KORTHOS / ECOSYSTEM / PRODUCT

FIXAR 025

About

About FIXAR 025

FIXAR 025 is an electric fixed-wing VTOL aircraft with a 2.9-metre wingspan and maximum take-off weight of 24.9 kilograms. Its fixed-angle rotor architecture supports vertical launch and landing while most of the airframe generates lift during forward flight. The platform provides up to 210 minutes of endurance, 300 kilometres of range and a payload capacity reaching 10 kilograms.

FIXAR’s autopilot executes take-off, route flight and landing, while xGroundControl provides mission planning, terrain data and three-dimensional visualisation. The aircraft can carry mapping, inspection, surveillance, communications and emergency-response payloads. It is commercially offered with field cases, software, payload integration, training and support.

Capabilities

Source-backed capabilities

  • Capability areas: Autonomous navigation
  • Workflows: Industrial inspection
  • Operating environments: Outdoor field environment
  • Deployment model: Commercial UAV operated by professional teams for larger mapping and inspection missions.
  • VTOL transition flight

    Claimed - FIXAR presents the 025 as an autonomous fixed-wing VTOL platform with up to 210 minutes and 300 km of flight endurance.

    Source
  • Long-endurance flight

    Claimed - FIXAR presents the 025 as an autonomous fixed-wing VTOL platform with up to 210 minutes and 300 km of flight endurance.

    Source

Timeline

  • FIXAR announces autonomous long-range eVTOL FIXAR 025

    2022-06-09 - Product Launch - FIXAR introduced FIXAR 025 as an autonomous full-electric drone for large-scale commercial and industrial missions. Current product materials position FIXAR 025 as a fully electric fixed-wing VTOL UAV with up to 210 minutes of flight time, 300 km flight distance and up to 10 kg payload. The launch adds a long-endurance professional UAV product milestone for FIXAR.

    Source

Context

Market context

FIXAR 025 is a larger fixed-wing VTOL UAV platform for professional mapping, inspection and payload-carrying field missions.

  • Target environment: Outdoor industrial, survey, infrastructure and field operating environments.
  • Workflow context: Autonomous aerial mapping, inspection, remote sensing and payload operation.
  • Deployment model: Commercial UAV operated by professional teams for larger mapping and inspection missions.
  • Commercial maturity: Public professional UAV product for mapping, inspection and payload missions.
  • Adoption constraints: Requires flight planning, payload integration, trained operators and UAV operating approval.
  • Market position: Larger fixed-wing VTOL drone for professional missions requiring expanded payload or operating envelope.
  • Adjacent products: Professional UAV for mapping, inspection, remote sensing and payload missions.

Comparable Systems

Related Systems