Power converted into controlled thrust.

A modular propulsion stack that brings electric machines, energy conversion, control and thermal management together.

Every layer shares one objective: deliver dependable thrust at the efficiency, mass and power density the aircraft demands.

Electric drive

High-efficiency electric machines convert electrical power into precise, responsive propulsion.

Hybrid generation

An onboard generation layer extends mission capability where batteries alone cannot yet meet the requirement.

Intelligent control

Power electronics and software balance propulsion demand, energy state and thermal limits in real time.

One propulsion core.
Many aircraft.

The concept is a family of electric machines, inverters, thermal systems and control software that can be configured around the aircraft instead of forcing every aircraft around one engine.

Hybrid-electric propulsion hardware being assembled on an engineering bench

Energy becomes motion.

Each layer is designed as part of the same flight system.

Store or generateConvert preciselyControl continuouslyDeliver thrust

Designed for the difficult moments.

Take-off power, hot-day cooling, rapid transients and off-nominal operation shape the architecture. The future is not a peak number. It is dependable thrust across the full flight envelope.

Electric aircraft propulsion unit operating on a test bench

Electrical energy enters the system. Controlled thrust leaves it.