All Posts

Another functional prototype iteration of e-POWERFAN has been completed, incorporating a compact front flap mechanism and refined aft flap adjustment. This iteration represents another step forward in translating our engineering development into functional hardware, with a particular focus on precision and control accuracy. Congratulations to the entire team on reaching this milestone. Each iteration brings e-POWERFAN closer to its intended design and performance objectives.

We're excited to share that POWERION has been featured in an aviation publication for the first time. It's a small milestone, but an important one for our team. Seeing our vision and technology discussed within the broader aviation community reminds us why we're building: to help make electric flight more practical, accessible, and scalable. A big thank you to everyone supporting our journey so far. The work continues: one step, one prototype, and one conversation at a time.

Many of us have imagined what electric flight could feel like. Less noise, lower maintenance, simpler operation. No long pre-flight checks, no vibration from combustion, just smooth power and direct response. It sounds close, especially after seeing how fast electric cars have developed. But in aviation, the reality has proven more complex. Most electric concepts today still rely on propellers combined with batteries or fuel cells. While this works in some cases, it does not