KORTHOS / ECOSYSTEM / PRODUCT

M12

About

About M12

M12 is a configurable multirotor development platform rated for payloads up to 12 kilograms. Its folding airframe exposes power, communication and mounting interfaces for custom sensors, manipulators and experimental equipment, allowing universities, integrators and industrial teams to build specialised aerial systems without designing the base aircraft.

Dual RTK receivers provide positioning to approximately ten centimetres, while the ArduPilot-based flight stack gives developers access to mission logic and onboard integration. Flight duration ranges from roughly 15 to 50 minutes depending on payload and battery configuration. ABZ processes mission data locally, allowing the aircraft to complete missions without a continuous connection to a manufacturer-controlled cloud.

Capabilities

Source-backed capabilities

  • Capability areas: Remote operation
  • Workflows: Payload testing, sensor carriage, field experimentation, modular drone development and custom aerial workflows.
  • Operating environments: Outdoor field environment
  • Target markets: Drone integrators, agricultural robotics teams, field researchers and operators needing a configurable aerial platform.
  • Deployment model: Configurable UAV platform model using modular hardware and customer-selected payloads.
  • Remote and shared control

    Claimed - ABZ presents M12 as an open ArduPilot platform for payload-carrying R&D, training and experimental aerial applications.

    Source
  • Load carrying

    Claimed - ABZ presents M12 as an open ArduPilot platform for payload-carrying R&D, training and experimental aerial applications.

    Source

Context

Market context

Compact open-source modular drone for R&D, sensors, and custom payloads up to 12 kg.

  • Target environment: Agricultural test fields, field robotics labs, sensor payload development and custom UAV integration.
  • Workflow context: Payload testing, sensor carriage, field experimentation, modular drone development and custom aerial workflows.
  • Customer context: Drone integrators, agricultural robotics teams, field researchers and operators needing a configurable aerial platform.
  • Deployment model: Configurable UAV platform model using modular hardware and customer-selected payloads.
  • Commercial maturity: Commercial product surface with modular field-use positioning.
  • Adoption constraints: Adoption depends on payload fit, regulatory environment, service support and operator training.
  • Market position: Modular ABZ platform for teams that need payload flexibility rather than a fixed spraying or spreading configuration.
  • Adjacent products: L10 V2, L30 V2, L50, S20, S50, M40

Comparable Systems

  • M40

    ABZ Innovation - UAV

Related Systems