Bretton
09-05-2006, 09:31
OOC: Well, I think we've gotten all the kinks ironed out of the thing... thanks to GMC and Macabees for assistance in ironing out the volume figures.
In this modern age, the current trend of "runaway military budgets" (as our detractors would say) has been simple: "make it bigger!" Indeed, bigger is better, and we at Brettonian Military Industries, producers of The Technology of Peace™, wholly support this train of thought. We are constantly setting the new standard for modern defense systems, no less: our A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) multi-legged tank has yet to be defeated in combat. However, this trend has begun creating unnecessary and undue strain on our infrastructure and logistics: to remedy this problem, we have commissioned a new transport to fit our needs of moving heavy cargo. Capable of operating from both paved runway and open water, we have titled the giant "Ouroboros" after the Greek symbol of disintegration and reintegration. We felt this is appropriate: it brings fresh cargo to the front and returns with the spoils.
Detailed lineart (http://i12.photobucket.com/albums/a229/MalikCarr/g_lineart_notext.jpg)
Colored lineart (http://i12.photobucket.com/albums/a229/MalikCarr/aug08.jpg)
Missile launchers (http://i12.photobucket.com/albums/a229/MalikCarr/9c635c11.jpg)
Model number: HTS-02D
Code name: Ouroboros
Unit type: large-scale heavyweight air transport/flying boat
Manufacturer: Bretton, Sileetris, Axis Nova
Operator: Bretton, Spizania, Allanea, Geneticon, CorpSac, Infinite Crucible, Kasara, FreeAngola, Unterlankum, Kahanistan, Ancient Terra
Dimensions: wingspan 1,109 meters, fuselage length 651.2 meters
Maximum takeoff weight: 203,288 tons
Cargo capacity: 26,700 tons
Powerplant: 80 x Zimmad ORX44 thermonuclear ramjet engine
Thrust: 1,104,580 pounds per engine, 88,366,400 pounds total
Crew: 16; aircraft commander, pilot, co-pilot, navigator, radio-intercept officer, defense systems operator, electronic warfare operator, 3 flight engineers, 6 loadmasters
Performance: maximum speed 770 km/h, cruise speed 715 km/h; service ceiling 10,000 meters; rate of climb 400 meters per minute; thrust/weight: 0.217
Equipment and design features: active/electronic countermeasures set, includes radar and infrared decoy systems; HEADGEAR system; false target generator, projects numerous identical radar targets; full length modular cargo bay, permits on and offloading from front, back, and sides simultaneously
Armament: 12 x CIWS, each mounts 2 x 30mm 6-barrel vulcan gun, 4 dorsal, 2 ventral, 2 port, 2 starboard, 2 fore; 4 x 10-tube missile pod, 2 coaxially on forward observation/navigation centers
Description:
With the growing needs of the Brettonian military far and wide as a worldwide superpower, a new, standardized means of moving our often large and heavy technology to conflicts, hotspots, and other points of interest has become necessary. Specifically designed to be capable of moving four A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) multi-legged tanks simultaneously, the Ouroboros transport can ferry virtually any cargo anywhere in the world with enough open space.
Armament: While the Ouroboros’ primary objective is ferrying large amounts of cargo, to think it a defenseless courier would be a fatal mistake. The Ouroboros is armed with twelve ball-turret CIWS suites, each consisting of twin 30mm 6-barrel vulcan guns and an independent fire control radar. Two suites are mounted on each side of the fuselage, and another four mounted on the top (dorsal side). One suite is mounted in the leading edge of each wing, between the bridge and forward observation/navigation centers, with the final two mounted on the ventral boat hull opposite the wheel blisters. Each gun is loaded by a flexible, powered belt feed, ensuring that dud rounds will simply be forced along, virtually negating the possibility of a gun being knocked out of action due to jamming. Futher simplification is achieved via the use of caseless self-propelled ammunition, eliminating the possibility of "used brass" ending up somewhere it shouldn't. On D-model aircraft, further defense has been added via a quartet of 10-tube missile pods. Mounted on independent servo mounts with full rotation, these missile launchers are placed aft of the forward observation/navigation centers along their blisters in the wings, and feed from a communal magazine. The pods are usually stored within the blister when not in use, emerging only to fire; they are reloaded automatically whilst hidden. In case of the risk of an onboard ammunition explosion, the magazine's contents can be quickly jettisoned out the bottom of the airframe.
Defensive Systems: Since we cannot rule out the possibility of an Ouroboros being forced to fly through enemy territory, we have gone to considerable expense to provide it an impressive array of passive and active defensive measures. Owing to the gargantuan size of the vessel and its incredible thermal signature, a new type of flare, nearly a foot and a half long, was developed exclusively for its use. As with similar BMI designs, excess coolant can also be vented over the engine housings, helping to lower their visibility to infrared-guidance while advancing those of the ultra-hot flares. To provide a hedge against radar-guidance, a number of ‘false target generators’ have been positioned in the bottom of the Ouroboros’ belly. When released into the air, these generators achieve a limited velocity and fall back behind, generating a massive RCS equivalent in size to that of the Ouroboros itself. Combined with more traditional anti-radar measures, this gives the Ouroboros a significant hedge against enemy precision-guided weapons. Unfortunately, due to its enormous size and lumbering pace, we have to come to terms with the possibility of deflected projectiles, or even unguided rockets, penetrating its CIWS coverage and striking the vessel. To this effect, we have provided the Ouroboros with a substantially strengthened fuselage and airframe. An impressive automated fire-extinguishing subsystem is in place all around the Ouroboros’ sensitive regions, which helps prevent small fires from either electrical failure or damage in combat from becoming aircraft-threatening blazes. Most amazing, however, is the sheer durability of the airframe itself. Even with thirty percent of its maneuvering surfaces shot away and half its engines offline, the Ouroboros can still make a controlled crash from which the aircraft and its cargo should still be salvageable. Variations in the survivability of the unit, crew, and cargo depend widely on the terrain and the pilot’s creative use of retrorockets, which will be discussed shortly.
Cargo Bay: The Ouroboros’ primary objective is to “get a lot of it there” and it shows. The vessel’s gigantic, boat-shaped fuselage opens up from front, back, and sides into a massive, cavernous cargo bay. The hold can be sectioned off via modular bulkheads into virtually any conceivable configuration: liquids, solids, boxed items, crates, shipping containers, passengers, dry goods, refrigerated commodities, toxic and radioactive products, and so forth, can all be stowed away safely for transport in enormous quantities. If you need to bring an entire corps of combat-ready soldiers to a conflict hotspot, the Ouroboros can get them there. If you need to relocate a hundred and thirty thousand drums of radioactive waste from a breached nuclear power plant, the Ouroboros can get them there. If you need to move enough bottled water to a drought-stricken region to keep an entire city alive for a week or more, the Ouroboros can get it there.
In terms of Brettonian war machines, a single Ouroboros can carry:
4,530 LA3 Instigator (http://forums.jolt.co.uk/showthread.php?t=468051) rapid response vehicles
4,066 AS-004H Stahlkörpe (http://forums.jolt.co.uk/showthread.php?t=447922) assault suits
1,510 GHk-27 Gamow (http://forums.jolt.co.uk/showthread.php?t=478398) attack helicopters
276 GAT-6 Stutzer (http://forums.jolt.co.uk/showthread.php?t=501964) close support tanks
4 A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) multi-legged tanks
Of course, all this capacity is useless without effective means to get it on and off the thing in the first place. The Ouroboros does not disappoint. A battery of optional gear can be fitted to the inside of the aircraft’s hold, including, but not limited to: rail-mounted gantry/portainer assemblies, buckets, clamshell grabs, and liquid/gas pumping systems; floor-mounted conveyance systems; rapid cargo evacuation systems (in case of a spill or leak of a highly-toxic substance); and fully-compatible “roll-on, roll-off” loading ramps. The smaller doors in the Ouroboros’ front are mounted high on the fuselage, enabling easy cargo offloading even during amphibious operations or for use while the aircraft is docked at a naval port. The massive side and rear doors, designed to allow the monstrous A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) tanks to disembark easily, provide a means of quickly loading and unloading cargo of virtually any size.
Logistics and Operation: The overriding ‘first impression’ of seeing an Ouroboros first hand typically degenerates into “Christ, how can it fly?!” A simple, but serious question, even if marred by the tinges of disbelief. The Ouroboros is a megalithic aircraft, and getting it airborne was no easy task for our dedicated research and development staff at Brettonian Military Industries. The Ouroboros flies on two uncomplicated, almost elementary principles. Firstly, “more wing = more lift.” The Ouroboros’ incredible wingspan, over a kilometer across, is not just for show: providing it with a wingspan over 45% larger than the length of its fuselage, the Ouroboros garners a great deal of lift to help counter its poor thrust-to-weight ratio. Its leviathan maneuvering surfaces also allow the aircraft to execute turns and banks of surprising sharpness, given its size. And secondly, “anything will fly with enough thrust.” As McDonnell-Douglas proved eighty years ago, you can make a brick fly if you put big enough engines on it. While the Ouroboros is certainly more aerodynamically sound than a brick, many of our senior design staff couldn’t contain their laughter when the prototype design specifications were given to them for input. The Zimmad Company, an Axis Nova firm, has provided us with the incredibly powerful ORX44 thermonuclear ramjet engine for use on the Ouroboros. Each unit mounts no less than eighty ORX44s, positioned in ten four-engine groups per wing. The ORX44 is a relatively simple design, as far as one can call nuclear reactors simple, in any case. Each engine features a miniature Ionesco "hot fusion" reactor. Once enough energy has been maintained to complete the reaction, the remainder is exhausted into the ramjet, providing thrust. Each four-engine housing is shielded to prevent excessive radiation. While the ORX44 engine is well within safe radiological output for both aircraft crew and ground crew, it is nevertheless not advised pitch a tent and camp out behind an operating ORX44. Of course, even with these advanced technologies, the Ouroboros is still a kilometer-wide monstrosity, and it shows in take off. Eight closed-cycle thermonuclear rocket engines are mounted on either side of the large rear door, helpful in providing a quick burst of speed to shorten takeoff length. Even with their assistance, the Ouroboros requires nearly five kilometers of runway to get airborne; if the rockets are not used, this jumps to over ten. Owing to increased resistance, water take offs are even longer. When fully loaded, the Ouroboros is actually incapable of taking off at all without their use. In a mirror image, eight more rockets are mounted in a forward-facing configuration around the front doors. Combined with powerful brakes and solid tires, this allows the Ouroboros to come to a halt in as little as three kilometers on a good runway. When stuffed to capacity (and well over its weight limit), the Ouroboros can still manage to get in the air via external RATO (rocket-assisted take off) solid-fuel boosters. These are disposed of after they have been depleted. As with all BMI products, we strongly recommend usage of your purchases within standard operating conditions, but we understand that times of conflict may not always be so forgiving. The Ouroboros is a big boy: give it space, and the fruits of its labors will become self-apparent.
Visual Gallery
1. Bridge, as viewed from 10 o'clock low position (http://i12.photobucket.com/albums/a229/MalikCarr/g124468.jpg)
2. Bridge, as viewed from head on (http://i12.photobucket.com/albums/a229/MalikCarr/g120236.jpg)
3. Cruising over Numonica (http://i12.photobucket.com/albums/a229/MalikCarr/g123906.jpg)
4. Preparing to drop cargo (http://i12.photobucket.com/albums/a229/MalikCarr/g123758.jpg)
5. A view from above (http://i12.photobucket.com/albums/a229/MalikCarr/g54100.jpg)
6. A view from below. Note the boat-like fuselage (http://i12.photobucket.com/albums/a229/MalikCarr/g54011.jpg)
7. A view from ahead, enjoying the Numonican sunset (http://i12.photobucket.com/albums/a229/MalikCarr/g113862.jpg)
8. Front doors open (http://i12.photobucket.com/albums/a229/MalikCarr/g10478.jpg)
9. Mid-cruise at high altitude over the ocean (http://i12.photobucket.com/albums/a229/MalikCarr/g45269.jpg)
10. Standard green paintjob, sporting twin RATO boosters (http://i12.photobucket.com/albums/a229/MalikCarr/g4549.jpg)
11. Rear door open (http://i12.photobucket.com/albums/a229/MalikCarr/g9462.jpg)
12. This one has seen better days (http://i12.photobucket.com/albums/a229/MalikCarr/g49527.jpg)
13. Good view of the rear door (http://i12.photobucket.com/albums/a229/MalikCarr/g51185.jpg)
14. Numonican unit holding position in case the home-based unit goes down (http://i12.photobucket.com/albums/a229/MalikCarr/g52223.jpg)
15. Green is a bad color for airborne units. Now in new "low visability" blue for night operations! (http://i12.photobucket.com/albums/a229/MalikCarr/g117859.jpg)
16. Sporty new "low visability" unit with front doors open (http://i12.photobucket.com/albums/a229/MalikCarr/g118635.jpg)
17. Ouroboros insignia; this is always present, with aircraft number in the center, somewhere on the fuselage (http://i12.photobucket.com/albums/a229/MalikCarr/e1f9a951.png)
If you need to get something somewhere, and you need to get a LOT of it, Ouroboros is your man. Its size is staggering, and cost is not cheap by any means, but we at Brettonian Military Industries believe this latest addition to the lineup of The Technology of Peace™ will serve you as well as it has served us.
HTS-02 Ouroboros Total Programme Cost: J$22,104,000,583,000 (twenty-two trillion, one-hundred four billion, five-hundred eighty-three thousand joins)
HTS-02D Ouroboros Unit Production Cost: J$19,340,200,000 (nineteen billion, three-hundred forty million, two-hundred thousand joins)
HTS-02D Ouroboros Maintenance Cost, Annual: J$88,935,000 (eighty-eight million, nine-hundred thirty-five thousand joins)
HTS-02D Ouroboros Unit Export Cost: J$23,680,840,000 (twenty-three billion, six hundred eighty million, eight hundred and forty thousand joins)
While the Ouroboros is available for export, its "HEADGEAR" system may only be included with permission from Relic Aerospace via the Kingdom of Sileetris. As with all of the Technology of Peace™, we are fully open to export to any interested parties. Demonstrations will be offered to potential buyers at agreed-upon locations.
In this modern age, the current trend of "runaway military budgets" (as our detractors would say) has been simple: "make it bigger!" Indeed, bigger is better, and we at Brettonian Military Industries, producers of The Technology of Peace™, wholly support this train of thought. We are constantly setting the new standard for modern defense systems, no less: our A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) multi-legged tank has yet to be defeated in combat. However, this trend has begun creating unnecessary and undue strain on our infrastructure and logistics: to remedy this problem, we have commissioned a new transport to fit our needs of moving heavy cargo. Capable of operating from both paved runway and open water, we have titled the giant "Ouroboros" after the Greek symbol of disintegration and reintegration. We felt this is appropriate: it brings fresh cargo to the front and returns with the spoils.
Detailed lineart (http://i12.photobucket.com/albums/a229/MalikCarr/g_lineart_notext.jpg)
Colored lineart (http://i12.photobucket.com/albums/a229/MalikCarr/aug08.jpg)
Missile launchers (http://i12.photobucket.com/albums/a229/MalikCarr/9c635c11.jpg)
Model number: HTS-02D
Code name: Ouroboros
Unit type: large-scale heavyweight air transport/flying boat
Manufacturer: Bretton, Sileetris, Axis Nova
Operator: Bretton, Spizania, Allanea, Geneticon, CorpSac, Infinite Crucible, Kasara, FreeAngola, Unterlankum, Kahanistan, Ancient Terra
Dimensions: wingspan 1,109 meters, fuselage length 651.2 meters
Maximum takeoff weight: 203,288 tons
Cargo capacity: 26,700 tons
Powerplant: 80 x Zimmad ORX44 thermonuclear ramjet engine
Thrust: 1,104,580 pounds per engine, 88,366,400 pounds total
Crew: 16; aircraft commander, pilot, co-pilot, navigator, radio-intercept officer, defense systems operator, electronic warfare operator, 3 flight engineers, 6 loadmasters
Performance: maximum speed 770 km/h, cruise speed 715 km/h; service ceiling 10,000 meters; rate of climb 400 meters per minute; thrust/weight: 0.217
Equipment and design features: active/electronic countermeasures set, includes radar and infrared decoy systems; HEADGEAR system; false target generator, projects numerous identical radar targets; full length modular cargo bay, permits on and offloading from front, back, and sides simultaneously
Armament: 12 x CIWS, each mounts 2 x 30mm 6-barrel vulcan gun, 4 dorsal, 2 ventral, 2 port, 2 starboard, 2 fore; 4 x 10-tube missile pod, 2 coaxially on forward observation/navigation centers
Description:
With the growing needs of the Brettonian military far and wide as a worldwide superpower, a new, standardized means of moving our often large and heavy technology to conflicts, hotspots, and other points of interest has become necessary. Specifically designed to be capable of moving four A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) multi-legged tanks simultaneously, the Ouroboros transport can ferry virtually any cargo anywhere in the world with enough open space.
Armament: While the Ouroboros’ primary objective is ferrying large amounts of cargo, to think it a defenseless courier would be a fatal mistake. The Ouroboros is armed with twelve ball-turret CIWS suites, each consisting of twin 30mm 6-barrel vulcan guns and an independent fire control radar. Two suites are mounted on each side of the fuselage, and another four mounted on the top (dorsal side). One suite is mounted in the leading edge of each wing, between the bridge and forward observation/navigation centers, with the final two mounted on the ventral boat hull opposite the wheel blisters. Each gun is loaded by a flexible, powered belt feed, ensuring that dud rounds will simply be forced along, virtually negating the possibility of a gun being knocked out of action due to jamming. Futher simplification is achieved via the use of caseless self-propelled ammunition, eliminating the possibility of "used brass" ending up somewhere it shouldn't. On D-model aircraft, further defense has been added via a quartet of 10-tube missile pods. Mounted on independent servo mounts with full rotation, these missile launchers are placed aft of the forward observation/navigation centers along their blisters in the wings, and feed from a communal magazine. The pods are usually stored within the blister when not in use, emerging only to fire; they are reloaded automatically whilst hidden. In case of the risk of an onboard ammunition explosion, the magazine's contents can be quickly jettisoned out the bottom of the airframe.
Defensive Systems: Since we cannot rule out the possibility of an Ouroboros being forced to fly through enemy territory, we have gone to considerable expense to provide it an impressive array of passive and active defensive measures. Owing to the gargantuan size of the vessel and its incredible thermal signature, a new type of flare, nearly a foot and a half long, was developed exclusively for its use. As with similar BMI designs, excess coolant can also be vented over the engine housings, helping to lower their visibility to infrared-guidance while advancing those of the ultra-hot flares. To provide a hedge against radar-guidance, a number of ‘false target generators’ have been positioned in the bottom of the Ouroboros’ belly. When released into the air, these generators achieve a limited velocity and fall back behind, generating a massive RCS equivalent in size to that of the Ouroboros itself. Combined with more traditional anti-radar measures, this gives the Ouroboros a significant hedge against enemy precision-guided weapons. Unfortunately, due to its enormous size and lumbering pace, we have to come to terms with the possibility of deflected projectiles, or even unguided rockets, penetrating its CIWS coverage and striking the vessel. To this effect, we have provided the Ouroboros with a substantially strengthened fuselage and airframe. An impressive automated fire-extinguishing subsystem is in place all around the Ouroboros’ sensitive regions, which helps prevent small fires from either electrical failure or damage in combat from becoming aircraft-threatening blazes. Most amazing, however, is the sheer durability of the airframe itself. Even with thirty percent of its maneuvering surfaces shot away and half its engines offline, the Ouroboros can still make a controlled crash from which the aircraft and its cargo should still be salvageable. Variations in the survivability of the unit, crew, and cargo depend widely on the terrain and the pilot’s creative use of retrorockets, which will be discussed shortly.
Cargo Bay: The Ouroboros’ primary objective is to “get a lot of it there” and it shows. The vessel’s gigantic, boat-shaped fuselage opens up from front, back, and sides into a massive, cavernous cargo bay. The hold can be sectioned off via modular bulkheads into virtually any conceivable configuration: liquids, solids, boxed items, crates, shipping containers, passengers, dry goods, refrigerated commodities, toxic and radioactive products, and so forth, can all be stowed away safely for transport in enormous quantities. If you need to bring an entire corps of combat-ready soldiers to a conflict hotspot, the Ouroboros can get them there. If you need to relocate a hundred and thirty thousand drums of radioactive waste from a breached nuclear power plant, the Ouroboros can get them there. If you need to move enough bottled water to a drought-stricken region to keep an entire city alive for a week or more, the Ouroboros can get it there.
In terms of Brettonian war machines, a single Ouroboros can carry:
4,530 LA3 Instigator (http://forums.jolt.co.uk/showthread.php?t=468051) rapid response vehicles
4,066 AS-004H Stahlkörpe (http://forums.jolt.co.uk/showthread.php?t=447922) assault suits
1,510 GHk-27 Gamow (http://forums.jolt.co.uk/showthread.php?t=478398) attack helicopters
276 GAT-6 Stutzer (http://forums.jolt.co.uk/showthread.php?t=501964) close support tanks
4 A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) multi-legged tanks
Of course, all this capacity is useless without effective means to get it on and off the thing in the first place. The Ouroboros does not disappoint. A battery of optional gear can be fitted to the inside of the aircraft’s hold, including, but not limited to: rail-mounted gantry/portainer assemblies, buckets, clamshell grabs, and liquid/gas pumping systems; floor-mounted conveyance systems; rapid cargo evacuation systems (in case of a spill or leak of a highly-toxic substance); and fully-compatible “roll-on, roll-off” loading ramps. The smaller doors in the Ouroboros’ front are mounted high on the fuselage, enabling easy cargo offloading even during amphibious operations or for use while the aircraft is docked at a naval port. The massive side and rear doors, designed to allow the monstrous A7V Peacemaker (http://forums.jolt.co.uk/showthread.php?t=444410) tanks to disembark easily, provide a means of quickly loading and unloading cargo of virtually any size.
Logistics and Operation: The overriding ‘first impression’ of seeing an Ouroboros first hand typically degenerates into “Christ, how can it fly?!” A simple, but serious question, even if marred by the tinges of disbelief. The Ouroboros is a megalithic aircraft, and getting it airborne was no easy task for our dedicated research and development staff at Brettonian Military Industries. The Ouroboros flies on two uncomplicated, almost elementary principles. Firstly, “more wing = more lift.” The Ouroboros’ incredible wingspan, over a kilometer across, is not just for show: providing it with a wingspan over 45% larger than the length of its fuselage, the Ouroboros garners a great deal of lift to help counter its poor thrust-to-weight ratio. Its leviathan maneuvering surfaces also allow the aircraft to execute turns and banks of surprising sharpness, given its size. And secondly, “anything will fly with enough thrust.” As McDonnell-Douglas proved eighty years ago, you can make a brick fly if you put big enough engines on it. While the Ouroboros is certainly more aerodynamically sound than a brick, many of our senior design staff couldn’t contain their laughter when the prototype design specifications were given to them for input. The Zimmad Company, an Axis Nova firm, has provided us with the incredibly powerful ORX44 thermonuclear ramjet engine for use on the Ouroboros. Each unit mounts no less than eighty ORX44s, positioned in ten four-engine groups per wing. The ORX44 is a relatively simple design, as far as one can call nuclear reactors simple, in any case. Each engine features a miniature Ionesco "hot fusion" reactor. Once enough energy has been maintained to complete the reaction, the remainder is exhausted into the ramjet, providing thrust. Each four-engine housing is shielded to prevent excessive radiation. While the ORX44 engine is well within safe radiological output for both aircraft crew and ground crew, it is nevertheless not advised pitch a tent and camp out behind an operating ORX44. Of course, even with these advanced technologies, the Ouroboros is still a kilometer-wide monstrosity, and it shows in take off. Eight closed-cycle thermonuclear rocket engines are mounted on either side of the large rear door, helpful in providing a quick burst of speed to shorten takeoff length. Even with their assistance, the Ouroboros requires nearly five kilometers of runway to get airborne; if the rockets are not used, this jumps to over ten. Owing to increased resistance, water take offs are even longer. When fully loaded, the Ouroboros is actually incapable of taking off at all without their use. In a mirror image, eight more rockets are mounted in a forward-facing configuration around the front doors. Combined with powerful brakes and solid tires, this allows the Ouroboros to come to a halt in as little as three kilometers on a good runway. When stuffed to capacity (and well over its weight limit), the Ouroboros can still manage to get in the air via external RATO (rocket-assisted take off) solid-fuel boosters. These are disposed of after they have been depleted. As with all BMI products, we strongly recommend usage of your purchases within standard operating conditions, but we understand that times of conflict may not always be so forgiving. The Ouroboros is a big boy: give it space, and the fruits of its labors will become self-apparent.
Visual Gallery
1. Bridge, as viewed from 10 o'clock low position (http://i12.photobucket.com/albums/a229/MalikCarr/g124468.jpg)
2. Bridge, as viewed from head on (http://i12.photobucket.com/albums/a229/MalikCarr/g120236.jpg)
3. Cruising over Numonica (http://i12.photobucket.com/albums/a229/MalikCarr/g123906.jpg)
4. Preparing to drop cargo (http://i12.photobucket.com/albums/a229/MalikCarr/g123758.jpg)
5. A view from above (http://i12.photobucket.com/albums/a229/MalikCarr/g54100.jpg)
6. A view from below. Note the boat-like fuselage (http://i12.photobucket.com/albums/a229/MalikCarr/g54011.jpg)
7. A view from ahead, enjoying the Numonican sunset (http://i12.photobucket.com/albums/a229/MalikCarr/g113862.jpg)
8. Front doors open (http://i12.photobucket.com/albums/a229/MalikCarr/g10478.jpg)
9. Mid-cruise at high altitude over the ocean (http://i12.photobucket.com/albums/a229/MalikCarr/g45269.jpg)
10. Standard green paintjob, sporting twin RATO boosters (http://i12.photobucket.com/albums/a229/MalikCarr/g4549.jpg)
11. Rear door open (http://i12.photobucket.com/albums/a229/MalikCarr/g9462.jpg)
12. This one has seen better days (http://i12.photobucket.com/albums/a229/MalikCarr/g49527.jpg)
13. Good view of the rear door (http://i12.photobucket.com/albums/a229/MalikCarr/g51185.jpg)
14. Numonican unit holding position in case the home-based unit goes down (http://i12.photobucket.com/albums/a229/MalikCarr/g52223.jpg)
15. Green is a bad color for airborne units. Now in new "low visability" blue for night operations! (http://i12.photobucket.com/albums/a229/MalikCarr/g117859.jpg)
16. Sporty new "low visability" unit with front doors open (http://i12.photobucket.com/albums/a229/MalikCarr/g118635.jpg)
17. Ouroboros insignia; this is always present, with aircraft number in the center, somewhere on the fuselage (http://i12.photobucket.com/albums/a229/MalikCarr/e1f9a951.png)
If you need to get something somewhere, and you need to get a LOT of it, Ouroboros is your man. Its size is staggering, and cost is not cheap by any means, but we at Brettonian Military Industries believe this latest addition to the lineup of The Technology of Peace™ will serve you as well as it has served us.
HTS-02 Ouroboros Total Programme Cost: J$22,104,000,583,000 (twenty-two trillion, one-hundred four billion, five-hundred eighty-three thousand joins)
HTS-02D Ouroboros Unit Production Cost: J$19,340,200,000 (nineteen billion, three-hundred forty million, two-hundred thousand joins)
HTS-02D Ouroboros Maintenance Cost, Annual: J$88,935,000 (eighty-eight million, nine-hundred thirty-five thousand joins)
HTS-02D Ouroboros Unit Export Cost: J$23,680,840,000 (twenty-three billion, six hundred eighty million, eight hundred and forty thousand joins)
While the Ouroboros is available for export, its "HEADGEAR" system may only be included with permission from Relic Aerospace via the Kingdom of Sileetris. As with all of the Technology of Peace™, we are fully open to export to any interested parties. Demonstrations will be offered to potential buyers at agreed-upon locations.