Product profile
Noa Hybrid
NOA Hybrid is Acecore Technologies gasoline-electric multirotor drone for long-endurance industrial missions. It extends flight time for inspection, mappin...
Facts
- Company
- Acecore Technologies
- Product type
- uav
- Status
- available
- Website
- https://acecoretechnologies.com/noa-hybrid/
About Noa Hybrid
Noa Hybrid combines a petrol-driven generator with an electric multirotor propulsion system, keeping the flight motors electrically controlled while continuously replenishing their power source. Fuel-tank configurations provide maximum stated endurance of approximately 175 or 265 minutes, substantially extending station time beyond a battery-only heavy multirotor.
A backup battery supplies power during generator interruption and allows controlled recovery if the combustion system fails. The platform retains Acecore’s modular payload approach for inspection, mapping, communications and sensing equipment. Transport cases divide the aircraft and support equipment for field deployment, while the hybrid architecture targets missions where long hover or repeated low-speed observation is more useful than fixed-wing cruise.
Summary
Type: Heavy-lift UAV
Core: Hybrid endurance
Function: Mapping
Audience: Inspectors
Specifications
- applications
- Corridor mapping, large-area survey, forestry, persistent surveillance, infrastructure inspection, LiDAR scanning, security monitoring
- avionics
- Cube Orange+/Cube Blue flight controller
- backup_power
- Dual backup batteries, detachable fuel tanks
- dimensions
- 1470 x 1680 x 860 mm
- generator_power
- 4000 W
- max_endurance_larger_tank
- 265 min
- max_endurance_standard
- 175 min
- max_payload_kg
- 6 kg
- max_precipitation
- 10 mm/h or 30 mm/3h
- max_speed_kmh
- 50 km/h
- max_wind_resistance
- 12.86 m/s
- mtow_kg
- 31 kg
- operating_temp
- -15 to 50 C
- platform_type
- Long-endurance hybrid hexacopter UAV
- price
- EUR 89,000 EUR
- propulsion
- Gasoline-electric hybrid, liquid-cooled generator
- safety
- Backup batteries, motor/propeller failure tolerant landing, low-vibration design
- speed_range
- 3 to 9 m/s m/s
Research, Articles and recent verified events
- Acecore joins Intelic BASE European unmanned-systems network — 2026-05-04
- Acecore and Drone Rescue Systems integrate compliant parachute safety — 2024-09-24
- Acecore and Phase One expand turnkey aerial-inspection collaboration — 2022-10-11
- Acecore selects Robotic Skies for global UAS maintenance support — 2019-12-05