Unlike many in the industry who create prototypes solely to attract investor attention, our prototype exists for a far more important purpose: rigorous testing and flawless engineering.
We are using our prototype as a full-scale flying laboratory to validate every component of our propulsion, control, and safety systems under real-world conditions. This approach ensures that by the time we launch our commercial aircraft, it is not only FAA-certified but also refined to the highest standards of performance, reliability, and safety.
Every flight, every test, and every piece of data collected from our prototype brings us one step closer to delivering a commercial product that works flawlessly from day one—built not for show, but for service in the most demanding operational environments.
Throughout our development journey, we’ve embraced cutting-edge manufacturing techniques to push boundaries and accelerate progress. One of the key innovations has been the use of advanced 3D printing to create precision molds and fabricate critical components for our systems.
When we started, this was uncharted territory for our team. But through relentless experimentation, problem-solving, and hands-on experience, we have not only mastered the technology—we’ve learned how to optimize production for lower costs without ever compromising quality or safety.
This expertise now gives us a competitive edge: we can rapidly prototype, iterate, and produce high-performance parts with unmatched accuracy and efficiency. Every improvement we’ve made is directly shaping our commercial aircraft into a product that is not only FAA-compliant but also engineered for long-term operational success.