T-150

About

About T-150

T-150 is Malloy Aeronautics’ all-electric heavy-lift uncrewed aircraft for short-range logistics. Its removable battery can be handled and charged separately, allowing ground crews to return the aircraft to service without keeping the complete vehicle on charge.

The aircraft carries up to 68 kg, travels 13–37.5 km depending on payload and reaches 30 m/s. Malloy says it has operated with the US Marine Corps, Royal Navy and Royal Marines, with demonstrations in arctic, desert and maritime conditions for time-sensitive cargo movement.

Capabilities

Source-backed capabilities

  • Workflows: Heavy-lift UAV
  • Deployment model: Field Deployed
  • ISR and tactical support

    Demonstrated - 2025-07-16 - BAE said the weapon system could be removed within an hour, allowing the T-150 to switch back to cargo or reconnaissance roles.

    Source

Deployments

  • Customer Site

    T-150 ship-to-ship delivery mission - 2025-09-02 - Royal Navy - naval logistics drone delivery - Malloy Aeronautics T-150 completed a Royal Navy ship-to-ship supply delivery during an Indo-Pacific mission.

    Source

Timeline

  • Malloy T-150 completes Royal Navy ship-to-ship supply delivery during Indo-Pacific mission

    2025-09-02 - Deployment - Malloy Aeronautics said the Royal Navy used the T-150 Uncrewed Air System to deliver supplies between ships during its 2025 Indo-Pacific mission. The company described the mission as a historic first for the Royal Navy. The event shows the T-150 being used for operational maritime logistics rather than only test-range demonstration.

    Source
  • BAE Systems tests weaponised Malloy T-150 counter-UAS configuration

    2025-07-17 - Demonstration - BAE Systems tested a weaponised Malloy T-150 configuration using an APKWS laser-guidance kit and 70 mm rockets. A Utah trial employed the T-150 against another drone in live counter-UAS testing. BAE said the weapon system could be removed within an hour, allowing the T-150 to switch back to cargo or reconnaissance roles.

    Source

Context

Comparable Systems