Computer analysis predicts package gaps, then unmanned vehicles deploy inflatable units to limit movement and reduce vibration damage.
A torsion spring biases the aircraft cargo hook into a recessed fuselage position, reducing crash damage to components and lanyards.
The torsion spring retracts the aircraft cargo hook into a fuselage recess, reducing crash damage risk to components and passengers.
Inflatable airbag in a compact container deploys via airflow to reduce landing shock without interfering with free fall.
Segment filling operations using intermediate storage to eliminate buffer tanks and prevent evaporation losses.
Dynamic airbag inflation prevents injury while avoiding drag.
Porous membrane vents enable simultaneous airbag deflation, preventing rollover risks during unlevel emergency landings.