United Elias
27-07-2004, 18:32
We are pleased to announce that the Elias Weapons and Ordnance Corporation, in conjunction with Elias Marine have decided to launch a new storefront showcasing all naval equipment. The storefront is still not complete so check back for further upgrades.
This storefront is designed as an easy reference to customers who buy our nval products which include tehse systems and nations who are developing their own ships and require systems for them.
EAW-38 'Sea Arrow'
The EAW-38 'Sea Arrow' is simply a navalised version of the EAW-36 Fire Arrow long range air defence system (see above). This missile system is designed to be installed on very large surface combatants (12,000 tons+) for extremely wide area coverage and defence against all types of air tardets in exacty teh same way as teh land based equivalent. All details of teh system are exactly the same as the EAW-36 with the follwoing exceptions.
Design
The two-stage missile is equipped with solid propellant booster and sustainer rocket motors. The missile uses an initial burn to carry out a vertical hot launch from the container and a secondary burn to sustain the missile's trajectory towards the target at a maximum speed of Mach 9, or 2.5km/s. Thrust vector control is used in the boost and sustainer phases of flight. At the ignition of the second stage sustainer motor, the first stage assembly separates.
When firing against theatre ballistic missiles the Sea Arrow missile is launched before the threat missile's trajectory and intercept point are accurately known. As more trajectory data becomes available, the optimum intercept point is more precisely defined and the missile is guided towards the optimum intercept point.
The kill vehicle section of the missile, containing the warhead, fusing and the terminal seeker, is equipped with four aerodynamically controlled moving fins to give low altitude interception capability. The warhead is a high explosive directed blast fragmentation device, which is capable of destroying a target within a 60m radius. The dual mode missile seeker has a passive infrared seeker for the acquisition and tracking of tactical ballistic missiles and an active radar seeker used to home on air breathing targets at low altitudes. The infrared seeker is an indium antimonide focal plane array developed by Elias Aerospace.
Radar
The ‘Solid Mirror’ early warning and fire control radar is sued for Sea Arrow system. The radar carries the designation ERAS-2090/N and includes the radar and antenna array, which must be mounted on the superstructure of a warship.
Solid Mirror is an electronically scanned, solid state, phased array radar operating at L-band in the range 500MHz to 1,000MHz. The radar operates in search, detection, tracking and missile guidance modes simultaneously.
The radar can detect targets at ranges up to about 1000km and is able to track targets up to speeds over 3,200m/s. The radar illuminates the target and guides the missile to within 4m of the target.
which is trailer mounted, downloads the radar data along with data from other sources and uses powerful signal processing tools to manage the threat interceptions fully automatically, including against single and multiple threats. The system has man-in-the-loop intervention capability at every stage.
Specifications
Missile Performance:
Missile Velocity: Mach 9
Maximum Range: 210nm
Maximum Altitude: 145,000ft
Missile Dimensions:
Length: 6.17m
Propulsion unit diameter: 0.34m
Kill vehicle diameter: 0.37m
Launch weight: 900kg
Single shot kill probability:
Aircraft: 0.96
Theatre Ballistic Missiles: 0.90
Cruise Missiles: 0.97
Prices
Option 1:
One missile system that includes appropriate radars, automated control devices and integration system, 16 Vertical launch cells and 16 missiles.
One missile System = 28 million each
Option 2:
One missile system that includes appropriate radars, automated control devices and integration system, 24 Vertical launch cells and 24 missiles.
One missile System = 37 million each
Option 3:
One missile system that includes appropriate radars, automated control devices and integration system, 32 Vertical launch cells and 32 missiles.
One missile System = 45 million each
Option 4:
One missile system that includes appropriate radars, automated control devices and integration system, 48 Vertical launch cells and 48 missiles.
One missile System = 53 million each
Option 5:
One missile system that includes appropriate radars, automated control devices and integration system, 64 Vertical launch cells and 64 missiles.
One missile System = 57 million each
Option 6:
One missile system that includes appropriate radars, automated control devices and integration system, 96 Vertical launch cells and 96 missiles.
One missile System = 64million each
Reload Rounds:
Each missile costs: 344,000 US dollars each
$275,000,000 for domestic missile only production license.
http://img.photobucket.com/albums/v36/United-Elias/seaarrow.jpg
EAW-70 'Sea Javelin'
Design
The EAW-70 'Sea Javelin III' Naval SAM is a tried and tested air defence system that has been installed on hundreds of ships for the Elias Navy and export. The missile has been used in combat to great affect and continues in production only in the new Block III form, offering improved guidance and fire control systems.
The Sea Javelin is an all-round shipborne surface-to-air missile complex, with high level combat performance. The complex has a circular envelope of fire. It can kill targets in a wide range of target's crossover parameters and altitudes and in considerable killing zone depth. It can be installed on any combatant ship (corvette, frigate, destroyer, cruiser, etc.) with displacement of 2,500 tons or more. The modular structure provides high level of combat survivability and simplicity of maintenance.
The complex utilizes the target information supplied by the 3D circular-scan radar which consists of compact antenna stations that are installed in the periphery of the ship's masts and superstructures. A high level of automation ensures rapid reaction and high rate of fire.Missiles are launched automatically from rapid-fire single-rail launchers or vertical Launch Cells. One, two, or three missiles are guided at each target. The missile stock requires no shipboard testing. The complex hardware and software are developed at the most up-to-date level. It has functional and direct redundancy, includes an automatic control system permitting a switch-over of the utilized algorithms in the event of some individual device failure.
The complex includes a simulator to train and condition operators.
EAW-70 Block III Specifications
Missile Performance:
Missile Velocity: Mach 4
Maximum Range: up to 75nm
Maximum Altitude: 85,000ft
Missile Dimensions:
Length: 4.8
Diameter: 0.18m
Launch weight: 445 kg
Single shot kill probability:
Aircraft: 0.95
Theatre Ballistic Missiles: 0.90
Cruise Missiles: 0.97
Guidance System: updata link and semi-active radar seeker in final phase
Prices
Option 1:
One missile system that includes appropriate radars, automated control devices and integration system, 16 Vertical launch cells and 16 missiles.
One missile System = 19 million each
Option 2:
One missile system that includes appropriate radars, automated control devices and integration system, 24 Vertical launch cells and 24 missiles.
One missile System = 23 million each
Option 3:
One missile system that includes appropriate radars, automated control devices and integration system, 32 Vertical launch cells and 32 missiles.
One missile System = 26 million each
Option 4:
One missile system that includes appropriate radars, automated control devices and integration system, 48 Vertical launch cells and 48 missiles.
One missile System = 30 million each
Option 5:
One missile system that includes appropriate radars, automated control devices and integration system, 64 Vertical launch cells and 64 missiles.
One missile System = 35 million each
Option 6:
One missile system that includes appropriate radars, automated control devices and integration system, 96 Vertical launch cells and 96 missiles.
One missile System = 40 million each
Option: 7
One missile system that includes appropriate radars, automated control devices and integration system, and 1 rail launcher. (No missiles included in this price)
One missile System = 18 million each
Option 8:
One missile system that includes appropriate radars, automated control devices and integration system, and 2 rail launchers. (No missiles included in this price)
One missile System = 26 million each
http://img.photobucket.com/albums/v36/United-Elias/seajavelin.jpg
EAW-73 Sea Lance
Design
The EAW-73 'Sea Lance' Naval SAM is scaled down version of the EAW-70 Sea Javelin specifically designed for operation on the Swordfish class (http://forums2.jolt.co.uk/showthread.php?t=359751) guided missile corvette.
The Sea Lance is an all-round shipborne surface-to-air missile complex, with high level combat performance. The complex has a circular envelope of fire. It can kill targets in a wide range of target's crossover parameters and altitudes and in considerable killing zone depth.
It can be installed on any combatant ship (corvette, frigate,etc.) with displacement of 1,200 tons or more.
The missile's performance can only be obtained by using an all-weather fire and forget missile fitted with a thrust vector control (TVC) system. This feature, which is unique for a missile in this category, allows vertical launching and therefore a very short reaction time, a high firing rate (less than two seconds between two firings) and easy integration onto platforms, without a costly dedicated sensor and guidance suite.
The complex utilizes the target information supplied by the ship's 3D circular-scan radar. It operates using the current secondary data (digital or analog), or primary radar-supplied data.
The missile stock requires no shipboard testing. The complex hardware and software are developed at the most up-to-date level. It has functional and direct redundancy, includes an automatic control system permitting a switch-over of the utilized algorithms in the event of some individual device failure.
The complex includes a simulator to train and condition operators.
EAW-73 Block I Specifications
Missile Performance:
Missile Velocity: Mach 4
Maximum Range: up to 25nm
Maximum Altitude: 65,000ft
Missile Dimensions:
Length: 3.64
Diameter: 0.16m
Launch weight: 225 kg
Single shot kill probability:
Aircraft: 0.95
Cruise Missiles: 0.97
Guidance System: updata link and semi-active radar seeker in final phase
Prices
Option 1:
One missile system that includes appropriate radars, automated control devices and integration system, 16 Vertical launch cells and 16 missiles.
One missile System = 9 million each
Option 2:
One missile system that includes appropriate radars, automated control devices and integration system, 24 Vertical launch cells and 24 missiles.
One missile System = 12 million each
Option 3:
One missile system that includes appropriate radars, automated control devices and integration system, 32 Vertical launch cells and 32 missiles.
One missile System = 16 million each
Reload Rounds:
Each missile costs: 44,000 US dollars each
$75,000,000 for domestic missile only production license.
http://img.photobucket.com/albums/v36/United-Elias/i_mk_5.jpg
EAW-86 'Sea Bolt'
Design
Sea Bolt is a supersonic, light-weight, quick-reaction, fire-and-forget anti-air system designed to destroy antiship missiles and aircraft at point-defence range. It was designed to counter threats of saturating attacks by aircraft or long range anti-ship missiles. The Sea Bolt makes it possible to simultaneously engage multiple targets regardless of weather or electronic warfare conditions and with a total coverage of 360°. It can be installed on any combatant ship (corvette, frigate, destroyer, cruiser, etc.) with displacement of 500 tons or more.
The complex utilizes the target information supplied by the ship's 3D circular-scan radar. It operates using the current secondary data (digital or analog), or primary radar-supplied data. It can also be supplemented with a built-in TV-optical sights system.
Its autonomous dual-mode passive RF and IR guidance design, requiring no shipboard support after missile launch, uniquely provides high-firepower capability for engaging multiple threats simultaneously. It also incorporates an image-scanning seeker with the added capability of autonomous IR-all-the-way guidance, thus countering advanced anti-ship missiles which do not employ on-board radar seekers. This seeker also allows increased capability against fixed and rotary-winged aircraft. Enhanced digital signal processing further provides increased resistance to countermeasures, as well as superior performance in severe IR background conditions.
EAW-86 Block I Specifications
Missile Performance:
Missile Velocity: Mach 4
Maximum Range: up to 4nm
Maximum Altitude: 35,000ft
Missile Dimensions:
Length: 3.1
Diameter: 0.16m
Launch weight: 112 kg
Single shot kill probability:
Aircraft: 0.91
Cruise Missiles: 0.96
Prices
One Missile Control Unit (1 needed for each vessel) = 4.5 million
21 Round Sea Bolt Launcher (with 21 missiles included) = 7.5 million
Reload Rounds:
Each missile costs: 24,000 US dollars each
$65,000,000 for domestic missile only production license.
http://img.photobucket.com/albums/v36/United-Elias/seabolt2.jpg
http://www.chinfo.navy.mil/navpalib/policy/vision/vis02/p111-a.gif
This storefront is designed as an easy reference to customers who buy our nval products which include tehse systems and nations who are developing their own ships and require systems for them.
EAW-38 'Sea Arrow'
The EAW-38 'Sea Arrow' is simply a navalised version of the EAW-36 Fire Arrow long range air defence system (see above). This missile system is designed to be installed on very large surface combatants (12,000 tons+) for extremely wide area coverage and defence against all types of air tardets in exacty teh same way as teh land based equivalent. All details of teh system are exactly the same as the EAW-36 with the follwoing exceptions.
Design
The two-stage missile is equipped with solid propellant booster and sustainer rocket motors. The missile uses an initial burn to carry out a vertical hot launch from the container and a secondary burn to sustain the missile's trajectory towards the target at a maximum speed of Mach 9, or 2.5km/s. Thrust vector control is used in the boost and sustainer phases of flight. At the ignition of the second stage sustainer motor, the first stage assembly separates.
When firing against theatre ballistic missiles the Sea Arrow missile is launched before the threat missile's trajectory and intercept point are accurately known. As more trajectory data becomes available, the optimum intercept point is more precisely defined and the missile is guided towards the optimum intercept point.
The kill vehicle section of the missile, containing the warhead, fusing and the terminal seeker, is equipped with four aerodynamically controlled moving fins to give low altitude interception capability. The warhead is a high explosive directed blast fragmentation device, which is capable of destroying a target within a 60m radius. The dual mode missile seeker has a passive infrared seeker for the acquisition and tracking of tactical ballistic missiles and an active radar seeker used to home on air breathing targets at low altitudes. The infrared seeker is an indium antimonide focal plane array developed by Elias Aerospace.
Radar
The ‘Solid Mirror’ early warning and fire control radar is sued for Sea Arrow system. The radar carries the designation ERAS-2090/N and includes the radar and antenna array, which must be mounted on the superstructure of a warship.
Solid Mirror is an electronically scanned, solid state, phased array radar operating at L-band in the range 500MHz to 1,000MHz. The radar operates in search, detection, tracking and missile guidance modes simultaneously.
The radar can detect targets at ranges up to about 1000km and is able to track targets up to speeds over 3,200m/s. The radar illuminates the target and guides the missile to within 4m of the target.
which is trailer mounted, downloads the radar data along with data from other sources and uses powerful signal processing tools to manage the threat interceptions fully automatically, including against single and multiple threats. The system has man-in-the-loop intervention capability at every stage.
Specifications
Missile Performance:
Missile Velocity: Mach 9
Maximum Range: 210nm
Maximum Altitude: 145,000ft
Missile Dimensions:
Length: 6.17m
Propulsion unit diameter: 0.34m
Kill vehicle diameter: 0.37m
Launch weight: 900kg
Single shot kill probability:
Aircraft: 0.96
Theatre Ballistic Missiles: 0.90
Cruise Missiles: 0.97
Prices
Option 1:
One missile system that includes appropriate radars, automated control devices and integration system, 16 Vertical launch cells and 16 missiles.
One missile System = 28 million each
Option 2:
One missile system that includes appropriate radars, automated control devices and integration system, 24 Vertical launch cells and 24 missiles.
One missile System = 37 million each
Option 3:
One missile system that includes appropriate radars, automated control devices and integration system, 32 Vertical launch cells and 32 missiles.
One missile System = 45 million each
Option 4:
One missile system that includes appropriate radars, automated control devices and integration system, 48 Vertical launch cells and 48 missiles.
One missile System = 53 million each
Option 5:
One missile system that includes appropriate radars, automated control devices and integration system, 64 Vertical launch cells and 64 missiles.
One missile System = 57 million each
Option 6:
One missile system that includes appropriate radars, automated control devices and integration system, 96 Vertical launch cells and 96 missiles.
One missile System = 64million each
Reload Rounds:
Each missile costs: 344,000 US dollars each
$275,000,000 for domestic missile only production license.
http://img.photobucket.com/albums/v36/United-Elias/seaarrow.jpg
EAW-70 'Sea Javelin'
Design
The EAW-70 'Sea Javelin III' Naval SAM is a tried and tested air defence system that has been installed on hundreds of ships for the Elias Navy and export. The missile has been used in combat to great affect and continues in production only in the new Block III form, offering improved guidance and fire control systems.
The Sea Javelin is an all-round shipborne surface-to-air missile complex, with high level combat performance. The complex has a circular envelope of fire. It can kill targets in a wide range of target's crossover parameters and altitudes and in considerable killing zone depth. It can be installed on any combatant ship (corvette, frigate, destroyer, cruiser, etc.) with displacement of 2,500 tons or more. The modular structure provides high level of combat survivability and simplicity of maintenance.
The complex utilizes the target information supplied by the 3D circular-scan radar which consists of compact antenna stations that are installed in the periphery of the ship's masts and superstructures. A high level of automation ensures rapid reaction and high rate of fire.Missiles are launched automatically from rapid-fire single-rail launchers or vertical Launch Cells. One, two, or three missiles are guided at each target. The missile stock requires no shipboard testing. The complex hardware and software are developed at the most up-to-date level. It has functional and direct redundancy, includes an automatic control system permitting a switch-over of the utilized algorithms in the event of some individual device failure.
The complex includes a simulator to train and condition operators.
EAW-70 Block III Specifications
Missile Performance:
Missile Velocity: Mach 4
Maximum Range: up to 75nm
Maximum Altitude: 85,000ft
Missile Dimensions:
Length: 4.8
Diameter: 0.18m
Launch weight: 445 kg
Single shot kill probability:
Aircraft: 0.95
Theatre Ballistic Missiles: 0.90
Cruise Missiles: 0.97
Guidance System: updata link and semi-active radar seeker in final phase
Prices
Option 1:
One missile system that includes appropriate radars, automated control devices and integration system, 16 Vertical launch cells and 16 missiles.
One missile System = 19 million each
Option 2:
One missile system that includes appropriate radars, automated control devices and integration system, 24 Vertical launch cells and 24 missiles.
One missile System = 23 million each
Option 3:
One missile system that includes appropriate radars, automated control devices and integration system, 32 Vertical launch cells and 32 missiles.
One missile System = 26 million each
Option 4:
One missile system that includes appropriate radars, automated control devices and integration system, 48 Vertical launch cells and 48 missiles.
One missile System = 30 million each
Option 5:
One missile system that includes appropriate radars, automated control devices and integration system, 64 Vertical launch cells and 64 missiles.
One missile System = 35 million each
Option 6:
One missile system that includes appropriate radars, automated control devices and integration system, 96 Vertical launch cells and 96 missiles.
One missile System = 40 million each
Option: 7
One missile system that includes appropriate radars, automated control devices and integration system, and 1 rail launcher. (No missiles included in this price)
One missile System = 18 million each
Option 8:
One missile system that includes appropriate radars, automated control devices and integration system, and 2 rail launchers. (No missiles included in this price)
One missile System = 26 million each
http://img.photobucket.com/albums/v36/United-Elias/seajavelin.jpg
EAW-73 Sea Lance
Design
The EAW-73 'Sea Lance' Naval SAM is scaled down version of the EAW-70 Sea Javelin specifically designed for operation on the Swordfish class (http://forums2.jolt.co.uk/showthread.php?t=359751) guided missile corvette.
The Sea Lance is an all-round shipborne surface-to-air missile complex, with high level combat performance. The complex has a circular envelope of fire. It can kill targets in a wide range of target's crossover parameters and altitudes and in considerable killing zone depth.
It can be installed on any combatant ship (corvette, frigate,etc.) with displacement of 1,200 tons or more.
The missile's performance can only be obtained by using an all-weather fire and forget missile fitted with a thrust vector control (TVC) system. This feature, which is unique for a missile in this category, allows vertical launching and therefore a very short reaction time, a high firing rate (less than two seconds between two firings) and easy integration onto platforms, without a costly dedicated sensor and guidance suite.
The complex utilizes the target information supplied by the ship's 3D circular-scan radar. It operates using the current secondary data (digital or analog), or primary radar-supplied data.
The missile stock requires no shipboard testing. The complex hardware and software are developed at the most up-to-date level. It has functional and direct redundancy, includes an automatic control system permitting a switch-over of the utilized algorithms in the event of some individual device failure.
The complex includes a simulator to train and condition operators.
EAW-73 Block I Specifications
Missile Performance:
Missile Velocity: Mach 4
Maximum Range: up to 25nm
Maximum Altitude: 65,000ft
Missile Dimensions:
Length: 3.64
Diameter: 0.16m
Launch weight: 225 kg
Single shot kill probability:
Aircraft: 0.95
Cruise Missiles: 0.97
Guidance System: updata link and semi-active radar seeker in final phase
Prices
Option 1:
One missile system that includes appropriate radars, automated control devices and integration system, 16 Vertical launch cells and 16 missiles.
One missile System = 9 million each
Option 2:
One missile system that includes appropriate radars, automated control devices and integration system, 24 Vertical launch cells and 24 missiles.
One missile System = 12 million each
Option 3:
One missile system that includes appropriate radars, automated control devices and integration system, 32 Vertical launch cells and 32 missiles.
One missile System = 16 million each
Reload Rounds:
Each missile costs: 44,000 US dollars each
$75,000,000 for domestic missile only production license.
http://img.photobucket.com/albums/v36/United-Elias/i_mk_5.jpg
EAW-86 'Sea Bolt'
Design
Sea Bolt is a supersonic, light-weight, quick-reaction, fire-and-forget anti-air system designed to destroy antiship missiles and aircraft at point-defence range. It was designed to counter threats of saturating attacks by aircraft or long range anti-ship missiles. The Sea Bolt makes it possible to simultaneously engage multiple targets regardless of weather or electronic warfare conditions and with a total coverage of 360°. It can be installed on any combatant ship (corvette, frigate, destroyer, cruiser, etc.) with displacement of 500 tons or more.
The complex utilizes the target information supplied by the ship's 3D circular-scan radar. It operates using the current secondary data (digital or analog), or primary radar-supplied data. It can also be supplemented with a built-in TV-optical sights system.
Its autonomous dual-mode passive RF and IR guidance design, requiring no shipboard support after missile launch, uniquely provides high-firepower capability for engaging multiple threats simultaneously. It also incorporates an image-scanning seeker with the added capability of autonomous IR-all-the-way guidance, thus countering advanced anti-ship missiles which do not employ on-board radar seekers. This seeker also allows increased capability against fixed and rotary-winged aircraft. Enhanced digital signal processing further provides increased resistance to countermeasures, as well as superior performance in severe IR background conditions.
EAW-86 Block I Specifications
Missile Performance:
Missile Velocity: Mach 4
Maximum Range: up to 4nm
Maximum Altitude: 35,000ft
Missile Dimensions:
Length: 3.1
Diameter: 0.16m
Launch weight: 112 kg
Single shot kill probability:
Aircraft: 0.91
Cruise Missiles: 0.96
Prices
One Missile Control Unit (1 needed for each vessel) = 4.5 million
21 Round Sea Bolt Launcher (with 21 missiles included) = 7.5 million
Reload Rounds:
Each missile costs: 24,000 US dollars each
$65,000,000 for domestic missile only production license.
http://img.photobucket.com/albums/v36/United-Elias/seabolt2.jpg
http://www.chinfo.navy.mil/navpalib/policy/vision/vis02/p111-a.gif