Stealth Wingsuit

This Wingsuit is designed for stealth, versatility, and compactness. It is fully concealable, retracting and deploying on command. It is bundled with a micronized gravity transducer to help absorb falling impact, as well as compact rocket boots to guide trajectory. Most importantly, it is fully stealth-capable, with little to no radar or infrared signature, yet permissive to photonic redirection grids used in miltary-grad stealth generators.

Game terms:

• It's a wingsuit. Glide coefficient of 5:1. Minimum airspeed for lift: 30 m/s (achieved after 3-second freefall of approximately 30 meters).
• Rocket boots can extend overall coefficient to 25:1. Can accelerate to and maintain level flight at 100 m/s for up to 5 minutes. Without constant burn, they last much longer. Dead lift at maximum thrust: 1000 Newtons, or roughly 100 kg at 1g.
• Rocket boots can negate airspeed for safe landing. They are not perfectly stealthy, producing muted visible light, infrared, and sound.
• The gravity transducer can absorb momentum at up to 1000 kgm/s per second. This can fully negate the momentum of a 75kg rider falling at minimal terminal velocity (STP, "belly flop" position) in 18 seconds, over 300 meters of freefall. Its effect diminishes as rider weight increases, to virtually zero stopping power at 100kg+ (though, together with rocket boots, it is possible to bring up to 200 kg to a stop over a sufficiently long distance).
  • The transducer actually uses the energy of momentum to recharge the rocket boots. At peak efficiency, the transducer can recharge 50% of maximum energy by completely absorbing the descent of a 75kg rider at terminal velocity.
  • The transducer cannot bring sufficiently light riders to a complete stop in mid-air. Its efficiency increases as velocity increases, and approaches zero at zero velocity. In practice, it can minimize descent speed to about 10 m/s, a reasonably safe fall for a well-practiced skydiver.