Fait develops the world’s first fully autonomous, commercially viable eVTOL aerospace vehicle, delivering point‑to‑point air mobility with built‑in deconfliction and traffic management. 0 production system to scale sustainable, autonomous aircraft manufacturing.
Funding
Funding not disclosed
Founders
Product
Problem
Current air mobility solutions rely on piloted aircraft or limited autonomous drones that cannot provide safe, scalable, point‑to‑point passenger transport, and existing manufacturing processes lack the efficiency and sustainability needed for high‑volume eVTOL production.
Solution
Fait is developing the Phoenix, the first fully autonomous, commercially viable eVTOL aircraft that can operate without a pilot, offering direct point‑to‑point travel while handling air‑space deconfliction and traffic management through integrated autonomy software. The company creates digital twins of the aircraft, its production line, and operational processes using Siemens Xcelerator, enabling AI‑optimized design and simulation. Manufacturing is built on an Industry 4.0 framework that combines AI, robotics, and IoT to run an autonomous production line, improving efficiency, reducing waste, and supporting scalable, sustainable aircraft delivery. By uniting autonomous flight capability with a digitally‑driven, self‑optimizing factory, Fait aims to make high‑frequency, low‑cost air mobility a practical reality.
Target Audience
Primary customers are urban air mobility operators, regional transport providers, and logistics companies seeking autonomous passenger or cargo eVTOL services, as well as aerospace manufacturers interested in adopting Industry 4.0 production methods.
Features
- Full‑autonomy flight stack with built‑in air‑traffic deconfliction and real‑time traffic management for safe point‑to‑point operations
- Digital twin ecosystem covering product design, manufacturing processes, and operational performance via Siemens Xcelerator
- AI‑driven design optimization that reduces weight, improves energy efficiency, and accelerates certification cycles
- Fully autonomous, robotic production line integrating AI, advanced robotics, and IoT for high‑throughput, low‑waste eVTOL manufacturing
- Scalable, sustainable manufacturing approach that leverages predictive maintenance and real‑time process monitoring
- End‑to‑end data integration enabling continuous feedback from flight operations back into design and production loops