KORTHOS / ECOSYSTEM / PRODUCT

Noa Hybrid

About

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.

Capabilities

Source-backed capabilities

  • Capability areas: Autonomous navigation
  • Workflows: Industrial inspection
  • Operating environments: Outdoor field environment
  • Deployment model: Operator-deployed professional UAV with hybrid endurance positioning.
  • Long-endurance flight

    Claimed - Acecore presents NOA Hybrid for extended-duration inspection, mapping and sensor-carrying work.

    Source
  • Mapping and photogrammetry

    Claimed - Acecore presents NOA Hybrid for extended-duration inspection, mapping and sensor-carrying work.

    Source
  • Robotic inspection

    Claimed - Acecore presents NOA Hybrid for extended-duration inspection, mapping and sensor-carrying work.

    Source
  • Load carrying

    Claimed - Acecore presents NOA Hybrid for extended-duration inspection, mapping and sensor-carrying work.

    Source

Observed use

Exact-product configurations are shown without inferring supply, purchase, customer status, standard fit, deployment or partnership.

  • F1Mag

    Reference Design - Mounted - Physical - Acecore Noa Hybrid was offered with UMag F1Mag as an optional airborne magnetic-sensing configuration.

    Source

Supply

Supply / Components

  • Noa Hybrid

    Cube Orange Or Blue Flight Controller For Noa Hybrid - control - CubePilot - Acecore Noa Hybrid integrates CubePilot Cube Orange or Cube Blue flight-control hardware - source: acecoretechnologies.com

    Source

Context

Market context

Noa Hybrid is the hybrid-power version of Acecore's Noa UAV platform, built for longer professional aerial missions than a battery-only multirotor can typically support.

  • Target environment: Outdoor industrial inspection, survey and field operations.
  • Workflow context: Long-duration inspection, mapping, remote sensing and payload-carrying aerial work.
  • Deployment model: Operator-deployed professional UAV with hybrid endurance positioning.
  • Commercial maturity: Commercial hybrid-power UAV product for longer-duration inspection, mapping and payload missions.
  • Adoption constraints: Adds hybrid power maintenance and fuel-handling considerations on top of UAV operations and payload integration.
  • Market position: Endurance-oriented heavy-lift UAV for industrial operators using longer-duration inspection, mapping and payload missions.
  • Adjacent products: Hybrid-power variant of the Noa platform for missions where longer operating time is the primary requirement.

Comparable Systems

Related Systems