Zarco Inbit Invid engines

Main engine: one IE-2 vectorable plasma-shock expansion thruster in the rear, with a power output of 71 kN.
Attitude control: several internal gyroscopes for attitude control.
Powerplant: one protoculture cell energizer.
Fuel capacity: 6 standard cannisters of protoculture.
Main engine: one IE-1 quadruple vectorable plasma-shock expansion thruster in the rear, with a power output of 106 kN.
Attitude control: several internal gyroscopes for attitude control.
Powerplant: one protoculture cell energizer.
Fuel capacity: 4 standard cannisters of protoculture.
Main Power: Protoculture system, details unknown
Main Thrusters (3): Power unknown at this writing.
Maneuvering Thrusters:
4 large maneuvering jets. Power unknown at this writing.
12 small maneuvering jets. Power unknown at this writing.
Anti-gravity System (8) : anti-gravity nodes on the dorsal and ventral housings. Propulsive power unknown at this writing.
Fold System: Standard, capabilities unknown. The Invid standard air-mecha transport, the Mollusk Carrier, is a vaguely saucer-shaped craft with two blocky protuberances on the top and bottom, and three large thrusters bolted on at the back. There are also four highly visible maneuvering jets spaced at equal distances around the rim of the vessel. Twelve smaller jets are distributed around the vessel.There are also two only slightly less powerful engines; one on each wing of the mecha. By varying the thrust of these three engines and combining them with wing movements, the Space Trooper can make sharp turns even at high speeds. There are also banks of maneuvering thrusters located all over the body of the mecha (mostly in the wings) which help to give the Space Trooper superior mobility. Maneuvering Jets (24 small) 100 each
Maneuvering Jets (6 large; bottom) 200 each

  • Main Thrusters (6 rear) 500 eachspace, atmosphere, and underwater. The Carrier is propelled by a combination of four anti-gravity domes and three main thrusters. The four anti-gravity domes are located on the top section of the carrier. In the rear area are three thrusters used for acceleration. Twelve small maneuvering jets and four large jets are located around the perimeter of the craft. With this many jets, it has excellent stability, control, and evasive capability. Even fully loaded, the Carriers can fly as fast as Mach 10 at full speed and cruise at Mach 1.

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