flight,
and the third flight of the commercial Spacehab module. These flights will also carry a multitude of secondary payloads. There will
also be two extended duration flights of thirteen to sixteen days on Columbia (OV-102). In addition, the first visit and docking of the
Space Shuttle to the Russian Mir is scheduled for May 1995, on STS-71. During this mission, an astronaut and two cosmonauts,
who will have been aboard the Mir for more than two months, will be returned to Earth. Two cosmonauts who will be aboard the
Space Shuttle, when launched from KSC, will transfer to the Mir and replace the two returning to the KSC.


The seven-flight manifest for FY 1996 includes three flights to Mir, a combined reflight of the Tethered Satellite and microgravity
mission, the fourth flight of the commercial Spacehab Module, retrieval of two free-flyer satellites, one launched by the Japanese
(SFU) and one launched by NASA, and one Spacehab mission.


The requirements for the External Tank, Solid Rocket Booster, and Redesigned Solid Rocket Motor are based on the flight schedule
planned for FY 1995, FY 1996 and the outyears. The budget provides for production of hardware as well as purchase of long-lead
hardware based on each project's unique manufacturing lead-time requirements. The External Tank production rate is increasing
from four to five in FY 1995, as we continue to draw down the current inventory of tanks at KSC, to support the flight rate of seven
missions. In addition, funds are provided to purchase materials to produce the super lightweight tank based on utilization of
aluminum lithium. The requirements for the main engine are based on operational usage of flight hardware, repair times, and lead
times to refurbish flown hardware. Safety modification in the form of "block" changes will be incorporated over the next several
years to significantly improve safety of the engine and the vehicle overall. When all engines are modified, the shuttle vehicle's safety
index will be improved by a factor of two.


Launch and Landing Operations funding in FY 1996 provides the workforce and support services necessary for processing the
hardware and launch from the KSC, as well as to support landing operations at the KSC and Dryden Flight Research Facility and
contingency sites. This includes the workforce to assemble the Solid Rocket Boosters (SRBs), mate the boosters and tanks, process
the orbiter, mate the orbiter to the integrated SRBs and external tank, process and checkout integrated flight elements through
launch, retrieve and disassemble the SRBs for refurbishment, and support landing of the orbiter. Funding also supports the KSC
sustaining engineering, provisioning, logistics, launch processing system operation and maintenance, and
maintenance/modification of all other Space Shuttle-related ground support equipment and facilities including Launch Complex 39.
Mission operations primarily supports functions at the JSC to plan for and conduct Space Shuttle missions from launch to landing.
The functions are to maintain and operate all the ground facilities necessary for flight preparation and execution; to train the flight
and ground controller crews in all aspects of flight including EVA training; to maintain the proficiency of operational aircraft for
training and orbiter ferry requirements; and to provide real-time support to each Space Shuttle mission.



BASIS OF FY 1996 FUNDING REQUIREMENT



SAFETY AND PERFORMANCE UPGRADES


FY 1994 FY 1995 FY 1996
(Thousands of Dollars)


Orbiter improvements 204,300 194,800 227,900
Orbiter improvements 204,300 194,800 227,900
(Multifunction electronic display system) (36,500) (37,900) (40,600)
(Simplified aid for EVA rescue) (0) (8,300) (9,900)
(Global positioning system) (0) (2,000) (9,000)
(Other orbiter improvements) (167,800) (146,600) (168,400)


Propulsion upgrades 429,800 428,200 458,900
Space shuttle main engine upgrades 355,500 354,200 357,200
(Alternate turbopump program) (66,000) (98,200) (124,700)
(Other main engine upgrades) (289,500) (256,000) (232,500)
Solid rocket booster improvements 23,500 34,400 69,000
Super lightweight tank 50,800 39,600 32,700


Flight operations & launch site equipment upgrades 191,600 104,500 132,800
Flight operations upgrades 109,900 63,900 89,000
Launch site equipment upgrades 81,700 40,600 43,800


Advanced solid rocket motor (termination funding) 149,700


Construction of facilities 34,300 12,300 17,400
Replace component refurbishment facility (7,500)
Modernize firex system, pads A and B (4,800) (5,000)
Replace space shuttle main engine processing facility (4,900)
Replace chemical analysis facility (7,500)


Total 1,009,700 739,800 837,000





PROGRAM GOALS


NASA planning assumes continued utilization of the Space Shuttle through at least the year 2012, which is the planned life span of
the international Space Station. In order to maintain a viable, manned transportation capability that will operate into the next
century and support NASA's launch requirements, specific program investments are required.


The Safety and Performance Upgrades budget provides for these investments which include necessary improvements to expand
existing safety margins and ensure continued safe and reliable Space Shuttle operations. In addition, the Space Shuttle's
performance requirements have increased significantly with the change of the Space Station's orbital inclination from 28.5 to 51.6
degrees. In order for the Space Shuttle to achieve these higher inclination orbits, demand has been placed on the Space Shuttle
system to increase its lifting capability by 13,000 pounds. This higher performance must be achieved by improving the propulsion
system and reducing the overall weight of the shuttle system. In addition, this budget provides for modifying and improving the
capability of the Space Shuttle to insure its viability as a safe space transportation system, reducing operational costs, meeting
increasingly stringent environmental requirements, replacing obsolete systems and upgrading the ground systems for launch
processing and mission operations.


But I will change my prices

STRATEGY FOR ACHIEVING GOALS


The FY 1996 Safety and Performance Upgrades budget includes all development and investment activities necessary to expand
safety margins, to continue to operate the Space Shuttle through the year 2012 and to improve the performance capability for
operating with the Space Station. Activities funded by this budget include Orbiter Improvements, Space Shuttle Main Engine
Upgrades, Solid Rocket Booster Improvements, Super Lightweight Tank, Launch Site Equipment Upgrades and Flight Operations
Upgrades, as well as specific, Space Shuttle-related Construction of Facilities. Requirements to improve the Space Shuttle's
performance affect all elements of the Space Shuttle system as well as continued development of the super lightweight external
tank.


Orbiter Improvements


The Orbiter improvements program provides for enhancements of the Space Shuttle systems, produces space components that are
susceptible to damage, and maintains core skills and capabilities required to modify and maintain the orbiter as a safe and effective
transportation system. These activities are provided by contract arrangements with the Rockwell International Space Division in
three major locations:


- the Downey, California facility provides engineering, manufacturing and testing;
- the Palmdale, California facility provides vehicle assembly, modification and testing; and,
- the Houston, Texas contingent provides engineering and problem resolution.


Other activities that support this effort are subsystem management engineering and analysis conducted by Lockheed, and
development and modifications required for support to the extra-vehicular capability conducted by the Boeing Corporation and
Hamilton-Standard.


Orbiter Maintenance Down Periods (OMDPs) are planned such that each orbiter is taken out of service periodically for detailed
structural inspections and thorough testing of its systems before returning to operational status. These periods also provide
opportunities for major modifications and upgrades, especially those upgrades that are necessary for improving performance to meet
the Space Station operational profile. Since the orbiter is planned to operate into the next century, obsolescence as it affects safety
and availability of materials and components is a continuing concern. In order to avoid the problems of obsolescence, this budget
includes upgrading the orbiter's displays and controls to current aircraft standards, and upgrading the orbiter's navigation system
used in the landing maneuver due to the planned phase out of the military's Tactical Air Navigation (TACAN) system.


Propulsion Upgrades


The Space Shuttle Main Engine upgrade program strives to improve operating margins by introducing safety, life extension, and
producibility enhancements. Program funds include procurement of spare hardware, personnel, and other support needed to
develop and test these enhancements. Introduction of the Alternate Liquid Oxygen and Fuel Turbopumps into the inventory of main
engines in FY 1995 and FY 1997, respectfully, along with other improved components, will improve the shuttle vehicle's margin of
safety by a factor of two.


The main engine safety and performance upgrade program is managed by the Marshall Space Flight Center (MSFC) and supports
the orbiter fleet with flight-qualified engines and the necessary engineering and manufacturing capability to address any failure or
anomaly quickly. The Rocketdyne Division of Rockwell International Corporation is responsible for operating three locations which
provide engine manufacturing, major overhaul, component recycle and test. They are:


(1) Canoga Park, California which manufactures and performs major overhaul to the main engines;
(2) Stennis Space Center, Mississippi for conducting engine development, acceptance and certification tests; and
(3) Kennedy Space Center (KSC), Florida where the engine inspection checkout and rebuild activities are accomplished at the
KSC engine shop.


Engine ground tests and flight date evaluation, hardware anomaly reviews and anomaly resolution are provided by the Marshall
Space Flight Center. The Alternate Turbopump project is also managed by the MSFC under contract with Pratt-Whitney of Ft.
Lauderdale, FL.


The Solid Rocket Booster (SRB) and Redesigned Solid Rocket Motor (RSRM) Improvement budget provides for enhancing the design
of the current booster system to reduce its weight by 6,000 pounds (12,000 pounds per flight set). This results in an additional
shuttle payload capability of 1200 pounds. Weight reduction is achieved through decelerator (parachute) subsystem material
substitution and redesign, as well as modifications to the aft skirt. The RSRM performance enhancement includes the development
of an aft exit cone extension. The resulting increase in specific impulse will translate into approximately 500 pounds of additional
payload capability. In direct support of NASA's goal to meet all energy and environmental standards, the RSRM effort includes
development of asbestos-free insulation which is planned for certification by 1997. In addition to providing performance
enhancements and insuring environmental compliance, this budget also funds development of the RSRM's nozzle production and
refurbishment capability at the former Advanced Solid Rocket Motor Facility at Iuka, Mississippi.
Solid Rocket Booster/Motor activities are managed by the MSFC. The booster modifications are contracted through USBI of
Huntsville, AL, and for the Redesigned Solid Rocket Motors are contracted with Thiokol of Brigham City, UT.


The most significant performance enhancement for achieving the Space Station's higher inclination orbit is the introduction of the
Super Lightweight External Tank (SLWT). An 8,000 pound weight reduction will be achieved by selective substitution of high
strength, low-density, aluminum-lithium alloys for the current aluminum alloys; optimization of structural design weight (selected
redesign of certain structural components); and other weight savings measures. The launch date of the first SLWT is scheduled for
the first space station assembly flight in early FY 1998. The proposed schedule includes the time required for the remaining design
and development effort, the test of a tank dedicated for structural verification, the build of the first SLWT, and all the component
requalification necessary for assurance that the SLWT has all the integrity of its predecessor.


Development of the SLWT is managed by the MSFC and is being accomplished at the Martin-Marietta Corporation facility at the
Michoud Assembly Facility (MAF) near New Orleans, LA. After the tanks are built, tested and certified for flight, they will be
shipped on government-owned barges to KSC where they will be processed for flight.


Flight Operations and Launch Site Equipment Upgrades


The major facilities at JSC include the Mission Control Center (MCC), the flight and ground support training facilities, the flight
design systems and the training aircraft fleet that includes the shuttle training aircraft, the T-38 aircraft and the Space Shuttle
Carrier Aircraft (SCA). Necessary improvements are being made for simulation training in both the Integrated Training Facility (ITF)
and the MCC. The ITF upgrades include new host computers, interface hardware and simulator subsystems. The MCC will have
improved console operations and communication equipment as well as new data processing and distribution systems. Critical
reliability required for the longer integrated simulations will be substantially improved with these replacements. Also, associated
maintenance costs will be reduced due to fewer computer breakdowns.


All shuttle processing prior to launch is performed at KSC. The launch of the Space Shuttle occurs with the vehicle under control of
the KSC ground operations team. After SRB ignition, control is switched to JSC for the duration of the mission. After landing,
control transfers back to KSC. At KSC, the ground processing facilities and equipment are undergoing upgrading and modifications
to prevent obsolescence and avoid increased costs due to high maintenance and failure rates.


The major operational Space Shuttle facilities at KSC include three Orbiter Processing Facilities (OPFs), two launch pads, the
Vehicle Assembly Building (VAB), the Launch Control Center (LCC), and three Mobile Launcher Platforms (MLPs).





Construction of Facilities


Construction of Facilities (CofF) funding for Space Shuttle projects is provided in this budget to refurbish, modify, replace and
restore facilities at Office of Space Flight centers to improve performance, address environmental concerns of the older facilities,
and to insure their readiness to launch the Space Shuttle.


MEASURES OF PERFORMANCE


The Safety and Performance Upgrade program is measured by the success it has in accomplishing the projects listed above
consistent with approved schedule and cost planning and also the effect these projects have had on the operation of the Space
Shuttle. Success depends on developing these projects and getting them implemented to help insure the Space Shuttle's safe
operation, improve the reliability of the supporting elements, and improving efficiencies to reduce operational costs. This budget
addresses all elements of the Space Shuttle program and is managed through an approval process that insures that new projects
are evaluated, approved and initiated on a priority basis, and that existing projects are meeting established cost and schedule goals.
Significant milestones are listed below:


Orbiter Improvements


Simplified Aid for EVA Rescue (SAFER) - SAFER is a small self-contained, one person free-flyer unit which provides an EVA self-
rescue capability for the astronauts should they become inadvertently untethered from the Space Shuttle or Space Station


Conduct Critical Design (CDR) Completion of CDR will allow production to proceed so that SAFER will be available for
for SAFER - Space Shuttle-Mir joint spacewalk in FY 1996.
4th Qtr FY 1995


Initial SAFER demonstration - Demonstrated on STS/Mir-04 flight
4th Qtr FY 1996


Multifunctional Electronic-Display System (MEDS) - MEDS is a state-of-the-art integrated display system that will replace the
current orbiter cockpit displays with an integrated liquid crystal display system.


Complete MEDS Complete hardware qualification testing and start hardware integration and verification testing
Qualification Testing -
1st Qtr FY 1996


MEDS Initial Operational First flight of MEDS equipped orbiter.
Capability (IOC) -
4th Qtr FY 1998


Global Positioning System (GPS) - GPS will replace TACAN in the orbiter navigation system when the military TACAN ground
stations will cease to become operational in the year 2000. The planned readiness date for the Space Shuttle's system is FY 1999


Complete GPS Preliminary Completion of PDR will allow design drawings to proceed toward CDR.
Design Review (PDR) - FY 1996


Complete GPS Critical Design Completion of CDR will allow drawings to be released for production to proceed.
Review (CDR) - FY 1997


Complete GPS operational Operation of GPS without TACAN system
capability - FY 1999


Orbital Maintenance Down Periods


Complete Columbia (OV-102) Routine Maintenance period for Columbia.
OMDP - 4th Qtr FY 1995


Conduct Discovery (OV-103) Conduct routine maintenance; outfit Discovery with external airlock; preparations
OMDP - 1st Qtr FY 1997 for shuttle rendezvous with Mir and Space Station.


Initiate Endeavour (OV-105) Conduct routine maintenance and prepare Endeavour for station operations.
OMDP - 4th Qtr FY 1996


Propulsion Upgrades


Performance Enhancement Program - The performance enhancement program affects all elements of the Space Shuttle and is
designed to provide 13,000 pounds of additional performance to allow rendezvous and operations with the international Space
Station.


Critical Design Review (CDR) The Super Lightweight Tank will provide 8,000 pounds of performance through incorporation
of Super Lightweight Tank - of an aluminum-lithium alloy in the external tank structure.
3rd Qtr FY 1995


Aluminum-Lithium Test Article Completion of testing will certify the structural integrity of the external tank design and
(ALTA) testing complete - fabrication process.
4th Qtr FY 1996


Deliver first SLWT to Final assembly and checkout will be conducted at the Michoud Assembly Facility (MAF) in
KSC for flight - New Orleans, Louisiana.
4th Qtr FY 1997


Initiate test of Lightweight The lightweight booster will provide 1,200 pounds of performance enhancements through
Booster Decelerator System - redesign of the decelerator (parachute system).
3rd Qtr FY 1996


Deliver first Lightweight Booster Initial flight capability.
to KSC for flight - 1st Qtr FY 1997


Conduct Qualification Tests Extending the RSRM Nozzle cone combined with increasing the diameter will increase the
on RSRM Nozzle Cone Extension specific impulse and provide a payload gain of 500 pounds.
4th Qtr FY 1997


Delivery of initial RSRM Initial flight capability
production nozzle - April 1998


Space Shuttle Main Engine Safety Improvements - Introducing Block I and Block II changes into the Space Shuttle's Main Engine
program will improve the margin of safety by a factor of two (2).


First flight of The High Pressure Oxidizer Turbopump will be combined with single-coil heat exchanger and
the Block I engine - the phase II+ powerhead.
3rd Qtr FY 1995


High Pressure Fuel Pump Completion of CDR will allow production to proceed for implementation of the ATP high
Critical Design Review (CDR) pressure fuel pump into the Block II Engine upgrade.
3rd Qtr FY 1996


First flight of the The high pressure fuel turbopump will be combined with the large throat main combustion
Block II engine chamber (LTMCC).
4th Qtr FY 1997




Flight Operations and Launch Site Equipment Upgrades


Flight Operations Upgrades - Upgrades to the Mission Control Center will occur during FY 1995 and FY 1996 improving operations
reliability and maintainability and also taking advantage of the state-of-the-art technology in displays and controls.


Begin on-orbit simulations Conduct a series of simulations to test new hardware/software in the MCC.
from new MCC - 2nd Qtr FY 1995


Begin on-orbit mission Conduct on-orbit simulations before ascent/entry to ensure system reliability
operations from new MCC -
2nd Qtr FY 1995


Begin ascent/entry mission Complete entire mission profile with the new MCC.
support from new MCC with
STS-73 - 1st Qtr FY 1996


Complete replacement of displays Installation of new state of the art system will allow more efficient operations
and controls - 3rd Qtr FY 1996


Launch Site Equipment Upgrades
Complete validation of Hardware First production unit delivered and tested by user.
Interface Modules (HIM Cards) -
3rd Qtr FY 1995


Construction of Facilities


Restore Fire Extinguisher Pumps Restoration is needed. Pumps are currently inadequate to provide spray coverage during
and Piping at LC-39 - an emergency.
FY 1995


Replace Component Refurbishment Facility is 25 years old, in non-compliance with OSHA standards, overcrowded and insulated
and Chemical Analysis Facility with asbestos. Completing this effort in FY 1996 is earliest opportunity to comply with
at KSC - CFC requirements during cleaning and degreasing operations.


Phase I - 2nd Qtr FY 1995 Begin Construction of component refurbishment building.
Phase II - FY 1996 Begin Construction of chemical analysis facility.


ACCOMPLISHMENTS AND PLANS


Budgetary pressures demand that the proper investments are made to promote efficiency of operations while, at the same time,
insuring that the critical element of safety is maintained as a primary goal. The FY 1996 budget request for Safety and Performance
Upgrades is the result of a project prioritization process that addresses safety first, then provides for performance enhancements,
upgrades to prevent obsolescence and promote efficiency, and maintenance and logistics enhancements to improve reliability and
operating efficiency.


A significant portion of the Safety and Performance Upgrades budget is dedicated to avoiding and preventing deleterious and costly
effects of obsolescence, especially at a time when the program is undertaking the challenge of reducing the costs of operations. This
portion of the budget contains projects that impact every element of the Space Shuttle vehicle. During FY 1996, development will
continue on replacing the Orbiters cockpit displays with MEDS, replacing TACAN with GPS, upgrading the T-38 aircraft with
maintainable systems, replacing elements of the launch site complex such as the cable farm and HIM cards, upgrading major
elements of the Mission Control Center and training facilities at JSC, testing of main engine components at Stennis Space Center,
testing of orbiter on-orbit propulsion systems at the White Sands Test Facility, and replacing critical subsystems in the KSC facility
complex. At the KSC, phase two of the fire extinguisher upgrade will be conducted as will replacement of the chemical analysis lab
and improvement of the main engine processing facility in the vehicle assembly building (VAB).


Orbiter Improvements


Orbiter Improvements provides for modifications and improvements that will insure compatibility of the shuttle vehicles with the
new station operational environment. Orbiter weight reductions have been identified where operating experience or updated
requirements allow selected items to be changed without impact to crew safety or mission success. The Orbiter weight will be
reduced by changing the exterior thermal protection materials on certain portions of the orbiter, deleting portions of the orbital
maneuvering and reaction control systems (OMS/RCS) that are no longer required, changing the material on the "flipper doors" that
provide a seal between the orbiter wing and its control surfaces, and development of lighter weight crew seats for the cockpit.
Additionally, funding will be used to analyze and certify the orbiter to fly safely with the super lightweight external tank and to land
with the increased Space Station payload weight in an emergency situation.


The Orbiter vehicle continues to undergo other improvements on its own internal systems. For example, the Auxiliary Power Unit
gas generator valve module is undergoing redesign to improve its reliability, the rate gyro assemblies underwent upgrades to
improve their operational life, the thermal protection system underwent certification to allow the leading edge of the wing to
experience higher temperatures during reentry, a new vendor was qualified for providing remote power controllers, and
enhancements for improving the shuttle performance were initiated. Also in FY 1994, the Orbiter's Extended Duration project was
completed which extends the on-orbit stay time beyond 14 days, with the first flight planned to exceed 14 days being STS-73 in
FY 1995. Other improvements include developing a system to better contain the debris that occurs during the lift-off phase and
threatens to damage the Orbiter, redesign of the water spray boiler, and introducing a bellows-type accumulator for the orbiter's
hydraulic system.


The Space Shuttle's on-orbit steering system, known as the Reaction Control System (RCS), is being modified in order to increase its
reliability which will improve maintenance and reduce life cycle costs. Operating experience to date has shown that the current
RCS thrusters are being replaced often due to leakage, contamination or failure to fire. A new directing-acting valve is being
designed and developed to replace the existing ones that are experiencing the most damage and failure. In the upgrade of the Direct
Acting Valve (DAV) for the RCS, proof-of-concept testing on four DAVs were completed in FY 1994. In FY 1996, four development
direct acting valves will be produced and tested followed by a critical design (CDR) review. Upon successful completion of the CDR,
certification and qualification of this critical component will commence.


During FY 1994, Atlantis (OV-104) completed its OMDP and reentered the fleet in time to fly STS-66 in October 1994. Columbia
(OV-102) followed Atlantis and is currently undergoing maintenance and structural inspections at the Palmdale, California facility
and is expected to be complete in April 1995. In FY 1996, Discovery (OV-103) will enter OMDP at Palmdale for normal maintenance
and checkout and will also be modified for docking with the international Space Station.


The Multifunctional Electronic Display System (MEDS) upgrade will replace the current orbiter cockpit displays which are early
1970's technology. The current displays which provide command and control of the Space Shuttle are "single string" electro-
mechanical devices that are experiencing life related failures and are maintenance intensive. Difficulty in obtaining parts, some of
which are no longer manufactured, is becoming more prevalent. The MEDS upgrade is a state-of-the-art, multiple redundant liquid
crystal display (LCD) system. MEDS will enhance the reliability of the cockpit display system, resolve the parts availability problem,
and provide a much more flexible and capable display system for the crew. This upgrade will bring the orbiter up to current aircraft
standards having a direct benefit on the training of new astronauts. The MEDS was instrumental in helping develop the nation's
first U.S. vendor for LCD glass thereby reducing dependence on overseas sources. The first lot of liquid crystal displays were
delivered to the prime contractor for assembly and testing in FY 1994. Secondary benefits of MEDS are reductions in the orbiter's
weight and also power consumption. The MEDS upgrade includes the design effort and production of modification kits for the four
orbiter vehicles. New ground support hardware is also being designed and will be procured and installed to upgrade the appropriate
simulators, test equipment, and laboratories. MEDS will be installed in the orbiters and tested during the planned OMDPs. In FY
1994, MEDS completed its critical design review, a significant milestone that allowed the production contract to proceed. The first
flight of a MEDS equipped orbiter is planned for FY 1998.


Expansion of the effort to replace the orbiter's TACAN landing navigation system with the Global Positioning System (GPS) will begin
in FY 1995. This expansion will include an increased interaction of the GPS receiver with the Orbiter backup flight software, and
outfitting two more orbiters with a GPS test receiver. A number of development flights will take place with increasing GPS
capability while still utilizing TACAN navigation. The first flight of a complete GPS system is planned for 1999.


In addition to modifying the orbiter itself for Space Station operations, production of SAFER (Simplified Aid for Extravehicular
Rescue) will begin in FY 1995. SAFER will consist of a small propulsive backpack to be worn by each EVA crew member during all
periods when the orbiter is docked to structure (e.g. spacewalking from the space station or the Mir complex) when rescue of an
inadvertently-detached EVA crew member cannot be guaranteed. Currently, during spacewalks from the shuttle, EVA crew
members are always tethered to prevent them from becoming separated. If an EVA crew member becomes inadvertently untethered,
the shuttle can easily fly to the rescue. However, the Mir and the Space Station will not be maneuverable enough to rescue an
inadvertently detached crew member, therefore, an autonomous self-rescue device must be provided.


The SAFER unit provides the overall best self-rescue capability, which was verified when a prototype was test flown on the STS-64
shuttle mission in FY 1994. Five SAFER flight units will be produced and fabricated along with two ground test and training units.
Fabrication of the SAFER units will be accomplished by personnel at the Johnson Space Center. The first operational use of SAFER
is scheduled for the joint spacewalk to be performed on a Space Shuttle-Mir docking flight in FY 1996.


Other orbiter activities include modifications to the portable life support system, redesign of the operating mechanism for external
tank disconnect door, and accumulators for the hydraulic system and the waste collection system. Also, system integration and
engineering tasks continue to support orbiter upgrades as they affect the entire vehicle including support for the Program
Compliance and Assurance Status System (PCASS), which is a comprehensive engineering data base that examines failure histories
across all shuttle elements. Orbiter modifications on subsystems such as the water spray boiler, the hydraulic system
accumulators, the drive system for the external tank door and sensors for measurement of gaseous flows will be conducted to insure
safety and reliability are maintained.


Propulsion Upgrades


The most complex components of the SSME are the high pressure turbopumps. Engine system requirements result in pump
discharge pressure levels from 6000 to 8000 psi and turbine inlet temperatures of 2000 Degrees F. In reviewing the most critical
items on the SSME that could result in a catastrophic failure, 14 of the top 25 are associated with the turbopumps. The current
pumps dependence on extensive inspection to assure safety of flight have made them difficult to produce and costly to maintain.
The Alternate Turbopump development (ATD) contract with Pratt & Whitney was signed in December 1986 and called for parallel
development of both the high pressure oxidizer turbopump (HPOTP) and the high pressure fuel turbopump (HPFTP) to correct the
shortcomings of the existing high pressure turbopumps. This objective is achieved by: utilizing design, analytical, and
manufacturing technology not available during development of the original components; application of lessons learned from the
original SSME development program; elimination of failure modes from the design; implementation of a build-to-print fabrication
and assembly process; and full inspection capability by design. The turbopumps utilize precision castings, reducing the total
number of welds in the pumps from 769 to 7. Turbine blades, bearings, and rotor stiffness are all improved through the use of new
materials and manufacturing techniques. The SSME upgrades are dedicated to continuing progress toward providing the necessary
improvements to expand existing safety margins and reduce operational costs. Significant progress was made in the main engine
project during FY 1994 as the critical design review (CDR) for the Alternate Turbopump was completed. A major breakthrough
allowed this program to proceed with full mission duration testing when the silicon nitride bearings were accepted for use in the
high pressure turbopumps. Prior to this important event, the high pressure turbopumps were experiencing unacceptable bearing
wear and shortening test periods with unplanned cut-offs caused by unacceptable vibrations. Once these bearings were tested,
accepted and introduced into the ATD, testing proceeded successfully. One-hundred and eight tests were conducted during FY
1994 at the Stennis Space Center where over 50,000 test seconds of test time were accumulated.


The SSME powerhead is the structural backbone of the engine, connecting the two pre-burners powering the high pressure
turbopumps to the main propellant injector. The powerhead is the attach point for the high pressure turbopumps and the main
combustion chamber (MCC) and is also the duct for routing turbine discharge gas back to the main injector. The new Phase II+
Powerhead will result in improved hot gas flow path characteristics from the high pressure fuel turbine to the main injector lox
posts. Static and dynamic flow characteristics are improved throughout the hot gas flow path. The Phase II+ Powerhead also
reduces the number of welds, improving productibility and reliability.


The heat exchanger, mounted in the oxidizer side of the powerhead, uses the hot (800 - 900 degrees F) hydrogen-rich turbine
discharge gases to convert liquid oxygen in a thin walled coil to gaseous oxygen for pressurization of the external oxygen tank. The
current heat exchanger coil has seven welds exposed to the hot gas environment. A small leak in one of these welds would result in
catastrophic failure. The new single coil heat exchanger eliminates all seven critical welds and triples the wall thickness of the tube.


The large throat main combustion chamber (LTMCC) trades the gains realized in the improved powerhead for lower chamber
pressure, resulting in lower pressures and temperatures throughout the engine system. The wider throat also accommodates
additional cooling channels and an accompanying reduction in hot gas wall thickness. Hot gas wall temperatures are significantly
reduced, which increases chamber life. The LTMCC design also incorporates investment cast manifolds into the fabrication
technique to reduce the number of critical welds and improve the productibility of the chamber.


The "block" change concept for incorporating changes into the main engine was introduced and baselined during FY 1994. The
Phase II+ powerhead, the single coil heat exchanger and the new high pressure oxidizer turbopump comprise Block I. This change
will be introduced and flown for the first time in FY 1995. The Block II is scheduled to be flown in FY 1997 and consists of the large
throat heat exchanger and the high pressure fuel turbopump. The end result of these engine improvements is an increase in the
overall engine durability, reliability and safety margin, and productibility. This is consistent with NASA's goals of decreasing failure
probability and reducing Space Shuttle costs.


Further safety margins and launch reliability on the Space Shuttle will be realized through the implementation of engine health
monitoring capability. SSME history has shown that the engine is more reliable than the instrumentation system, however, a
transducer failure could result in a flight scrub or on-pad abort, failure to detect an engine fault, or in-flight abort. NASA's health
monitoring strategy is to improve the reliability of sensors and then incorporate controller improvements such as expanded and
radiation hardened (to prevent single event upsets) memory, flight acceleration safety cut-off system redlines, and transducer
qualification algorithms. These sensor upgrades are essential to improving the reliability of the Space Shuttle's launch capability
and are planned for incorporation into the fleet beginning in FY 1995.


During FY 1994, the solid rocket booster project initiated delivery of the enhanced multiplexer-demultiplexer device, an improved
electrical distribution system that will better withstand pressures and the severe reentry and impact environment experienced by
the boosters after launch. In addition, the effort was initiated to integrate the RSRM nozzle fabrication and refurbishment capability
into the facilities previously planned for the canceled Advanced Solid Rocket Motor (ASRM) program at Iuka, Mississippi. During FY
1995, both projects will contribute to the performance enhancement initiative. The SRB has initiated development of the lighter
weight booster and the RSRM is extending the exit nozzle in order to provide more specific impulse during launch.


The super lightweight external tank contract received authority to proceed in FY 1994 as progress in developing an acceptable
welding process proved satisfactory. The project completed casting of the thin plate test article proving the concept of weldability of
this material and also completed the design review for the aluminum-lithium test article (ALTA). During FY 1995, both a
Preliminary Design Review (PDR) and a Critical Design Review (CDR) will be conducted leading to the release of drawings to the
manufacturing process at the Michoud Assembly Facility.


Flight Operations and Launch Site Equipment Upgrades


These facilities support the pre-launch and post-landing processing of the four orbiter fleet. Key enhancements funded in launch
site equipment include: implementation of a digital operational intercom system (OIS-D); replacement equipment for the Launch
Control Center, replacement storage tanks and vessels for the propellants, pressurants, and gases; an improved hazardous gas
detection system (HGDS II); fiber optic cabling; and installation of a new orbiter ground cooling system.


The Hardware Interface Module (HIM) cards, which are electrical command distribution systems, that support the launch processing
system (LPS) at KSC are over 25 years old and have experienced an increased failure rate and higher cost of repair over the past
several years. The HIM upgrade will replace all chassis and cards with state-of-the-art "off the shelf" hardware to improve system
reliability and maintainability. Design reviews have been completed and procurement was initiated in FY 1993. Installation should
be completed by FY 1998.


The cable plant upgrade at KSC has been initiated to replace the miles of cables which support a wide variety of Space Shuttle
facilities. Many of these cables were installed in the 1960s and are suffering from corrosion and increasing failure rates.
Replacement will reduce the potential for disruption to critical Space Shuttle operations as well as have a direct maintenance
benefit. This activity will reduce the possibility of launch delays, increase communication system spares availability, and enhance
the reliability of data, instrumentation, voice, and video communications. This upgrade will replace the wide-band distribution
system and the lead/antimony sheath cables with fiber optics and plastic sheath, gel-filled cable. In addition, many field terminals
will be replaced or upgraded. Obsolete cable systems will also be replaced with current technology.


With the termination in 1994 of the Control, Checkout and Monitoring System Upgrade (CCMS-II), the current CCMS system will be
modernized to meet concerns of obsolescence. This is a much more cost-effective approach than developing a new system, due in
part, to prioritization of projects within the available budget.


Equipment obsolescence items at KSC include replacement of the portable purge units (PPU) and launch pad chiller equipment.
PPU's are required to purge and clean the air in the contained areas around the Space Shuttle engines to prevent accumulation of
explosive and toxic gases and pad chillers are required to cool the computers during the launch sequence. Increasing maintenance
cost, high failures that pose environmental hazards due to leaking of freon and increasing vendor costs are reflective of obsolescence
and environmental concerns.


The Day-of-Launch-I-Load Update System, Version 2 (DOLILU-II) is designed to reduce flight and mission preparation costs while
maintaining high launch probability for all mission profiles. Current first stage mission designs baselined months before the flight
are replaced with a design built, assessed and uplinked to the vehicle on the day of launch. The system builds new first stage
steering commands based on upper level winds measured four hours prior to launch time. Additional processors assess the new
trajectory against system constraints to insure mission safety. The system replaces months of preflight development and
assessment of first stage flight designs. The DOLILU-II will also contribute to the ability for the Space Shuttle to launch within the
required five minute window required for operations with the Space Station. Initial design reviews for the DOLILU-II were completed
in FY 1994 and the first flight using this system is scheduled for FY 1995.


Funds for other activities include implementing required modifications and upgrades on the T-38 aircraft used for space flight
readiness training, capability improvements for weather prediction, and enhancements on information handling to improve system
monitoring, notably for anomaly tracking.


Construction of Facilities


FY 1994 Construction of Facilities (CoF) funding concentrated on the facilities at KSC, JSC and SSC. At SSC, the main engine B-1
test complex was restored to insure continued reliable, single stand test operations beyond FY 1997. At JSC, the air handlers in the
Mission Control Center were replaced. This replacement provided for the conversion of an energy saving variable air volume system
by replacing six large built-up air handlers and also adding an extension on the north end of the building to house the new air
handlers. The thermal vacuum helium refrigeration system was also replaced. This provides for replacing obsolete helium
refrigerators with new larger helium refrigerators in the Space Shuttle Engineering Simulator (SES) laboratory. This system was
also at the end of its design life and threatening possible impact on program schedules. At KSC, FY 1994 funding supported several
facility improvements. At launch complex 39, the exterior utility piping was restored, the cooling system was refurbished, the
secondary circuit breaker system was refurbished and the C-5 substation was restored.


FY 1995 CoF funding is concentrated on the KSC facilities. The fire extinguisher piping for launch pads A and B are in need of
restoration as they are currently considered inadequate to provide spray coverage during an emergency water flow. In addition, the
underground piping between pump stations and launch pads is 25 years old and will not support pressures of the higher flow rates.
The 25 year old facility at KSC used for components refurbishment is in non-compliance with OSHA fires safety standards, is
overcrowded and is to be replaced. This project replaces approximately 30,000 square feet for rough and pre-cleaning, precision
cleaning clean rooms and test cells, hydraulics laboratories and other support space.


FY 1996 CoF funding is also concentrated on KSC facilities. The Chemical Analysis facility is overcrowded and is in non-
compliance with OSHA fire safety standards. The project replaces chemical analysis laboratories and other support space, a
hypergolic decontamination building, and a hazardous waste storage building. The existing Space Shuttle Main Engine Shop will
be replaced by an addition to Orbiter Processing Building 3. Finally, there will be an upgrading of the fire extinguisher pumps,
motors, and diesels serving Launch Pads A and B fire extinguisher system. For additional details on these projects, please refer to
the Mission Support - Construction of Facilities budget.

Tylinoa would like to purchase 4 PLANETARY PLASMA CANNONS. 100,000,000 dollars will be wired on conformation.




Mark Bringham,
Minister of Defence
The Federation of Tylinoa

Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

[b]To: King Matthew of Kormanthor

From: Queen Casiopia Of Virgin Incursion

Below is a list of items we wish to purchase. Money will be wired upon
verification of this order. We are also interested in purchasing a Space
Elevator as soon as they become available. Which will need to be built
on Earth V's British Virgin Islands.

Queen Casiopia

http://img.villagephotos.com/p/2004-10/859683/042_2-4.jpg

2 - Floating International Airports

Fully functional Airport ready to receive Aircraft
Costs to Purchase: $ 100 Million
Sub Total = $ 200 Million


4 - Artificial Island Citys

Two Miles Square / Outer wall 100 ft. tall /
Deck is 100 ft. above the waterline / Multiple
Helocopter & VTOL Aircraft Landing Pads /
6 inch thick Transparent Aluminium Windows
Marina - Shipyard at waterlevel
Cost to Purchase: $ 200 Million
Sub Total = $ 800 Million

4 – FloatingCitys

Complete Small City ready to move into
Cost to Purchase: $ 1.2 Billion

4 - Floating PORT’s

Helocopter Landing Pad
Room to park three Super Tankers
Cost to Purchase: $ 250 Million
Sub Total = $ 1. Billion

12 - Cruiseliners

Cost to Purchase: $ 175 Million
Sub Total = $ 2.1 Billion

8 - Movable Floating Bridge

Cost to Purchase: $ 90 Million
Sub Total = $ 720 Million


Total = $ 6,020,000,000 - $ 903,000,000 ( Our Discount ) = $ 5,117,000,000

Tylinoa would like to purchase 4 PLANETARY PLASMA CANNONS. 100,000,000 dollars will be wired on conformation.




Mark Bringham,
Minister of Defence
The Federation of Tylinoa


Your order is confirmed Tylinoa, you may expect delivery in one NS day

The United States of Wolf will order:

One Artificial Island City off the coast of Neo Havana, Cuba on the Dark Planet. Total = $200,000,000
One Floating PORT about 20 miles off the coast of Cuba on the Dark Planet. Total = $250,000,000
Ten Artificial Island Cities in the Gulf of Black Wolf (Gulf of Mexico) on the Dark Planet. Total = $2,000,000,000

Total of the whole order = $2,450,000,000

****** Money Wired ******

You will need to use Stargates in get on the Dark Planet.

Minister of Foreign Affairs: Jane Wastons (http://www.freewebs.com/wolfamerica/Jane%20Wastons.JPG)

Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

[b]To: King Matthew of Kormanthor

From: Queen Casiopia Of Virgin Incursion

Below is a list of items we wish to purchase. Money will be wired upon
verification of this order. We are also interested in purchasing a Space
Elevator as soon as they become available. Which will need to be built
on Earth V's British Virgin Islands.

Queen Casiopia

http://img.villagephotos.com/p/2004-10/859683/042_2-4.jpg

2 - Floating International Airports

Fully functional Airport ready to receive Aircraft
Costs to Purchase: $ 100 Million
Sub Total = $ 200 Million


4 - Artificial Island Citys

Two Miles Square / Outer wall 100 ft. tall /
Deck is 100 ft. above the waterline / Multiple
Helocopter & VTOL Aircraft Landing Pads /
6 inch thick Transparent Aluminium Windows
Marina - Shipyard at waterlevel
Cost to Purchase: $ 200 Million
Sub Total = $ 800 Million

4 – FloatingCitys

Complete Small City ready to move into
Cost to Purchase: $ 1.2 Billion

4 - Floating PORT’s

Helocopter Landing Pad
Room to park three Super Tankers
Cost to Purchase: $ 250 Million
Sub Total = $ 1. Billion

12 - Cruiseliners

Cost to Purchase: $ 175 Million
Sub Total = $ 2.1 Billion

8 - Movable Floating Bridge

Cost to Purchase: $ 90 Million
Sub Total = $ 720 Million


Total = $ 6,020,000,000


VirginIncursion your order is confirmed, however it will take one NS month
to fill. The Space Elevator will be available very soon, as we are now finishing
our own version that we plan use as a new service offered to modern tech
nations for a economical way of getting things into orbit.

The United States of Wolf will order:

One Artificial Island City off the coast of Neo Havana, Cuba on the Dark Planet. Total = $200,000,000
One Floating PORT about 20 miles off the coast of Cuba on the Dark Planet. Total = $250,000,000
Ten Artificial Island Cities in the Gulf of Black Wolf (Gulf of Mexico) on the Dark Planet. Total = $2,000,000,000

Total of the whole order = $2,450,000,000

****** Money Wired ******

You will need to use Stargates in get on the Dark Planet.

Minister of Foreign Affairs: Jane Wastons (http://www.freewebs.com/wolfamerica/Jane%20Wastons.JPG)



Wolf America your order is confirmed, you may expect delivery in one NS day.
The use of Star Gates is not a problem we have both orbital & ground based
units.

Wolf America your order is confirmed, you may expect delivery in one NS day.
The use of Star Gates is not a problem we have both orbital & ground based
units.

Ok. Use the stargate in Neo Havana, Cuba and use the code before entering.

Minister of Foreign Affairs: Jane Wastons (http://www.freewebs.com/wolfamerica/Jane%20Wastons.JPG)

OOC: The code is D13G56O88 and only know to you. After y'all are done, the code will be changed.

Ok. Use the stargate in Neo Havana, Cuba and use the code before entering.

Minister of Foreign Affairs: Jane Wastons (http://www.freewebs.com/wolfamerica/Jane%20Wastons.JPG)

OOC: The code is D13G56O88 and only know to you. After y'all are done, the code will be changed.


Neo Havana it is, and I don't blame you a bit about your security measures.

Neo Havana it is, and I don't blame you a bit about your security measures.

Ok. They are waiting for your people and if you do good for us, we will order for you again.

Esmos Star Gate
Beam Transmission
Star Gate Code D13G56O88:

To The United States of Wolf America
Neo Havana, Cuba / The Dark Planet

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

One Artificial Island City
One Floating PORT
Ten Artificial Island Cities

Transmission Completed

Cargo Transporter
Beam Transmission

From:

Kore Technologies Logistics
Cargo Transporter Division
1958 Emekire Parkway
Essembra, Kormanthor

To:

Mark Bringham,
Minister of Defence
The Federation Of Tylinoa

Items Delivered

4 PLANETARY PLASMA CANNONS

Transmission Completed

Esmos Star Gate
Beam Transmission
Star Gate Code D13G56O88:

To The United States of Wolf America
Neo Havana, Cuba / The Dark Planet

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

One Artificial Island City
One Floating PORT
Ten Artificial Island Cities

Transmission Completed

"You can enter." said a robot voice.

Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

To: King Matthew of Kormanthor

From: Queen Casiopia Of Virgin Incursion

We see you have added the Space Elevator to your Store Front.
Please make arrangements to build us one on Earth V as soon as is possible.


Queen Casiopia

http://img.villagephotos.com/p/2004-10/859683/042_2-4.jpg

Esmos Star Gate
Beam Transmission

To The United States of Wolf America
Neo Havana, Cuba / The Dark Planet

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

One Artificial Island City
One Floating PORT
Ten Artificial Island Cities

Delivery Transmission Completed

Communications Transmission

To: Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

Atten: Queen Casiopia

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Your order for a Space Elevator to be built in the British Virgin Islands
on Earth V as soon as possible is confirmed. And your first order is
nearing completion of its manufacturing stage.


Transmission Completed

OOC: I think you should raise your prices a little...

IC: The Megan Defence Council will order 10 VF-7 fighters for 750,000,000 USD, for comparison with our many classes of Veritech fighters (see thread: http://forums2.jolt.co.uk/showthread.php?t=361656&page=1&highlight=megas)

We are interested in helping our allies and may be able to offer assistance to your endevour into developing mecha.

Calvin Rand, MDC Chairman

Communications Transmission
IC:

To: The Megan Defence Council

Atten: Calvin Rand, MDC Chairman

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Your order for 10 VF-7 fighters is confirmed. You can expect delivery immediately, all we need is the delivery location. Also we would appreciate any help you would be willing to give. We are also willing to open trade relations with your country effective immediately.


Transmission Completed

Esmos CargoTransporter
Beam Transmission
Code # *********

To Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

Atten: Queen Casiopia

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

2 - Floating International Airports

4 - Artificial Island Citys

4 – FloatingCitys

4 - Floating PORT’s

12 - Cruiseliners

8 - Movable Floating Bridge


Delivery Transmission Completed

OCC: Megas I checked your Veritech information but didn't see any prices. Although I think your description of them are first rate. And I do have some mecha in the developmental stages. I would like to speak to you concerning this elsewhere however. I would be willing to pay you in if you could help me develop the descriptions for them. I will start a closed joint developmental thread for this purpose. It will take a ( RL ) day or so me to gather my existing mecha information. Then I will start the thread, do we have a deal?

OOC: I think you should raise your prices a little...

IC: The Megan Defence Council will order 10 VF-7 fighters for 750,000,000 USD, for comparison with our many classes of Veritech fighters (see thread: http://forums2.jolt.co.uk/showthread.php?t=361656&page=1&highlight=megas)

We are interested in helping our allies and may be able to offer assistance to your endevour into developing mecha.

Calvin Rand, MDC Chairman

OCC: OK I raised prices on my starships, is there anything else you feel is
to low? Also I have just placed you on the Most Trusted and Favored Nation Discount List which gives you a 15% discount on all purchases you make here.

Bump for Business .... we have added many new items to the Store Front.

I think that its a strange mix is all. Most of the stuff here is all modern tech, and your mix is a little strange. Try to get a uniform theme in your store, people might warm up to that a little more easily. I mean a space shuttle, then a Jupiter II? You were probably thinking of haveing a wide market, but try to expand you market in the same time frame. Ah, well these are just opinions anyway, so I'm sure somebody here might like it. Keep at it.

One question: Have you read the thread on "building a better store front" ?


Do you have a url for the "building a better store front" thread?

You don't have anything a developing country can afford.

Could you please add some things developing nations can buy? Then you
might gain some customers my size.

Could you please add some things developing nations can buy? Then you
might gain some customers my size.


I will see what I can do

There's alot of great new stuff here ... come on ... what are you waiting
on?

We would like to buy twelve Coral Skimmers for protection of our country.

* Six Million Wired *

Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

[b]To: Kore Technologies

From: Queen Casiopia Of Virgin Incursion

We would like to order:

12 Korlactica Class Battlestar's

Stats:

Length: 2,476 meters
Weight: 40,000,000 metric tons
Power: 4 Warp Core Reactors 87.6 Terawatts
Standard Crew: 2,300
70 officers
750 warriors - 350 are fighter pilots
700 crew - 135 civilian
Cargo Capacity: 1,295,000 metric tons
Hull/Armor: 10 meters
Sensors: Short/Medium/Long range, sub-light, 200,000

Weapons:

32 Blaster batteries
4 Turbo-Laser cannons
12 Korconcussion Missiles (anti-capital ship)
2 Korproton Bombs (planetary bombardment)
Fighters: 150 Viper Class Star Fighters
12 Korgon Surface Transports
12 Argon Class Shuttles
Price: $ 40 billion X Twelve
Sub Total = $ 480 Billion

and

250 Scimitar Jh-439 Diplomatic Barge's

The SDB is a beautifully sculptured mixture of the chromium covered
Nabooian Royal Cruiser, the Nabooian Diplomatic Barge & the Sith Scimitar
Infiltrator ( without the dark force ) Armed Courier.
If you can picture a ships hull that blends these three ship hulls together then you have a good picture of the awe inspiring beauty of this totally
redesigned masterpiece.
The Scimitar DB is a shining example of our marriage between art, design,
& ultra cutting edge technology built into this ship to protect your most
important dignitaries from sudden death among the stars.
The space frame is a double decked, single long supple curve winged hull
covered in Chromium.....
Most impressive is the finely tuned, heavily modified Class 0.5 Hyperdrive Engines & twin Kor Gu-79 Ion Drive Engines that can propel the Scimitar to record breaking speeds. An extremely advanced long range sensor suite complete with bow, stern, port, starboard, ventral & dorsal visual scanners, jamming devices, sensor decoys, false transponder code relays, & multiple remote control slave circuits that can summon the barge over long distances.
The protection grid suite is complete with a Quad Defiant Class Pulse Phaser Cannons, Duel Quantum Torpedo Launchers, a KorSPHA-T Class Turbo
Laser, Quad Concussion Missile Tubes, Quad Rotating Laser Cannons, Kor Chromium Ablative Armor, Mini Cluster Bombs, Duel Shield Grids, & a Korimp Cloaking Device Generator. All weapons are linked through a Kor Scan OVC 73 Multiple Option " Shoot Back " targeting computer linked to a Electro Telescope that can be set to automatically shoot down any craft that opens fire on the Jh-439.

98 m Long
182 m Wingspan
Infilrator Wingtip
Folding Wings

Price: 4 Billion x 250 = 1 Trillion


* One Trillion 480 Billion Wired *

Queen Casiopia



http://img.villagephotos.com/p/2004-10/859683/042_2-4.jpg

Cargo Transporter
Beam Transmission

From:

Kore Technologies Logistics
Cargo Transporter Division
1958 Emekire Parkway
Essembra, Kormanthor

To:

The Government of Phaerime / Thank You for your Business

Items Delivered

12 Coral Skimmers

Transmission Completed

Esmos Star Gate
Beam Transmission
Star Gate Code *********:

To The Government of VirginIncursion

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

175 Scimitar Jh-439 Diplomatic Barge's
2 Korlactica Class Battlestar's

Notice: The rest of your order will be filled within 1 NS month.


Transmission Completed

Bump For Business

Esmos Star Gate
Beam Transmission
Star Gate Code *********:

To The Government of VirginIncursion

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

50 Scimitar Jh-439 Diplomatic Barge's
10 Korlactica Class Battlestar's

Note: Here is the rest of your order. Thank You for your Business.


Transmission Completed

Esmos Star Gate
Beam Transmission
Star Gate Code *********:

To The Government of VirginIncursion

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

50 Scimitar Jh-439 Diplomatic Barge's
10 Korlactica Class Battlestar's

Note: Here is the rest of your order. Thank You for your Business.


Transmission Completed


Thank You Kore Technologies

Aeloulaera Castle
Aeloulaera, Pearl of
TwiLight, Capital City Virgin
Incursion

[b]To: Kore Technologies

From: Queen Casiopia Of Virgin Incursion

We would like to order:

12 Korlympic Class Medical Starships, we are wiring 1.2 Trillion now.

Queen Casiopia


http://img.villagephotos.com/p/2004-10/859683/042_2-4.jpg

Esmos Star Gate
Beam Transmission
Star Gate Code *********:

To The Government of VirginIncursion

Attention: Queen Casiopia

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

12 Korlympic Class Medical Starships

Thank You for your Business.


[b] Transmission Completed

Bump for Business

Come on people there must be something here you like

I want one Essemula Class Starbase and one Defiant Class Starship.

2 KorTech / Peace Keeper Class Dreadnought
that works out at $100trillion

Cargo Transporter
Beam Transmission

From:

Kore Technologies Logistics
Cargo Transporter Division
1958 Emekire Parkway
Essembra, Kormanthor

To:

The Government of Phaerime / Thank You for your Business

Items Delivered

1 Essemula Class Starbase
1 Defiant Class Starship.

Transmission Completed

Beam Transmission Communication

From:

Kore Technologies Logistics
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

To: The Government of English Druggies

After reviewing your countries economy we are sorry to say that the
purchase of even one Peace Keeper Class Dreadnought would be many
times your yearly national defense budget leaving you nothing left in which to operate it with.
However we will offer to finance one Peacekeeper for you at five percent
interest so you can spread the payment out over time and still be able to
have operating funds. If this arrangement meets your approval please let
us know so we can finalize your purchase.


Transmission Completed

The Grand Empire of Asgard Planets wishes to purchse the following:

4000 KorTech Universal Translator Units-$1,000,000,000
1 Koralaxy Class Starship-$30,000,000,000
1 Korlactica Class Battlestar-$40,000,000,000
1 KorTech/Executor Super Star Destroyer-$80,000,000,000
1 Essemula Class/Deep Space Starbase-$40,000,000,000
10 Planetary Turbolasers-$150,000,000
20 Planetary Ion Cannons-$100,000,000
5 Planetary Plasma Cannons-$125,000,000

Total:$191,375,000,000

We will also purchase, if available, one Stargate with a DHD for $10,000,000,000 for a total of $201,375,000,000.

Payment will be recieved upon delivery.

Respectfully,
Thor, Supreme Commander of the Asgard Fleet

Kore Orbital Starship Stargate /
Ground Cargo Transporter
Beam Transmission

From:

Kore Technologies Logistics
Cargo Transporter Division
1958 Emekire Parkway
Essembra, Kormanthor

To:

The Government of Asgard Planets / Thank You for your Business

Items Delivered

4000 KorTech Universal Translator Units-$1,000,000,000 ( G.C.T )
1 Koralaxy Class Starship-$30,000,000,000 ( K.O.S.S. )
1 Korlactica Class Battlestar-$40,000,000,000 ( K.O.S.S. )
1 KorTech/Executor Super Star Destroyer-$80,000,000,000 ( K.O.S.S. )
1 Essemula Class/Deep Space Starbase-$40,000,000,000 ( K.O.S.S. )
10 Planetary Turbolasers-$150,000,000 ( G.C.T. )
20 Planetary Ion Cannons-$100,000,000 ( G.C.T.)
5 Planetary Plasma Cannons-$125,000,000 ( G.C.T. )
1 Star Gate with a DHD for $10,000,000,000 ( G.C.T. )

Sub Total of $201,375,000,000
Minus $15,103,125,000 ( Bulk Purchase Discount )

Total $186,271,875,000 { Cash Due on Delivery }

Note: Your Starships have been delivered to orbit of your main planet
by Kore Logistics Crews and your ground equipment will be transported to the surface from our ship after payment is secured. Our Starship will then ferry our crews back to the Sol System. We gave you our standard Bulk Purchase
Discount because of your large order. Again Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division


Transmission Completed

Official Communique - TASC Headquarters

We would like to purchase 5 VF-7 transfigurative fighters for comparison with our own Veritech mecha. Total price: 500 million USD. Money will be wired upon confirmation of order.

Communications Transmission

To: The Government of Megas

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Your order for 5 VF-7 transfigurative fighters is confirmed. You can expect a 15% - Most Trusted and Favored Nation Discount, all we need is the delivery location & funds wired.

$500 Million - 15% = $ 425 Million

Transmission Completed

I will Get The Star Car *Wire Money*

Communications Transmission

To: The Government of Megas

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Your order for 5 VF-7 transfigurative fighters is confirmed. You can expect a 15% - Most Trusted and Favored Nation Discount, all we need is the delivery location & funds wired.

$500 Million - 15% = $ 425 Million

Transmission Completed

We appreciate the discount, Kormanthor. We would like to extend the same offer if you ever have need of our storefront. The money has been wired. A cargo ship will arrive at Essembra within a few days to retrieve the fighters.

Communications Transmission

To: The Government of Megas

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items to be picked up:

5 VF-7's

Transmission Completed

Communications Transmission

To: The Government of Homieville

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Item to be Delivered

1 Star Car

( Is ready for transport, all we need is transporter coordinates so we can beam your order to your location )

Transmission Completed

We would like to purchase:

1). 1,000 Planetary Turbolasers = $ 15 Billion
2). 1,000 Planetary Ion Cannons = $ 5 Billion
3). 1,000 Planetary Plasma Cannons = $ 25 Billion

We have already built sites for each of these weapons. We are including a
list of coordinates for them to be transported to.

4). 4 ESSD's = $ 320 Billion
5). 8 ISD's = $ 640 Billion
6). 4 Essemula Class Starbase's = $ 160 Billion
7). 4 Subspace Catapult's = $ 80 Billion
8). 1 Korantis Class Ocean City = $ 500 Billion

Total Money Wired = $ 1 Trillion 745 Billion

money wired after confirmation hey were do you get this money always?

money wired after confirmation hey were do you get this money always?

From my economy/s and store front/s ... if I understand the question correctly

The Republic of Korthas wishes to make a purchase worth a total of $505,000,000,000 ($505 Billion). This comprises,
1-KorTech /Executor Super Star Destroyer

http://usera.imagecave.com/Kormanthor/essd2.jpg

Length: 12,800 m long
Crew: minimum 10,000, maximum 50,000
Garrison Forces: 38,000 w/ Three Prefabricated Garrisons (
( Included as a bonus for dealing with AsterKore Of Kormanthor )
Cargo Capacity: 110,000 metric tons
Consumables: 4 years
Hyperdrive: x2 (backup x 3)

Weapons:

400 Turbo Lasers
300 Ion Cannons
350 Concussion Missile Tubes
20 Tractor Beam Projectors

Fighter Comp

144 Tie Fighters

Secondary Bays that will hold up to 200 additional support starships ( Support Ships not included )

Vehicle Pool

24 AT-AT’s Walkers
50 AT-ST’s Walkers

10-KorTech / Imperial Star Destroyers

http://usera.imagecave.com/Kormanthor/stardest1.jpg

Type: Star Destroyer
Scale: Small Capital
Length: 1,600 meters
Crew
Skeleton: 5,000
Total crew: 37,085
Passengers: 9,700 Troopers
Cargo Capacity: 36,000 metric tons
Consumables: 6 years
Hyperdrive Multiplier: x2
Hyperdrive Backup: x 3
Nav Computer: Yes
Weapons:
60 Laser Cannons
60 Ion Cannons
10 Tractor Beam Projectors
72 TIE starfighters
20 AT-AT (All-Terrain Armored Transport) walkers
30 AT-ST (All-Terrain Scout Transport) walkers

20-StarCraft Carrier
http://usera.imagecave.com/Kormanth...1Prometheus.jpg KorARMD Class StarCraft Carrier:

Carries 200 VF- 9 Guardians, 200 VF- 11 Vindicators, 18 Defiant Class Starships, 36 Class Attack Dropships, 36 VF-8 Defender Destroids, 36 CF- 4 Golden Dragon Destroids and many different types of scoutships & shuttlecraft

1000-PLANETARY PLASMA CANNONS: Are surface based weapons that fire
ultra supercharged balls of glowing crackling blue/white plasma energy ( similar to Vger's weapons in Star Trek the Motion Picture). They are a surface based weapon equivolate to planet killer weaponry.

OOC: The total price is without a price for the StarCraft carriers. How much are they? Add it onto the total please.

Communications Transmission

To: The Government of Korthas

Transmission Origin: Kore Technologies
Admiinistration Division
1958 Emekire Parkway
Essembra, Kormanthor

Items to be Delivered

1-KorTech /Executor Super Star Destroyer = $ 80 Billion
10-KorTech / Imperial Star Destroyers = $ 400 Billion
20-StarCraft Carriers = $ 800 Billion

Total Due = $ 1.28 Trillion


Note: We have changed the stats of our StarCraft Carrier and added the price. The KorTech ARMD StarCraft Carrier has the same amount of shipboard firepower as a KorTech / Imperial Star Destroyer, and is physically three times the size of our ISD. Where would you like them to be delivered too?

Signed

Nicolle Shultz, Director, Products Management Division



Transmission Completed

We would like them to be delivered to the Kina Drive Yards in orbit around Korthas Prime. The money will be wired upon recieval of the ships. Also, do the carriers come equipped with the smaller ships or must they be bought as well?

The Republic of Korthas, Supreme Chancellor Yuri Gon

We would like to purchase one Korantis Class Ocean City. What is Kor Banks finance rate? Could we finace it to pay over time?

Esmos Star Gate
Beam Transmission
Star Gate / Sub Space Catapult Delivery:

To The Government of Korthas

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

1-KorTech /Executor Super Star Destroyer = $ 80 Billion
10-KorTech / Imperial Star Destroyers = $ 400 Billion
20-StarCraft Carriers = $ 800 Billion

Total Due = $ 1.28 Trillion



Note: Your Starships are now being delivered to orbit of Kina Drive Yards in orbit around Korthas Prime by Kore Logistics Crews. Our Delivery Starship will then ferry our crews back to the Sol System. Normally we would
give you our standard Bulk Purchase Discount because of your large order.
However we opted to supply your ships with full Starfighter compliments
on each Starship because you asked about fighters. Again Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division



Transmission Completed

Esmos Star Gate
Beam Transmission
Transporter Delivery:

To The Government of VirginIncursion

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

1,000 Planetary Turbolasers
1,000 Planetary Ion Cannons
1,000 Planetary Plasma Cannons
4 ESSD's
8 ISD's
4 Essemula Class Starbase's
4 Subspace Catapult's
1 Korantis Class Ocean City

Thank You for your Business

Signed

Nicolle Shultz, Director, Products Management Division



Transmission Completed

We would like to purchase one Korantis Class Ocean City. What is Kor Banks finance rate? Could we finace it to pay over time?


Communications Transmission

To: The Government of Phaerime

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Kor Bank Finance Rate: 5.125%
Yes we would be glad to finance it for you.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division


Transmission Completed

Communications Transmission

To: The Government of Phaerime

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Kor Bank Finance Rate: 5.125%
Yes we would be glad to finance it for you.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division


Transmission Completed


Very Good; we agree to the price.

Essembra Engineering Team Delivery:

To: The Government of Phaerime

Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

1 Korantis Class Ocean City


Thank You for your Business


Transmission Completed

The Grand Empire of Asgard Planets wishes to purchase the following:

1 Executor Super Star Destroyer-$80,000,000,000
5 Imperial Star Destroyers-$200,000,000,000
2 KorARMD StarCraft Carriers-$80,000,000,000
25 Subspace Relay Stations-$25,000,000,000
10,000 Subspace Tranceivers-$7,500,000,000
400 Planetary Plasma Cannons-$10,000,000,000

Total-$402,500,000,000

Payment will be recieved upon delivery. Thank you.

Thor, Supreme Commander of the Asgard Fleet of the
Grand Empire of Asgard Planets

The All Powerful Monarchy of England and Ireland wishes to make a purchase of the following items:

1 Korantis Class Ocean City ($500,000,000,000 USD)
1,000,000,000 Penetrator Bolt Pistols ($10,000,000,000 USD)
20 Planetary Turbolasers ($300,000,000 USD)
1 Essemula Class/Deep Space Starbase ($40,000,000,000 USD)
1 Executor Super Star Destroyer ($80,000,000,000 USD)
200 Kor Tech VF-1 Starfighter ($40,000,000,000 USD)
1000 Universal Translators ($25,000,000 USD)

Total: $670,325,000,000 USD

We are also willing to pay $5,000,000,000 USD for a functioning Stargate and an additional $2,500,000,000 USD for a working D.H.D. or D.H.D. substitute. If this is acceptable our new total will be $677,825,000,000 USD.

We would also like to make a $150,000,000,000 contribution to your company as it is the best supplier of space age military equipment my government has ever had the honor of working with, please accept it as a sign of our gratitude.

With thanks,
Prime Minister Wunderlich of the All Powerful Monarchy of England and Ireland

Hey remember me?

I want to buy Kor'PAU Class Transport for 200 million. Money Wired after Confirmation.

Hey want to come to my post K.

http://forums.jolt.co.uk/showthread.php?t=407382

Esmos Star Gate
Beam Transmission
Transporter Delivery:

To The Government of Asgard Planets

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

1 Executor Super Star Destroyer-$80,000,000,000
5 Imperial Star Destroyers-$200,000,000,000
2 KorARMD StarCraft Carriers-$80,000,000,000
25 Subspace Relay Stations-$25,000,000,000
10,000 Subspace Tranceivers-$7,500,000,000
400 Planetary Plasma Cannons-$10,000,000,000

Thank You for your Business

Signed

Nicolle Shultz, Director, Products Management Division



Transmission Completed

Esmos Star Gate
Beam Transmission
Transporter Delivery:

To The Government of England and Ireland

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

1 Korantis Class Ocean City ($500,000,000,000 USD)
20 Planetary Turbolasers ($300,000,000 USD)
1 Essemula Class/Deep Space Starbase ($40,000,000,000 USD)
1 Executor Super Star Destroyer ($80,000,000,000 USD)
200 Kor Tech VF-1 Starfighter ($40,000,000,000 USD)
1000 Universal Translators ($25,000,000 USD)
1 Star Gate ( $5,000,000,000 )
1 D.H.D. ( $2,500,000,000 )
500,000,000 Penetrator Bolt Pistols ($5,000,000,000 USD)
( The other half will take one month to build & deliver )

Thank You for your Business

Signed

Nicolle Shultz, Director, Products Management Division



Transmission Completed

Hey remember me?

I want to buy Kor'PAU Class Transport for 200 million. Money Wired after Confirmation.

Hey want to come to my post K.

http://forums.jolt.co.uk/showthread.php?t=407382


Communications Transmission

To: The Government of Homieville

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

The price of $ 200,000 is not the price for the Kor'PAU Class Transport. We
haven't priced the Transport yet because we are still trying to decide what a
fair price would be. We will soon post the transports price then if you still
want one we can get it for you then. We will also add some kind of incentive
for your having to wait.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division


Transmission Completed

The All Powerful Monarchy of England and Ireland wishes to purchase the following:

2 Kortech/Executor Class Super Star Destroyers - $160,000,000,000
15 Kortech/Imperial Star Destroyers - $600,000,000,000

Total: $760,000,000,000

Payment will be recieved upon delivery. Thank you.

Respectfully,
Prime Minister Wunderlich of the All Powerful Monarchy of England and Ireland

Esmos Star Gate
Beam Transmission
Transporter Delivery:

To Prime Minister Wunderlich of England and Ireland

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

Items Delivered

2 Kortech/Executor Class Super Star Destroyers - $160,000,000,000
15 Kortech/Imperial Star Destroyers - $600,000,000,000
Total Due: $760,000,000,000

Thank You for your Business

Signed

Nicolle Shultz, Director, Products Management Division



Transmission Completed

We were wondering about your Heavy Destroyer, but there is no description
or price.

We were wondering about your Heavy Destroyer, but there is no description
or price.


I'll get that information together and post it

We were wondering about your Heavy Destroyer, but there is no description
or price.

We have updated all the destroyers.

Bump for Business

Bump ... Bump for Business

New products coming soon

The Armed Republic of Mationland wishes to purchase :
4 Executor Super Star Destroyers ,
8 Imperial Star Destroyers ,
10 Kor Medium Destroyers ,
2 korlympic Medical Starships ,
20 Plantary Turbolasers ,
10 Planetary Ion Cannons ,
5 Planetary Plasma Cannons .

Total : 1030 Billion (1.03 trillion) + 475 million .

We will be paying using our numerous accounts in the World Bank . This accounts contain as much as 15 trillion each (in the largest acc) from the Mationland period , when we were rich and powerful .

Regards ,
Martin Luther , Secretary Dictatorial Office

Communications Transmission

To: The Government of the Armed Republic of Mationland

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order. Our original total for your order was $1,190,475,000,000. We have decided to give you an upgraded Kor Bulk Purchase Discount because of your large order so that lowers your total to $ 1,190,470,000,000.
Your order will take 5 NS Years ( 5 RL Days ) to complete after we recieve your full payment. You may use one of your accounts or we would be glad to finance it for you; the Kor Bank Finance Rate: 5.125%
Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

Bump for Business

the sephrion arms tech bor would like to purchase 1 ckore tech heavy destroyer is it posible for it to have slip stream

37.5 billion

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order of one Heavy Destroyer w/ Slipstream instead of Hyperdrive. Our total for your order is 37.5 Billion USD. Your ship will take one NS year to complete and can be delivered any where you wish after we receive your payment.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

money wired deliver to rebel star base eplision s.a.t comaned centre

new order from the warrior king 1 korvoayage as his personal star vessel
include slipstream on this
25 bilion

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order of one Korager Class Starship
w/ Slipstream instead of Warp. Our total for your order is 25 Billion USD. Both ships will be delivered to Star Base Eplision, this ship happens to be in stock so we can deliver both at the same time. Total for both ships is 62.5 Billion USD. Thank You for your business.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Congratulations Sephrioth you are the winner of our new yearly drawing! You are now the proud owner of your very own Star Car. This versatile vehicle is capable of being driven on a highway like a normal car. Wheels fold up into the body when in flight. Tail Lights open outward to reveil the Impulse thrusters. Anti Grav System allows for emergency return to surface of planet in case of engine failure.
Just the the thing for first contact situations when you need ground to orbit transportation.

http://usera.imagecave.com/Kormanthor/Kormanthor3/StarCar3.jpg
The Star Car

Dimensions

Length: 4 m
Beam: 2 m
Height: 1.5 m
Mass: 2 metric tons

Armament:

Phaser Strip

Defence Systems:

Standard shield system
Light Duranium/Tritanium Single hull.
Low level Structural Integrity Field

Full Impulse Speeds

1). Earth to Moon = 5.38 Seconds
2). Cross SolSystem = 44 hours
3). Five Light Years = 20 years

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division
Today 7:01 PM

erm the cor vayager and the care are to be delivered to sephrion prime moneys wired

Esmos Star Gate / Sub Space Catapult Delivery:

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved


Items Delivered

One Heavy Destroyer w/ Slipstream / Delivered to Rebel Star Base Eplision S.A.T Command Centre

One Korager Class Starship w/ Slipstream / Delivered to Sephrion Prime

One Star Car / Delivered to Sephrion Prime

Note: Your Starships have now been delivered to there individual bases of operation. Our Delivery Starship will now ferry our crews back to the Sol System, we hope you like the Star Car. Again ... Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division

Bump for Business

4 times kormethuses with following modifications double the phasers and slipstream instade of warp drive


120 bilion usd

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order of four Kormetheus Class Starships w/ Double Phaser Stripes & Slipstream instead of Warp. Our total for your order is 120 Billion USD. There construction will take two NS years to complete and can be delivered any where you wish after we receive your payment.


Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

sephrion prime money wired

Esmos Star Gate / Sub Space Catapult Delivery:

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved


Items Delivered

Four Kormetheus Class Starships w/ Double Phaser Stripes & Slipstream instead of Warp / Delivered to Sephrion Prime

Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division

the sephrion empire requires a custom riffle

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved your order for a custom rifle. We assume that it should be of Future Tech construction. Do you prefer a certain weapon type, such as Phaser, Blaster, etc..? We will be glad to design you a custom rifle but we need your specific requirements.

Signed

Nicolle Shultz, Director, Products Management Division

heavy phaser for the 12 garrion of the black sqaud

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved your specific requirements and have turned them over to our Research & Design Department. I have a couple of questions now. First how many copies do you think you will be needing? Secondly would you be willing to make this a joint venture between our two nations? If so we will pay half of the development costs and will make you a favored nation in this store front.

Signed

Nicolle Shultz, Director, Products Management Division

yess and 300 miilion of them and we will make this a join venture

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Great! We will get started on the design immediately.

Signed

Nicolle Shultz, Director, Products Management Division

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have completed a design, if you wish to keep it secret for awhile TG me or I can post it here for you to look at if secretcy isn't required. Hopefully you will like it as is, but if not let me know and we can tweek it some more.

Signed

Nicolle Shultz, Director, Products Management Division

secercy aint required

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor



Type V Phaser Rifle Design

The term “Phaser “ is an acronym of, PHASed Energy Rectification which refers to the process of stored energy conversion to beam form for release toward a target. Phaser energy is released through the application of of the rapid nadion effect ( RNE ).Rapid Nadions are short lived subatomic particles processing special properties related to high speed interactions with atomic nuclei. Among these properties is the ability to liberate and transfer strong nuclear within a particular class of superconducting crystals. Normal Type II Phasers are capable of directing 0.01Magawatts of energy per charge. Which is considered adequate for the vast majority of combat environments. This new phaser Rifle that has been designated the Type IV-Compression Version is capable of directing 0.10Magawatts of energy per charge, or ten times as powerful as the Type II.
The Type IV is larger still and more rugged then even the Type III as well as possessing a longer range and more charges with the accompanying power pack that is carried on the users back. The addition of a sixth prefire energy compression chamber provides with even more additional settings then found on the Type III.. With the use of the power pack a special wide beaming setting meant for use against only carbon based life forms on the Type III can now be employed against any life form. This setting requires twenty times the energy of a normal beam, but has proven exceptionally useful under combat conditions.
RANGE: 35/75/150/300 Meters
SIZE: 90 cm / 2.9527559 ft. long
MASS: 2.33kg / 5.1367707 lbs
DURATION: 4000 w/out Power Pack / 200 Wide Beam
6,000 X 0.10 charges / 300 Wide Beam w/ Power Pack
Heavy Disrupt: 150 charges w/ out Power Pack 225 charges w/ the Power Pack / Vaporize 100 Cubic Meters of solid Uranium / Explode up to 1,200 Cubic Meters of Rock into Rubble.
2 Targeting Scopes: These scopes incorporate sensors capable of detecting and tracking life forms and can perform the equivalent of tricorder short range biological scans. By linking these sensors directly to the Rifles firing mechanism allows the beam to be automatically retargeted onto multiple targets one after the other unless the target moves out of range or behind a cover that blocks tricorder scans.[/I]
Built In Universal Translator: To make sure you are understood.
Built In Transport Inhibitor: To prevent undesired transport, which could be used otherwise by enemy forces to extract personnel against their will.

{ Hopefully you will like it as is, but if not let me know and we can tweek it some more. }


Signed

Nicolle Shultz, Director, Products Management Division

this is acceptable but can you incrase the engergy packs payload

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor



Type VI Phaser Rifle Design

The term “Phaser “ is an acronym of, PHASed Energy Rectification which refers to the process of stored energy conversion to beam form for release toward a target. Phaser energy is released through the application of of the rapid nadion effect ( RNE ).Rapid Nadions are short lived subatomic particles processing special properties related to high speed interactions with atomic nuclei. Among these properties is the ability to liberate and transfer strong nuclear within a particular class of superconducting crystals. Normal Type II Phasers are capable of directing 0.01Magawatts of energy per charge. Which is considered adequate for the vast majority of combat environments. This new phaser Rifle that has been designated the Type IV-Compression Version is capable of directing 0.10Magawatts of energy per charge, or ten times as powerful as the Type II.
The Type IV is larger still and more rugged then even the Type III as well as possessing a longer range and more charges with the accompanying power pack that is carried on the users back. The addition of a sixth prefire energy compression chamber provides with even more additional settings then found on the Type III.. With the use of the power pack a special wide beaming setting meant for use against only carbon based life forms on the Type III can now be employed against any life form. This setting requires twenty times the energy of a normal beam, but has proven exceptionally useful under combat conditions.
RANGE: 35/75/150/300 Meters
SIZE: 90 cm / 2.9527559 ft. long
MASS: 2.33kg / 5.1367707 lbs
DURATION: 6000 w/out Power Pack / 300 Wide Beam
8,000 X 0.10 charges / 400 Wide Beam w/ Power Pack
Heavy Disrupt: 300 charges w/ out Power Pack 450 charges w/ the Power Pack / Vaporize 100 Cubic Meters of solid Uranium / Explode up to 1,200 Cubic Meters of Rock into Rubble.
2 Targeting Scopes: These scopes incorporate sensors capable of detecting and tracking life forms and can perform the equivalent of tricorder short range biological scans. By linking these sensors directly to the Rifles firing mechanism allows the beam to be automatically retargeted onto multiple targets one after the other unless the target moves out of range or behind a cover that blocks tricorder scans.[/I]
Built In Universal Translator: To make sure you are understood.
Built In Transport Inhibitor: To prevent undesired transport, which could be used otherwise by enemy forces to extract personnel against their will.

{ This versions energy packs payload has been doubled. }


Signed

Nicolle Shultz, Director, Products Management Division

both versions

both versions


Communications Transmission

To: The Government of Sephrioth

So you like both versions I assume.

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor
Signed

Nicolle Shultz, Director, Products Management Division

yeah the smaller payload version will be police issue

yeah the smaller payload version will be police issue


Communications Transmission

To: The Government of Sephrioth

Excellent Idea, we can deliver them anywhere you wish by ship, long range transporter, or Star Gate if you have them. But to use Star Gates I would need an address.

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor
Signed

Nicolle Shultz, Director, Products Management Division

enclosed is stargate adress think atlanis

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

I figured $ 1,500 per Type V, and $ 2,000 per Type VI. This total is half of that amount.

300,000,000 Type V Rifles = $ 225,000,000

300,000,000 Type VI Rifles = $ 300,000,000

Total Due = $ 525,000,000 USD

Signed

Nicolle Shultz, Director, Products Management Division

money wired from govt waste

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

I'm planning on designing some more new weapons in the near future. Ideas I got while designing these rifles, watch for them.

Signed

Nicolle Shultz, Director, Products Management Division

With a few minutes of pure keyboarding and desicive work, the middle-age, blue collar worker brought pressed the enter button and sent the trade to Kore Tech. The now relieved brown haired government official brought his hands to his face and slowly sank into his chair. "This'll decide it.." said the man, a look of concern on his face as he waited a confirmation.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

KorTech /Executor Super Star Destroyer, x1, 80 billion

Devastator Anti Grav Lander x100, 120 million each

Total Sum: 92 Billion USD


‘Mechs

Belial x200, price unknown. (awaiting Kore Technologies Pricing.)


[Note: Wilsonna looks forward to its future purchasing of Kore Technologies produces.]

MONEY TO BE WIRE DIRECTLY TO KORE TECHNOLOGIES UPON VAILDATION

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Communications Transmission

To: The Government of Wilsonna

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your total is below, I went ahead and priced all the Mecha. We can deliver them where ever you wish, but we will need coordinates for a Star Gate / Transporter Delivery.

KorTech /Executor Super Star Destroyer, x1; $ 80 billion

Devastator Anti Grav Lander x100; $ 120 million each

Belial / Mecha x200; $ 35 million

Total Sum: $ 80,155,000,000

Signed

Nicolle Shultz, Director, Products Management Division

At the sound of the return email, the financialist stormed to his keyboard to reply.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

:wiring funds from both defence and law&order funding, government clearance apporoved.:

Total sum: 80,155,000,000.

[Stargate location, Neo Aronia]

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Esmos Star Gate / Transporter Delivery

To: The Government of Wilsonna

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved

$ 80,155,000,000


Items Delivered into orbit above Neo Aronia

One KorTech /Executor Super Star Destroyer / We will man your ship and keep it safely in it's orbit until your crew arrives. We realize that operation of this size of ship is a very expensive undertaking we realize it might take a while for you to gather a qualified crew. Our crew will train your crew on operation procedures upon their arrival
if needed.

Items Delivered to Neo Aronia

One Hundred Devastator Anti Grav Landers

Two Hundred Belial Mecha

We welcome you to the family of countries that have purchased products from us. Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division

The stately man pressed the button, completing the order. He had no doubt that the Confederacy would use this army as a stepping stone to greater things, and eagerly waited the reply of the Kore Technologies.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

KorTech /Executor Super Star Destroyer, x1, 80 billion

Korlactica Class Battlestar, x2, 100 billion

KorARMD StarCraft Carrier, x3, 120 billion

Planetary TurboLasers, x500, 7.5 billion

Stiletto Mechs, x20000, 4 billion

Loki Mechs, x10000, 2.5 billion

Total: $304,000,000,000
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Stargate: [Neo-Orthanc]

Communications Transmission

To: The Government of CIS Systems

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your coordinates for a Star Gate / Transporter Delivery is Neo-Orthanc. When I added up the total I came up with the number below. If this is satisfactory to you we can ship within 2 NS years / 2 RL days after we receive payment.

KorTech /Executor Super Star Destroyer, x1, 80 billion

Korlactica Class Battlestar, x2, 100 billion

KorARMD StarCraft Carrier, x3, 120 billion

Planetary TurboLasers, x500, 7.5 billion

Stiletto Mechs, x20000, 4 billion

Loki Mechs, x10000, 2.5 billion

Corrected Total: $314,000,000,000

Signed

Nicolle Shultz, Director, Products Management Division

Communications Transmission

To: The Government of CIS Systems

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your coordinates for a Star Gate / Transporter Delivery is Neo-Orthanc. When I added up the total I came up with the number below. If this is satisfactory to you we can ship within 2 NS years / 2 RL days after we receive payment.

KorTech /Executor Super Star Destroyer, x1, 80 billion

Korlactica Class Battlestar, x2, 100 billion

KorARMD StarCraft Carrier, x3, 120 billion

Planetary TurboLasers, x500, 7.5 billion

Stiletto Mechs, x20000, 4 billion

Loki Mechs, x10000, 2.5 billion

Corrected Total: $314,000,000,000

Signed

Nicolle Shultz, Director, Products Management Division

This government recognizes the change, and agrees to pay in full. We will wire the money immediately.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

:wiring funds from defence funding, government clearance approved.:

Total sum: $314,000,000,000.

[Stargate location, Neo Orthanc]

Esmos Star Gate / Transporter Delivery

To: The Government of CIS Systems

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved

$ $314,000,000,000

Items Delivered into orbit above Neo-Orthanc

One KorTech /Executor Super Star Destroyer, Two Korlactica Class Battlestars & Three KorARMD StarCraft Carriers / We will man your ships and keep them safely in it's orbit until your crew arrives. We realize that operation of this size of ship is a very expensive undertaking we realize it might take a while for you to gather a qualified crew. Our crew will train your crew on operation procedures upon their arrival
if needed.

Items Delivered to Neo-Orthanc

500 Planetary TurboLasers

20,000 Stiletto Mechs

10,000 Loki Mechs

We welcome you to the family of countries that have purchased products from us. Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division

A man dressed in a space admiral's uniform opened a commlink with Kore Tech, patiently awaiting their recieving of this emergency order.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Battleships

Kor Incursion Class Starship (30 Billion each) 2x [60 billion]


Non Mecha.

Rommel MKII Tank (pricing unknown) 11,000x

Valkyrie VTOL (pricing unknown) 7,000x

Type VI Phaser Rifle Design ($2000 each) 30,000x [$6,000,000]

Mecha

Stiletto ($200,000, each) 2,000 [$400,000,000]

Blood Asp ($500,000,) 1,000x [500,000,000]




(Without Rommels and Valkryies) Final Pricing:60,906,000,000

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

To be sent to the Wilsonnain fleet, above planet Genevan.

The finely dressed man pressed the button, keeping the order simple. The army would need these soon with the plans they had in store.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Raven Mech, x20,000, 2.3 billion (2,300,000,000)

Hackman Mech, x50,000, 7.5 billion (7,500,000,000)

Kore Tech PN-7 Penetrator Bolt Rifle (Heavy), x50,000, 7 million (7,000,000)

Kore Tech PN-7 Penetrator Bolt Pistol (Heavy), x50,000, 5 million (5,000,000)

Total Pricing: $9,812,000,000

Communications Transmission

To: The Government of Wilsonna

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We are endeavoring to get fair prices for the Rommel MKII Tank & the Valkyrie VTOL. We will offer them as soon as possible. As for the rest of your order we can deliver them where ever you wish as soon as we receive your payment. Do you wish them delivered to the same Star Gate coordinates as the first?

Battleships

Kor Incursion Class Starship [60 billion]

Mecha

Stiletto [$400,000,000]

Blood Asp [500,000,000]

Non Mecha

Type VI Phaser Rifle Design [$6,000,000]

Total = $ 60,906,000,000

Signed

Nicolle Shultz, Director, Products Management Division

The second-in-command officer, frowned slightly at the comment about the tanks and drop ships. They were perfect for the combat undergoing on planet Genevan.

With a forced smile, "The coordinates for the delivery will be our make shift Star Gate, above Genevan.

[channel opened, wiring money......complete]

"transaction complete, it's a pleasure doing business with Kore Tech. again, and we look forward to the MKII Rommel's and Valkyrie VTOL's to be put on market."

Communications Transmission

To: The Government of CIS Systems

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your total is below, we can deliver them where ever you wish as soon as we recieve your payment.

20,000 Raven Mech, 2.3 billion

50,000 Hackman Mech, 7.5 billion

50,000 Kore Tech PN-7 Penetrator Bolt Rifle (Heavy), 7 million

50,000 Kore Tech PN-7 Penetrator Bolt Pistol (Heavy), 5 million

Total Pricing: $9,812,000,000

Signed

Nicolle Shultz, Director, Products Management Division

Esmos Star Gate / Transporter Delivery

To: The Government of Wilsonna

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved

$ 60,906,000,000


Items Delivered into orbit above Genevan

One Kor Incursion Class Starship


Items Delivered to Genevan

2,000 Stiletto's

1,000 Blood Asp's

30,000 Type VI Phaser Rifle's

Because we have caused you a inconvience regarding the Tanks & VTOL's, we extend a promise of a discount when these products do come available. Again Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division

To: Kore Technologies

From: CIS Systems

Payment Wiring: $9,812,000,000

Destination: Orbit over Genevan

Communications Transmission

To: The Government of CIS Systems

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor



Payment Recieved

$9,812,000,000

Items Delivered into Orbit over Genevan

20,000 Raven Mech,
50,000 Hackman Mech,
50,000 Kore Tech PN-7 Penetrator Bolt Rifle (Heavy),
50,000 Kore Tech PN-7 Penetrator Bolt Pistol (Heavy),

Signed

Nicolle Shultz, Director, Products Management Division

Message from Alexander Kazansky

The AP2W2 Warp Antigrav Battle Tank has caught my eye. I will purchase five of these mind-blowingly awesome tanks for fifty billion dollars. I will pay for delivery of the tanks to my doorstep.

OOC: If I used any of the above, I'd buy it, I swear. e.e In fact, I might buy something anyway just to rub my discount in poor unwed mother nations faces.

Communications Transmission

To: The Government of Allanea

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your total is below, we can deliver them where ever you wish as soon as we recieve your payment and delivery location.

5 AP2WP Warp Antigrav Battle Tanks

Total Pricing: $50,000,000,000

Signed

Nicolle Shultz, Director, Products Management Division

Communications Transmission

To: The Government of Trailers

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

I am sorry that you were unable to find something of interest. However we do special orders too, if there is anything specializied we can build or otherwise aquire for you please don't hesitate to contact me personally.

Signed

Nicolle Shultz, Director, Products Management Division

Bump for Business

Communications Transmission

To: The Government of Allanea

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your total is below, we can deliver them where ever you wish as soon as we recieve your payment and delivery location.

5 AP2WP Warp Antigrav Battle Tanks

Total Pricing: $50,000,000,000

Signed

Nicolle Shultz, Director, Products Management Division

reply:

As Allanea is an ESUS member, we request a 10% discount. You are being wired 45 billion as we speak, please deliver the tanks to the national capital of Allanea, Liberty-City.

Official Inquiry of the Nivensky-Ringworld Foundation:

We wish to inquire whether you can construct a custom product for us with the following qualities and statistics:

Cost: As your original ringworld.
Size statistics: See Classic ringworld (http://en.wikipedia.org/wiki/Ringworld)
Weaponry: None except as per classic ringworld/
FTL: None
Communications: No FTL comm. [will be added later by Allanean engineers].

We will inquire separately regarding the potential location of this construct. We will provide the necessary material.

Official Inquiry of the Nivensky-Ringworld Foundation:

We wish to inquire whether you can construct a custom product for us with the following qualities and statistics:

Cost: As your original ringworld.
Size statistics: See Classic ringworld (http://en.wikipedia.org/wiki/Ringworld)
Weaponry: None except as per classic ringworld/
FTL: None
Communications: No FTL comm. [will be added later by Allanean engineers].

We will inquire separately regarding the potential location of this construct. We will provide the necessary material.

reply:

As Allanea is an ESUS member, we request a 10% discount. You are being wired 45 billion as we speak, please deliver the tanks to the national capital of Allanea, Liberty-City.
*********

Communications Transmission

To: The Government of Allanea

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

With your ten percent discount as a ESUS Member your new total is 45 Billion. We have recieved your wired funds and will deliver your Tanks to Allanea, Liberty-City immediately.

5 AP2WP Warp Antigrav Battle Tanks

Total Pricing: $45,000,000,000

Signed

Nicolle Shultz, Director, Products Management Division

Official Inquiry of the Nivensky-Ringworld Foundation:

We wish to inquire whether you can construct a custom product for us with the following qualities and statistics:

Cost: As your original ringworld.
Size statistics: See Classic ringworld (http://en.wikipedia.org/wiki/Ringworld)
Weaponry: None except as per classic ringworld/
FTL: None
Communications: No FTL comm. [will be added later by Allanean engineers].

We will inquire separately regarding the potential location of this construct. We will provide the necessary material.

Communications Transmission

To: The Government of Allanea

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Normal Ring World Pricing: $999 Trillion

The "Classic Ringworld" is an artificial ring about one million miles wide and approximately the diameter of Earth's orbit (which makes it about 600 million miles in circumference), encircling a Sol-type star.

"Earth gets closest to the sun-about 147 million km away on January 3. The farthest point in Earth's orbit is about 152 million km away from the sun and is reached on July 4."

So 149.5 million km would be a mid-line starting size for a Classic Ring World. If we divide that number by 240 kilometers you can start to see the
posssible price.


With your ten percent discount as a ESUS Member your price for a Ivelliosurin Class Ring World would be $899 Trillion with the weapons listed. Please understand the Ivelliosurin Class Ring World is much smaller then the Classic Ringworld as it's diameter is only 240 kilometers. Also we will need to study your deductions for removing the hyperdrive and the weapons. But before we start that process are you interested in one of our Ivelliosurin Class Ring Worlds or a Classic Ring World. The reason we ask is because building a Classic Ring World would be a new first for us. The building cost and time needed to build such a structure would be much higher then our Ivelliosurin Class Ring World because of the greater size.

Signed

Nicolle Shultz, Director, Products Management Division

Bump for Business

the holy empire of nationstates two sephrioth wishes to buy a promethus type ship

Greetings, Kormanthor.

The dimensions of your Kore tech VF2 Starfighter is fitting for our Doombringer-Class Assault Carriers.

We would be interested in purchasing a complement of five for each of our Carriers. At the moment, the primary bulk of them are with the 4th Expeditionary Fleet conducting salvage operations. However, for our 3 other fleets, each with 3 Doombringers each, we would like to make the transaction.

According to our math, 9 Carriers * 5 VF2s each = 45 VF2s
45 * $350 million = $15 billion

If you wish to see our available funds, our current defense budget can be seen HERE (http://nseconomy.thirdgeek.com/nseconomy.php?nation=the+Great+Lord+Tiger). As you can see, we are more than capable of payment.

Please fit the fighters with Photon torpedoes and Auto Blasters.

Buran Jagget

Minister of War

Immortal Lands of the Great Lord Tiger

Communications Transmission

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order of one Kormetheus Class Starship. Our total for your order is 30 Billion USD. There construction will take two NS years to complete and can be delivered any where you wish after we receive your payment.


Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

Communications Transmission

To: The Government of The Great Lord Tiger

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order of 45 Kore tech VF2 Starfighters
. Our total for your order is $15,750,000,000 USD. We can immediately deliver them any where you wish after we receive your payment.


Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

money wired ooc i ment from stargate thehuman/ asgaured battle cruiser

Esmos Star Gate & Transporter Delivery

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved

$ 30,000,000,000


Item to be Delivered

One Kormetheus Class Starship

Where would you like it to be delivered too?

Signed

Nicolle Shultz, Director, Products Management Division

delive to hply terrea ns 2

Esmos Star Gate / Transporter Delivery

To: The Government of Sephrioth

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


One Item Delivered to a high parking orbit above hply terrea ns 2


One Kormetheus Class Starship


Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division

Official Message from President Alexander Kazansky

Please send me a Death Star built to the specifications of the Mark I Imperial Death Star. That is all.

Communications Transmission

To: The Government of Allanea

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

We have recieved and confirmed your order of one Death Star built to the specifications of the Mark I Imperial Death Star. Our total for your order is 500 Trillion USD. Your Death Stars construction will take three NS years to complete and can be delivered any where you wish after we receive your payment.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

Thank you for your kind and rapid service.

Communications Transmission

To: The Government of Allanea

Transmission Origin: Kore Technologies
Finance Division
1958 Emekire Parkway
Essembra, Kormanthor

Your Deathstar is now completed, but we have not recieved your payment. We will be glad to deliver your Deathstar anywhere you wish as soon as we recieve your payment.

Signed

Jennifer Nulgrew, Kor Financial Services, Products Management Division

Official Allanean Response

Your payment has been wired.

Esmos Star Gate & Transporter Delivery

To: The Government of Allanea

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor


Payment Recieved

$ 500 Trillion


Item to be Delivered

One Death Star built to the specifications of the Mark I Imperial Death Star

Where would you like it to be delivered too?

Signed

Nicolle Shultz, Director, Products Management Division

Earth.

Esmos Star Gate Delivery

To: The Government of Allanea

Transmission Origin: Kore Technologies
Logistics Division
1958 Emekire Parkway
Essembra, Kormanthor

One Death Star built to the specifications of the Mark I Imperial Death Star
delivered to high earth orbit over your country.

Thank You for your Business!

Signed

Nicolle Shultz, Director, Products Management Division