AEROLUXURY

THE MULTI PATENTED AIR FRAME

A revolutionary and versatile airframe transport platform engineered with a high velocity gyroscopic spinning ring.  AEROLUXURY delivers unprecedented flight efficiency, aggressive aerodynamics and 360 degrees of rotational stability.  This innovation is being developed through drone technology to improve the future of safer personal transportation.

[Partnering with innovators to power the future of flight]

Pioneering Advanced Aerial Mobility

Engineering a Safer, More Efficient Future for Flight

AEROLUXURY has reimagined the future of transportation by combining aerospace engineering with classical physics.  Our team has developed the worlds’ first multi patented gyroscopic safety and stability device utilized with our airframe.  This groundbreaking air frame transforms the traditional methods of drone flight into a stable, efficient and safer way to secure and protect your high value payload.  This new and exciting technology is setting a new benchmark for short range arial mobility.

By synthesizing advanced aerospace engineering with classical physics, our team developed the world’s first patented gyroscopic perimeter ring transport. This breakthrough platform transforms the passive physics of flight into aggressive response efficiency and control mechanisms, setting a new benchmark for short range and safe aerial mobility.

[Main Features]

INNOVATING THE FUTURE OF FLIGHT

AGGRESSIVE STABILIZATION

Utilizing one axis versus trying to balance 3 axes as found in traditional flight, our gyroscopic ring provides flat and aggressive stabilization..

360 DEGREE SAFETY AND STABILITY RING

The structural ring spins on a precision circular track converting linear inertia to rotational inertia. This redirects physical impacts from the central core of the drone and smooths out uneven energy in flight.

[Frequenly Asked questions]

The Science & Safety of AEROLUXURY

How does the patented spinning ring improve flight efficiency?

Traditional flight relies on passive controls which delivers a delayed response when in flight.  Our gyroscopic ring provides instant and aggressive controls much like an automobile, giving greater control to the operator.

Multiple redundancies are being integrated into our craft. Auto gyration and rear wings all work together to slow descent and give a controlled landing.

The high rotational speed needed to generate stability redirects the inertia of physical impacts.