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Description
EX-79 “Cramitha”
Overview: The Cramithia Dropship is a light atmospheric dropship designed to rapidly deploy a small troop compliment to and from the surface of a planet quickly. Known for the “diving hunter” maneuver. Using its variable geometry wing system it can preform intensive air braking maneuvers, diving from low orbit to a planets surface extremely quickly.
Unit Cost: Δ 27,500,000
Length: 35m
Width: 25m (folded) 50m (wings extended)
Height: 11m
Dry Mass: 75 tons
Engine Unit: Heavy Magnetoplasmodynamic Fusion ringjet, 24 MPD RCS thrusters, 2 Electrothermal Jet Turbines Acceleration:120g forward acceleration (Linear, Open space) Atmospheric top speed: 250m/sec. Performance governed by local atmospheric characteristics.
Energy Generation: 7.5GW CNO toroidal fusion reactor, 2.5GWH capacitor bank.
Shielding: Standard Photokinetic deflector grid
Hull: Light Tazutun Quasicrystal hull with superconducting faraday layer and graphene nanolattice underlayer. Arsium foil radiation liner. high entropy Altainum-alloy frame. The crew compartment is equipped with a reinforced “roll cage” made of lightweight composites, in the event of the crash wings and tail will break away but the crew compartment will remain intact.
Weapons: Retractable Chin-mounted hardlight chakrum gun. 7 vehicular-grade hardlight point defense nodes. 12 courser-class missiles on auto-loading launch systems.
Sensors: 24 Wing-integrated Kasidon-PL 1MW Xadar Transceivers. External Microcamera farms, targeting telescope, visible 505nm lidar.
Crew: 2, Pilot, Co-Pilot
Compliment: 8 marines, 32 KR-SF or similar combat robots, 16 smart boxes. (standard)
Cargo: Standard safe cargo limit is 25 tons.

Description
EX-79 “Cramitha”
Overview: The Cramithia Dropship is a light atmospheric dropship designed to rapidly deploy a small troop compliment to and from the surface of a planet quickly. Known for the “diving hunter” maneuver. Using its variable geometry wing system it can preform intensive air braking maneuvers, diving from low orbit to a planets surface extremely quickly.
Unit Cost: Δ 27,500,000
Length: 35m
Width: 25m (folded) 50m (wings extended)
Height: 11m
Dry Mass: 75 tons
Engine Unit: Heavy Magnetoplasmodynamic Fusion ringjet, 24 MPD RCS thrusters, 2 Electrothermal Jet Turbines Acceleration:120g forward acceleration (Linear, Open space) Atmospheric top speed: 250m/sec. Performance governed by local atmospheric characteristics.
Energy Generation: 7.5GW CNO toroidal fusion reactor, 2.5GWH capacitor bank.
Shielding: Standard Photokinetic deflector grid
Hull: Light Tazutun Quasicrystal hull with superconducting faraday layer and graphene nanolattice underlayer. Arsium foil radiation liner. high entropy Altainum-alloy frame. The crew compartment is equipped with a reinforced “roll cage” made of lightweight composites, in the event of the crash wings and tail will break away but the crew compartment will remain intact.
Weapons: Retractable Chin-mounted hardlight chakrum gun. 7 vehicular-grade hardlight point defense nodes. 12 courser-class missiles on auto-loading launch systems.
Sensors: 24 Wing-integrated Kasidon-PL 1MW Xadar Transceivers. External Microcamera farms, targeting telescope, visible 505nm lidar.
Crew: 2, Pilot, Co-Pilot
Compliment: 8 marines, 32 KR-SF or similar combat robots, 16 smart boxes. (standard)
Cargo: Standard safe cargo limit is 25 tons.