See how a substrate with metallic layer achieves FAA-compliant strength and gas retention at un
See how woven nano-fiber fabric with dual thermoplastic coatings reduces evacuation inflatable
See how an equipment cabinet with sliders and rollers engages ejection seat rails to utilize un
See how UHMWPE composite fabric achieves 190 lbs/in tensile strength and 180-second radiant hea
See how penetrative polyurethane coatings fill substrate voids to block gas wicking, reducing f
See how nanofiller-reinforced polyurethane coatings improve radiant heat reflection and enable
See how embedded healing agents in thermoplastic polymer coatings autonomously repair microcrac
See how a urine-based fuel cell generates power for adjustable seat cushions in ejection seats,
See how a fusion-welded rupture disc and piston mechanism prevents gas leakage in emergency eva
A battery-powered mixed flow compressor uses ambient air for rapid slide and raft inflation, avoiding heavy single-use gas cylinders.
Aligned nanoplatelet barrier layers and a heat-resistant coating cut inflatable fabric weight while preserving gas retention and flame resistance.
A cut-sleeve lock and conductive sensor show when aircraft emergency equipment is removed, reducing manual inspection time and theft risk.