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Panther Mech Height- 25 meters Length- 3 meters Width- 7 meters Construction- Primarily composed of tetroburnium-toranium alloy, with carbon nanofiber crossfibers. Next comes a low-density ceramic, infused with radiation-shielding rhodinium\lead fibers; it also prevents stray radiation from leaking outside of the ship. The next component is a thermoconductive layer; two dissimilar metals joined together, generating a current from the waste heat inside the ship; its 78% efficient, but its still a sizable energy haul. A subtrate layer of gundamium-alpha is electron bonded to the structural members, and gundamium-alpha also composes the armor of the mech, along with a layer of type-3 ablative armor. TACTICAL SYSTEMS Standard Shield Sustainable Load: 1 TW Shields Auxiliary Load: Up to 80% of Primary -Slow Electromagnetic regeneration system -Metaphasic shields -Rapid Remodulation -D-particle based Weaponry- Variable Speed Beam Rifle or VSBR- lets the pilot change the velocity of the emitted negatrons. A slow beam produces increased raw damage over a wider area, while a fast beam yields higher penetration. This is possible because of the physics of the particle; at low energies it has a high speed, combining the best of laser weapons and particle beam weapons; penetration and mass energy allowing it to penetrate into materials\shields better. A high-energy beam means a slow beam, and as a consequence heavier particles. They act more like subatomic impact bullets than particles and can do extensive damage. Beam Saber- the beam saber doesn't use negatrons. Instead, it emits high-energy D-particles to form a blade-shaped D field, and then fills this field shell with superheated plasma to produce a lethally effective cutting blade. The D particles are stored by E-cap in the beam saber's hilt, which is recharged by a reactor when the saber is returned to its socket. As the beam saber's D-field enclosure repels plasma, it not only keeps the blade's contents in but also keeps other blades' contents out, allowing one beam saber to block another. And, since the D-field can be formed into a variety of simple shapes, it's pretty trivial to create exotic variants like the beam tomahawk, beam sword, beam sword/axe, beam fan, beam mace, beam cutter and beam tonfa - glorified beam sabers, all. Generates it's own power using a fusion reaction creating a thoron beam that produces 800 MW. Is conceled in two peices along sides of the leg. -Each of these devices are large, capable of being held in the mech`s hands. Thoron Beam cannons- Two arm-mounted Type-IIB beam generators & emitters. Torpedo Launchers: 3 forward, 1 aft Torpedo Payload: 30 Graviton torpedos 60 microtrinuclear high-speed torpedos 30 microquantum torpedos- cobalt hexaflouride warheads Cloaking Device: Holographic cloak TRANSPORTER SYSTEMS Personnel Transporters: 1 1-person Computer System: Computer System: Shielded Bioneural computer core with tactical enhancements -Nanocomputer packs -Quantum-transient data transfer links. Kiraru System Link up provides pilot to interact with the ship as if the ship was an extenstion of the pilots body. Pilot can sence ever sensor informaiton and feel when ship is damaged as if it happend to their own body. Safeguard systems are in place so pilot will not be hurt due to sensory over load. As time goes on the pilot will be able to handle more and more information coming from the mecha. -Nanocomputer memory storage -Quantum-transient data transfer links. Max speed- 6000 kiloquads\sec PROPULSION Max speed- 6000 kiloquads\sec Impulse Engines: 8 dispersion-strenghtened hafnium molyferrinide fusion cylinders.Muon-proton bonding energy enhancement and He3\deuterium fusion fuels provide 60% more power. Tuned to emit in less-noticible UV spectrum; it is slightly less efficient, but the greater stealth capability makes up for it. Each impulse engine has a ion-neutralization grid included. To aid in manueverability, all impulse engines have been converted over to a gravitic-based propulsive nature; they generate a gravity field that opposes the galactic field, and as such can push against it for rapid acceleration. Also, the gravity configuration is closely tied into the SIF waveguides embedded in the hull, transferring stress all over rather than concentrating it in one location. Manueverability is that of ships half her size, enabling tight turns, rolls and complex three-dimensional moves to evade and return enemy fire. Max. Emergency Speed 0.79c Max. Safe Speed: 0.28c Thrusters- MHD engines using Meta for fuel. Auxiliary power comes in the form of nanofusion power generators supplied by the main deuterium and he3 tank.
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