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Missile bells thread between engines Heavy cladding around initial boost chamber ,Heat-sink and radiator Transformer distributes power to subsystems. Co-pilot/ gunner Internal shock absorbers Exhaust slats can tilt to direct thrusl streams. Flight computer Damaged starboard engine is on fire internally----------- Computer interface ports for servicing in hangar Power feeds to laser can Rocket back-blast vent. '■ Laser cannon power feed access panel Light indicates atmospheric integrity of front sections Tail repulsor and engine diagnostics' Tail cannon defends troops c scout vehicles exiling through stem hatch —— ^ Fuel tank / Speeder bike’s power cells and thrust exhaust \ Airtight hatch to front compartments Speeder bike's turbojet airscoop- Slcering vanes. Handhold Chain moves missile belt. Armature swings turret or out of main hold Deckplates give access to main repulsor array Protruding deck ledge gives deploying ^troops a.clear view . Insulated armored sheath X iguides'belt frictionlessly zing repulsors Diverse Ordnance The LAAT gunship’s use of missiles and energy weapons provides complementary benefits. Whereas a blaster can almost instantly hit anything within a clear line of sight, a missile may go around obstacles and over the horizon. A missile can sometimes be dodged or shot down, while an energy beam cannot be intercepted, except by shield absorption. Missile payloads are variable and mission-specific. Different classes of missile optimize the fusion or annihilation explosion for specific effects, including a simple omnidirectional blast, a fan or beamed blast, a dispersal of a corrosive antimatter shower, electromagnetic pulse effects, a sterilizing burst of hard radiation, or concentrated heat effects. Superficial burns from exhaust of launching missiles Data File Manufacturer: Rothana Heavy Engineering (local subsidiary of KDY) Make: LAAT/i (Low-AItitude Assault Transport/infantry) repulsorlift gunship Dimensions: length (clearance with guns) 17.4 m (57 ft); wingspan 17 m (55.7 ft); depth 6.1 m (20 ft) Max. airspeed: 620 kph (384 mph) Cargo capacity: 4 military speeder bikes; approx. 17 m5 (600 ft3) in main hold (if troops absent) Consumables: 8 hours flying fuel (approx.) Crew: 1 pilot; 1 co-pilot/gunner; 2 auxiliary turret gunners Passengers: 30 clone troopers approx.; 1IM-6 Battlefield Medical Droid (stowed in emergency locker) Armament: 3 anti-personnel turrets (2 front; 1 back; 5xI09 joules per shot); 2 mass-driver missile launchers (variable payload); 4 composite-beam, pinpoint laser turrets (2 manned; 2 remote; 3x10" joules per shot); 8 light air-to-air rockets (6x10“ joules per shot) Remote-controlled firing dishes allow both dorsal and Navigational terrainsensor housing Republic Gunship The galactic republic’s LAAT/i (Low-Altitude Assault Transport/infantry) aerial gunships play a vital role in the battle on Geonosis. These tactical transport craft and their variants can cross impassibly rough terrain to swiftly and safely disgorge an entire platoon of clone . troopers or haul a slower armored vehicle into position. Enemy fighters must either remain at high ■altitudes or surrender their speed advantage when pursuing gunships below the mountain level. A military transport ship’s entire gunship complement can dejiver more than 2,000 soldieis ui each of . several repeated waves. However, these Hying troop carners^re'^ersatile gun platforms in their'own right, too. They are lighter and faster than mobile artillery and most ground vehicles; yet still ¡carry a considerable arsenal. Massive twin missile launchers allow concerted over-the-horizqa strikes on slowr; or fixed targets such as enemy artillery and fortifications* in support of the advancing giound forces:* Two pairs of widely rotating blaster cannons defend the gunship with bolts of deadly precision. .v" Finally, three chin- and tail-mounted laser cannons swivel and depress to devastate enemy infantry ■Sau.-.. and other light ground assets. These guns are vital for clearing a path to deploy troops .and vehicles—the fundamental function at which the LAAT-series gunships cxcel. Firing dish exploits superposition of blaster energy to compose variable tributary beams into a finely aimed, intense composite beam Tactical Advantage These strategic transport craft and their variants are maneuverable enough to fly low and exploit the natural cover of Geonosis’ precipitous ravines and spires. Their long mass-driver barrels can accelerate projectiles up to hypersonic velocities. Once launched, missiles engage self-powered flight along either a programmed trajectory or following encrypted guidance signals. Telemetry (remote communication) comes from either an orbiting mothership or signals,routed from ground units »¿thin sight of the target, including advancc scout traops? turret traverses i freely and elevates to the limits of its firing dishes^” Variable output of V grille affects rol I of Tunet suspension and power feed mod stretchers, and inflatable decontammatiorctents: Force-field effects of powerful inertial compensator keep the hold interior jolt-free, .enabling troops to ride in standing posture Composite Beam Turrets The wing- and armature-mounted ball turrets enjoy a wide field of rotation in order to strike targets both above and below the horizontal plane. They are intended for defense against airborne hostiles. The merger of precisely synchronized tributary beams confers pinpoint aiming precision far beyond that of the turret’s physical rotation. Missile feed ventilation. Missile chute frictionless sheath Each blast-cffect missile kiloton explosion in a Missile belt, Venerable emblem of Galactic Republic unity Power generator Power feed to launchers Flat wing is not aerodynamic, but aids balancc and mounts aititudc-control repulsors Laser cannon power feeds . Cockpit capsule umbilical cables Side-door support-arm in the event of a crash. Side door swings back and outward. Open viewports ' double as sockets for docking clamps in IM-6 Medical Droid Spccder-bikc pannier- awered for :e dcploymenl___ I Entry to gas'vènt troop hold Nl.intcn.mcj fljfc! 1 Turret gunner is lully’ 5 armored because of i exposed position >:Emergencyifircr. retardant piping below their altitude - . . it vcluglesiemcrge through the rearhatch. :ciirc theflanks and wake of the battle lines. Powered, superdispcrsivc inner-armor spreads impact of enemy fire Repulsorlift array .power conduits Integrated Battledress A clone trooper’s full combat armor is the basis of an integrated system in which the gunships are vital links. Individual troopers can receive command signals and relay status signals via this system. Troops also share tactical video from their helmet visors, with multispcctral imaging that penetrates smoke, fog, and the* airborne soil of the most explosive battlczones. The airtight and thermally regulated body glove is impervious to germ and chemical agents, and provides protection in space and hostile atmospheres. The armor’s heat resistance allows troopers to stride through the searing interfaces of theatre shields like lifeless Battle Droids, as well as deflecting glancing blaster shots and damping direct hits enough to improve survival. Maintenance diagnostics _computer acccss hutches . Clamp releases when escape capsule ejects Escape capsule’s lower separation surface Red warning light —— Crew ladders fold into ceiling - Laser cannons clear ground resistance with variable shots of up to five gigajoules Scout A rack of - Medical and survival gear stored in lockers ' Laser cannon discharge stimulators I Heavy busier rifle uses video !“p?r£un'sij'hi display m helrneydsot, -, , 'andhasell'etlive langeof .0 | kilometers (6:milcs) when mounted 'r'|50<* One platoon of heavy infantry. ¡clone troops ready to dismount .. -r-T s Flexib|e power cable connects to swivelling laser cannon - Forward laser cannon power convertor and capacitor array g turrets roll in any , but socket contact providesstability Handle to.slideopen; door when unpOwered
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