OUR MISSION
ADVANCING AEROSPACE
The age of intelligent, autonomous machines has arrived, and aerospace is no exception. Today’s aircraft remain tied to traditional constraints - designed for pilots, fossil fuels, and limited production scale.
Electric propulsion and autonomy aren’t just incremental improvements; they demand a fundamental rethinking of how aircraft are built and operated. Batteries lack the energy density of fossil fuels, making mass and aerodynamic efficiency more critical than ever. At the same time, removing the pilot liberates us from traditional design limitations, enabling entirely new aircraft architectures and operational strategies. Success means rethinking every part, every system, and every assumption.
SOLVE WILDFIRES
Yes, solving wildfires is possible. No new scientific breakthroughs are required - just an unrelenting focus on first principles and hardcore engineering.
First Principles Solution
Reduce response time (minutes, not hours or days)
Increase water delivery rate (100x - 1000x conventional methods)
Mastering these two steps will solve our wildfire crisis. Practical constraints rule out many alternatives: clearing forest floors disrupts ecosystems and is not scalable; ground-based approaches are slow, hazardous, and often physically impossible; scaling current aerial technologies is expensive and risky for pilots.
Our Approach
We use autonomy, electric propulsion, and breakthrough design to create low-cost, high-volume aircraft designed specifically to gather, transport, and precisely drop water. Autonomous fleets fly in dense formations, acting as a continuous aerial conveyor belt from water source to fire. This enables a relentless, scalable response - delivering a "continuous waterfall" of water, as demonstrated with in our simulated demonstration. Not sufficient? Just add more aircraft. Safely flying thousands of aircraft in close proximity is trivial for our autonomous pilot.
Why It Works
Rapid Response: Distributed fleets cut response times to minutes
Exponential Water Delivery: Autonomous swarms safely increase water delivery rate by orders of magnitude
Safety: Autonomy ensures 24/7 operation in any conditions, with no risk to human pilots or ground crews
Cost-Effective: Pilotless, electric powered flight and mass manufacturing make it affordable and scalable
This technology will save lives, prevent billions in damages, and protect ecosystems as climate risks grow.
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