MIT's interdisciplinary team combining aerospace engineering and AI-driven flight control systems to push payload boundaries.

Stanford's team leverages novel rotor geometry and lightweight composite materials for extreme lift efficiency.

Georgia Tech's team focuses on hybrid propulsion combining electric motors with a compact turbine generator for extended range under load.

Skydio's heavy-lift R&D team applying autonomous navigation expertise to cargo drone design.

Joby's cargo division adapting eVTOL technology for unmanned heavy-payload delivery missions.

Wisk's experimental lab developing purpose-built heavy-lift configurations using proven eVTOL subsystems.

A scrappy independent team of drone racing veterans and mechanical engineers building from first principles in a garage workshop.

A startup founded specifically for this challenge, combining ex-SpaceX and ex-Boeing engineers.

Purdue's aerospace seniors tackling the challenge with an unconventional blown-wing VTOL concept.

Maryland's rotorcraft lab bringing decades of helicopter research to the heavy-lift UAS domain.