SUPAIR develops full-electric aerial intelligence systems with a patented ThrustPod that enables vertical takeoff and landing before retracting into the airframe for efficient fixed-wing cruise flight. The autonomous aircraft provide persistent, wind-resistant coverage for critical infrastructure, maritime, and security operations where conventional drones fall short. The ThrustPod system combines helicopter deployment flexibility with aircraft-level efficiency in a single vehicle.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional monitoring and patrolling operations rely on systems that cannot maintain continuous, autonomous coverage, leaving gaps in awareness that lead to costly failures. Small lapses in surveillance between scheduled checks or manual patrols create vulnerabilities for critical infrastructure, maritime zones, and security-sensitive sites.
Solution
SUPAIR provides a new class of full-electric aerial intelligence systems designed for autonomous deployment and persistent coverage in demanding operational environments. The patented ThrustPod system enables vertical takeoff and landing using retractable thrusters, which then retract into the airframe for efficient fixed-wing cruise flight. This hybrid configuration delivers helicopter-style deployment flexibility with aircraft-level flight efficiency, allowing the vehicle to cover extended ranges while remaining fully electric. The system is engineered for high wind resistance and sustained altitude, making it suitable for operations where conventional drones cannot perform reliably.
Target Audience
Primary customers include operators of critical infrastructure such as oil and gas facilities, railways, and construction sites, as well as port authorities, maritime patrol agencies, border control, and emergency response organizations requiring persistent aerial surveillance.
Features
- Patented ThrustPod system with retractable vertical lift thrusters that transition in-flight to fixed-wing cruise configuration
- Full-electric powertrain with zero emissions and extended autonomy measured in kilometers of range
- High wind resistance and persistent altitude capabilities for operations in challenging weather conditions
- Autonomous deployment and coverage designed to close awareness gaps without continuous human piloting
- Modular airframe adaptable across critical infrastructure, maritime, and security mission profiles