Our experience will span every industry
We are seeking industry professionals to join our team in the development of the world's first true aircraft passenger safety system
We Build Safety
How the safety system works
Advances in artificial intelligence and lightweight
carbon-fiber materials have made the Passenger Aircraft Cabin Recovery System
(PACRS) feasible at a time when air travel demands higher safety standards.
If a catastrophic event becomes imminent, the pilot or the aircraft’s onboard computer can activate the PACRS within seconds. The system is engineered to separate the upper cabin along the cabin floor line so the passenger compartment can detach from the main fuselage.
A series of solid-propellant, rib-shaped rockets form part of the cabin structure and provide the thrust needed to lift the detached cabin to an altitude sufficient for parachute deployment. The upper cabin also carries retro rockets and an array of airbags designed to decelerate and cushion the final descent, reducing the landing forces to zero G
Pilot control or AI control
If a catastrophic
event becomes imminent, the pilot or the aircraft’s onboard computer can
activate the PACRS within seconds. The system is engineered to separate the
upper cabin along the cabin floor line so the passenger compartment can detach
from the main fuselage.