Callidus Corvus, 2015
Kenway-Class Corvette
〖Production Information〗
〖Production Information〗
Class: Kenway-Class Corvette
Role: Small-Strike Support Ship
General Manufacturer: A.R.X. Shipyards
Armament Manufacturer: A.R.X. Armaments and Defensive
Engine Manufacturer: A.R.X. Driveyards
Role: Small-Strike Support Ship
General Manufacturer: A.R.X. Shipyards
Armament Manufacturer: A.R.X. Armaments and Defensive
Engine Manufacturer: A.R.X. Driveyards
〖Dimensional Specifications〗
Length: 100 meters (328.0 feet)
Width: 91 meters (300 feet)
Height: 60 meters (196.8 feet)
Weight: TBD
Number of Decks: 4
Width: 91 meters (300 feet)
Height: 60 meters (196.8 feet)
Weight: TBD
Number of Decks: 4
〖Crew Specifications & Capacity〗
Maximum Crew Capacity: 300
Minimum Crew Capacity: 20
Optimal Crew Capacity: 150
- 1x Captain
- 1x Executive Officer
- 2x Bridge Pilots
- 2x Navigation Officers
- 2x Intelligence Officers
- 2x Counter-Intelligence Officers
- 5x Medical Officers
- 5x Gunnery Officers
- 5x Fighter Pilots
- 25x Counter-Insertion Troopers
- 50x Marines (for lack of a better term)
- 50x Maintenance Crew (Hangar Crew, Electricians, Engine Crew, Cooks, etc.)
-10x Multirole Droids
Minimum Crew Capacity: 20
Optimal Crew Capacity: 150
- 1x Captain
- 1x Executive Officer
- 2x Bridge Pilots
- 2x Navigation Officers
- 2x Intelligence Officers
- 2x Counter-Intelligence Officers
- 5x Medical Officers
- 5x Gunnery Officers
- 5x Fighter Pilots
- 25x Counter-Insertion Troopers
- 50x Marines (for lack of a better term)
- 50x Maintenance Crew (Hangar Crew, Electricians, Engine Crew, Cooks, etc.)
-10x Multirole Droids
〖Armament Specifications〗
4x Type-67 Point-Defense Autocannons: Point-Defense Guns are generally not used to engage ships in ship-to-ship combat, but instead meant to take out smaller threats like fighters, boarding craft or missiles to prevent (or at least lessen) the damage inflicted.
Projectile: 50mm HEHP[High Explosive-Hull Piercing] Tungsten Round
Projectile Speed: 500 m/s
Force of Projectile: Between 30-40 kilojoules
Rate of Fire: 1000 rds/m
2x Type-91 Heavy Ion Cannons:The ion particles seriously interfere with the operation of electronics and computer systems, shorting circuits and often disabling them outright, in much the same manner as an electromagnetic pulse. The actual physical damage would sometimes result in fused joints on machines, due to the heat produced. When the ion particles are negatively charged, the resulting impact can cause a ship to lose power outright, subduing them for boarding. The same is true for shielding.
Projectile: Positively or Negatively charged cluster of ion particles
Projectile Speed: 3000 m/s
Force of Projectile: 600 kilojoules
Rate of Fire: 1 projectile/5 seconds
6x Type-23 Missile Pods: The T-43 is a ship to ship laser guided missile. The missiles can be set to flak-airburst for anti-aircraft purposes or EXPL-Hull for actively attacking enemy starcraft. Each pod contains approximately fifty missiles
Projectile: 1,500lb Warhead
Projectile Speed: 80 m/s
Rate of Fire: 1 missile/.3s
Projectile: 50mm HEHP[High Explosive-Hull Piercing] Tungsten Round
Projectile Speed: 500 m/s
Force of Projectile: Between 30-40 kilojoules
Rate of Fire: 1000 rds/m
2x Type-91 Heavy Ion Cannons:The ion particles seriously interfere with the operation of electronics and computer systems, shorting circuits and often disabling them outright, in much the same manner as an electromagnetic pulse. The actual physical damage would sometimes result in fused joints on machines, due to the heat produced. When the ion particles are negatively charged, the resulting impact can cause a ship to lose power outright, subduing them for boarding. The same is true for shielding.
Projectile: Positively or Negatively charged cluster of ion particles
Projectile Speed: 3000 m/s
Force of Projectile: 600 kilojoules
Rate of Fire: 1 projectile/5 seconds
6x Type-23 Missile Pods: The T-43 is a ship to ship laser guided missile. The missiles can be set to flak-airburst for anti-aircraft purposes or EXPL-Hull for actively attacking enemy starcraft. Each pod contains approximately fifty missiles
Projectile: 1,500lb Warhead
Projectile Speed: 80 m/s
Rate of Fire: 1 missile/.3s
〖Sublight and Sub-Space Drive Specifications〗
2x A.R.X. Driveyards Type-3 Sublight Ion Drive:
Role: Primary Sublight Drive
Thrust: 100 Million NT Individually
The drive creates a fusion reaction that brakes down the fuel into charged particles known as ions to drive starships through space. The energy generated by the reaction creates thrust which propels the ship. Directional movement was attained by the use of lateral thrusters. The SID could operate on virtually any type of fuel; while uranium or similar heavy metals were preferred, the drive can be easily modified to accept liquid reactants, energy conversion cells, or ion-collector pods as a replacement fuel source.
1x A.R.X. Driveyards Type-567b Sub-Space Drive:
The drive functions by creating ruptures between normal space and an alternate plane known as sub-space. The engine makes ruptures by using high-power cyclic particle accelerators to generate microscopic black holes. Because of their low mass, Hawking radiation gives them a lifetime of around a nanosecond (or potentially a little longer than a whole second) before they evaporate into thermal energy. In that nanosecond, the engine manipulates them into forming a coherent rupture between normal space and the substream. The ship is then engulfed by a white aura that is effectively a wormhole.
Role: Primary Sublight Drive
Thrust: 100 Million NT Individually
The drive creates a fusion reaction that brakes down the fuel into charged particles known as ions to drive starships through space. The energy generated by the reaction creates thrust which propels the ship. Directional movement was attained by the use of lateral thrusters. The SID could operate on virtually any type of fuel; while uranium or similar heavy metals were preferred, the drive can be easily modified to accept liquid reactants, energy conversion cells, or ion-collector pods as a replacement fuel source.
1x A.R.X. Driveyards Type-567b Sub-Space Drive:
The drive functions by creating ruptures between normal space and an alternate plane known as sub-space. The engine makes ruptures by using high-power cyclic particle accelerators to generate microscopic black holes. Because of their low mass, Hawking radiation gives them a lifetime of around a nanosecond (or potentially a little longer than a whole second) before they evaporate into thermal energy. In that nanosecond, the engine manipulates them into forming a coherent rupture between normal space and the substream. The ship is then engulfed by a white aura that is effectively a wormhole.
〖Navigations, Sensors & Communications〗
TB-6078 Navigation Computer:
Navicomputers calculate data to the exact destination, the quickest and safest route to it, and the number of hyperspace jumps necessary. The computer has the ability to store hundreds of coordinates and recall all past locations that the vessel has traveled to.
IVO-4000 Sensor Suite:
Navicomputers calculate data to the exact destination, the quickest and safest route to it, and the number of hyperspace jumps necessary. The computer has the ability to store hundreds of coordinates and recall all past locations that the vessel has traveled to.
IVO-4000 Sensor Suite:
