Nickname: CRASH armor
Designer: Anthony Stark
Worn By: Anthony Stark
Appeared: CRASH graphic novel

Design Notes :

Shell Composition:
*(First Layer): Biologic Input/Output; Tactile force feedback undergarment and life support membrane; Synergetic cranial controller with BIO IO contact nodes; Mandibular assembly and stomatic interface; Stereoscopic LCD occlusion shutters; Occular solvent pipettes; Rhinal oxygen feeders.
*(Second Layer): Infrasupport framework; Impact dissipators; Fractionated superconduction skin.
*(Third Layer): Kinesthetic amplifiers; Accelerant modules; Adjuvant synthmuscles; Chromalloy endoshield.
Weapons:
*Kinetic Energy Railgun coupled with rapid auto-feed multi-firing Rotory Breach Ballistic Cannon on articulated, powered steady-mount with Intelligent Firing Control support system.
*Ballistic Munitions: Liquid teflon-coated U35 square caseless projectiles.
*KE Munitions: Mylar-coated five gram lexan slugs.
Equipment:
*Locomotory amplification pedal assemblies.
*Bosonic anti-grav drive.
*Propulsion units.
*Wide angle 120-to-1 contrast ratio lenticular auto-stereoscopic panoramogram dual display screen interface.
*Respiratory system.
*Diaphoretic reclaimers.
*Intraveneous nodes.
*Optic solvent reservoir.
*Mics.
*Voice recognition pick-up.
*Coolant system.
*Pressure seals.
*Accelerants.
*Tactile force feedback dampeners.
*Geo data map.
*Navigation and hyperprecision global position sensing satellite link encryption decoding key.
*Phased array sensor deck.
*Baffle net.
*Field inductors.
*Fuel pump.
*Photonic array.
*Cloaking epidermis.
 

Thermal shield; Coolant matrix; EM field generators; Ischiadic subsystems truss; Flex value control input and hi-res position sensing phalangeal; Carpal, metacarpal and antebrachial weapon effector assemblies.

Notes:  The overall strength of the suit is due to micro-geodesic argon bubble foam induction substrate formation during manufacturing, guided by a resonantly tuned microwave injection mold-form in a high temperature argon chamber.

The lightness is due to the alloy component beryllium -- the lightest and strongest metal known -- and the argon filled bubble structure. All less than nine lbs. total weight.

The structural integrity is due to the titanium and beryllium components and the geodesic micro-bubble structure. The elasticity is due to the beryllium and titanium modulus of elasticity and the flexible geodesic microstructure.

The point impact hardness is due to the titanium alloy component and the nickel iron superstrate. It can withstand a five-ton one-inch square dead weight at any surface point or up to a one-ton three-inch square fifty-mile-per-hour impact at any point.

The reflectivity is due to the mylar doped surface structure, capable of deflecting up to a six megawatt carbon dioxide laser blast. The non-conductivity is due to the interlaced microcrystalline quartz synthetic rubber endo and ecto substrate, capable of withstanding up to a three megawatt point electric taser or electro-plasma blast.