KORTHOS / ECOSYSTEM / PRODUCT

Airbound TRT

About

About Airbound TRT

Airbound TRT is a carbon-fibre blended-wing tailsitter built for lightweight delivery routes. It takes off vertically, transitions into wing-borne cruise and returns to a vertical landing, removing the need for a runway. Airbound lists a 1-kilogram payload, about 40 kilometres of range, a 60-kilometre-per-hour cruise speed and a 1.4-metre wingspan for the current aircraft.

Onboard autonomy and precision navigation manage the flight, while the operating concept extends to docking, loading and relaunch at delivery points with little fixed ground equipment. Airbound is developing TRT for healthcare, e-commerce and public-service logistics, with India as the initial operating environment. The aircraft remains in development and commercialisation work toward repeat delivery operations.

30 AUG 2026

Robotics capital moves — 24–30 August 2026

Capabilities

Source-backed capabilities

  • Capability areas: Autonomous navigation
  • Workflows: Aerial delivery workflow
  • Target markets: Commercial, Healthcare, Public Services
  • Control modes: Onboard Autonomy, Precision Navigation
  • Deployment model: Drone Delivery Network
  • VTOL transition flight

    Claimed - Airbound describes TRT as a blended-wing-body tailsitter that autonomously docks, loads, launches and performs delivery missions for healthcare, e-commerce and remote communities.

    Source
  • Navigation and obstacle avoidance

    Claimed - Airbound describes TRT as a blended-wing-body tailsitter that autonomously docks, loads, launches and performs delivery missions for healthcare, e-commerce and remote communities.

    Source
  • Cargo delivery

    Claimed - Airbound describes TRT as a blended-wing-body tailsitter that autonomously docks, loads, launches and performs delivery missions for healthcare, e-commerce and remote communities.

    Source

Timeline

  • Airbound raises $1.7M seed round for delivery drones

    2024-11-14 - Funding - Lightspeed led the seed round, with backing from gradCapital. The capital supported development of Airbound TRT drones for low-cost medical and logistics deliveries. The event adds operating or commercial context for warehouse automation and material-handling robotics.

    Source

Context

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