Odys Aviation and Motion Applied Align on Hybrid‑Electric Propulsion Development

Odys Aviation has entered a new engineering collaboration with Motion Applied to accelerate the development of a certifiable hybrid‑electric propulsion system for next‑generation VTOL aircraft. The partnership brings together Odys Aviation’s high‑speed generator technology and Motion Applied’s silicon carbide inverter platform to create an integrated power architecture aimed at meeting the performance, safety, and reliability expectations of advanced aerospace operations.

Integrated Propulsion Architecture for VTOL Missions

The collaboration centers on combining Motion Applied’s AMPEX MCU‑600 inverter with Odys Aviation’s generator family to form a unified turbine, generator, and inverter system. The approach is designed to support the demanding power management requirements of hybrid‑electric VTOL aircraft, where rapid response, redundancy, and fault tolerance are essential for safe flight.

Motion Applied’s embedded software stack provides hybrid system coordination and redundancy management. When paired with Odys Aviation’s hybrid controller, the system enables closed‑loop control across the propulsion chain. The architecture supports multi‑winding fault isolation and controlled degradation, allowing continued operation under single‑path failures, a capability that is increasingly important as hybrid‑electric propulsion moves toward certification.

Leveraging Proven Hardware to Reduce Integration Risk

The AMPEX MCU‑600 inverter is already compatible with Odys Aviation’s high‑speed generators, allowing the teams to build on a production‑proven hardware and software foundation. This reduces development uncertainty and preserves performance margins for future aircraft variants. The inverter’s defined mechanical and thermal interfaces also support compact installation, predictable cooling behavior, and streamlined aircraft‑level integration.

These characteristics help minimize surprises during system validation and flight testing, a critical factor for companies working toward near‑term aircraft deliveries.

Advancing Toward Flight‑Ready Hybrid Propulsion

Odys Aviation is preparing for initial aircraft deliveries and has emphasized the importance of working with partners who can contribute to integrated engineering development. The collaboration with Motion Applied reflects a shared commitment to aligning electrical, mechanical, and software systems early in the design cycle to accelerate the path to a flight‑ready propulsion solution.

Leaders from both companies highlighted the importance of unified system design. Motion Applied noted that hybrid‑electric propulsion requires tightly coordinated development across all components, while Odys Aviation emphasized that hybrid systems must be architected holistically rather than assembled from disparate parts.

About Odys Aviation

Odys Aviation develops long‑range, dual‑use VTOL aircraft for defense, logistics, and passenger applications. The company focuses on hybrid‑electric propulsion to balance range and payload for mission flexibility. Founded in 2021 and based in Long Beach, California, Odys Aviation is led by engineers and strategists with experience at SpaceX, Airbus, Tesla, and the U.S. Department of Defense. The company reports more than eleven billion dollars in signed letters of intent.

About Motion Applied

Motion Applied is a United Kingdom based technology company specializing in high performance electrification systems. Its AMPEX brand develops onboard and offboard power electronics including AC and DC charging equipment and the MCU‑600 inverter. The company also offers motorsports electronics, software products, and telematics solutions through its TAG, ATLAS, EDGE, and FLEET CONNECT brands.