Since our inception, Odys has been developing hybrid propulsion systems built specifically for aviation. Our technology ranges from 30 kW to over 1 MW, delivering industry-leading power density, best-in-class fuel efficiency, and unmatched reliability. Designed for seamless aircraft integration, our systems prioritize safety while maximizing range, performance, and mission flexibility.
Fully electric propulsion is limited by battery energy density, range, and scalability. Hybrid propulsion bridges these gaps, delivering greater range, mission flexibility, and superior economics, without the weight penalties or infrastructure demands of all-electric systems.
Most eVTOLs rely on tilting fans or rotors, adding complexity and aerodynamic challenges in transition. Odys uses flap-based thrust vectoring instead, directing rotor thrust downward for vertical lift. Combined with box wings, this design delivers strong pitch authority and stable hovering with far greater simplicity.
Odys' modular autonomy stack is purpose-built for contested environments, delivering maximum mission flexibility and control. Complementing this, our mission software reduces route planning time by 99%, automates repetitive tasks, and de-risks compliance, enabling operators to focus on execution while ensuring safe, efficient, and reliable operations. It's a flexible aerial network that serves national security and commercial demand with the same core system.
Odys is building more than aircraft; we're creating the software-defined infrastructure that powers the next generation of autonomous, distributed air mobility. Our platform transforms individual aircraft into intelligent fleets and turns disconnected missions into coordinated systems, enabling seamless operation across both commercial and contested environments.
From edge autonomy and precision flight control to real-time mission planning and modular payload integration, Odys delivers the full stack for modern aviation. With high-bandwidth data links, onboard compute for autonomous decision-making, and adaptable propulsion and payload systems, our platform can be rapidly tailored to new missions, longer distances, and evolving customer needs.