Sliding tensile member maintains equal tension across inflatable protrusions to distribute loads through a truss structure.
Nested tubes extend via a gas generator to deploy quickly, resolving slow inflation delays in aircraft doors.
Replacing mechanical components with proximity sensing reduces variability in ejection sequences across varying speeds and altitudes.
A seat pan lifter mechanism pivots the ejection seat to adjust pilot height.
Segmented nylon straps separate under internal pressure to control deployment timing, reducing packing density and weight while ensuring smooth inflation.
Elastic centring hooks connect to cabin floor anchors via a drive bar, protecting mechanisms from environmental debris and frost.
A supersonic entry exit monitor system adjusts vehicle trajectories using center of gravity data and planned flight paths.
Segmented inflatable flotation device extends via weighted object to adjust length and slope angle for stable evacuation.
Deploying reflective spheres and metal sheets expands the search area, reducing rescue time in difficult terrain.
A wireless flight data recorder streams live telemetry via satellite networks for immediate remote access and location tracking.
Segmented annulus vanes enable compact gas mixing, reducing aircraft evacuation system volume and weight.