Foam-filled aluminum profiles deform to dissipate mine pressure wave energy without increasing vehicle weight or volume.
Segmented ballistic plates protect aircraft computer components while reducing enclosure weight and cost.
A mobile gun system uses a controller to activate braking forces that retard chassis recoil movement after peak loading passes.
Flexible walls in the energy absorbing units bend inwardly or outwardly to absorb percussive impacts without structural failure.
Concentrates heavy armor on vehicle sides to protect occupants from ballistic threats while preserving mobility and reducing cost.
A submersible vehicle uses a main shaft and safety shaft to supply air to the crew space and drive unit.
A pivoting nacelle body adjusts passenger seat height via a horizontal pivot axis and motorized helical drive mechanism.
A portable ballistic shield integrates a vertically hinged polycarbonate panel to mount rifles for aiming and firing.
Continuous fiber composite structures distribute blast stresses to prevent structural rupture and pressure wave penetration in armored vehicles.