



| Name | T-150 (TRV-150) |
| Manufacturer | Malloy Aeronautics (BAE Systems) |
| Country of Origin | United Kingdom |
| Type / Role | Heavy Lift Logistics / Cargo UAS |
| First Flight / Introduced | ~2020s (operational trials from 2020) |
| Status | In Service |
| Unit Cost | Not publicly specified (procurement-dependent) |
| Maximum Speed | 108 km/h (30 m/s) |
| Cruise Speed | ~90-108 km/h |
| Operational Range | 13-70 km (payload dependent) |
| Endurance | 36-40 minutes |
| Service Ceiling | Not publicly detailed (tactical altitudes) |
| Rate of Climb | Not publicly detailed |
| Length | 2.65 m |
| Wingspan | 2.05 m |
| Height | 0.71 m |
| Maximum Takeoff Weight (MTOW) | ~123 kg (approx., including payload) |
| Payload Capacity | 68 kg (150 lb) |
| Hardpoints | Cargo mount with remote release |
| Weapons | Primarily cargo; limited adaptations reported |
| Sensors | Basic navigation; autonomous flight systems |
| Avionics | Redundant systems, GPS/INS, waypoint navigation |
| Engine Type | 8 x Electric Motors (coaxial rotors) |
| Engine Power | Not publicly detailed |
| Propeller Type | 8 x Rotors |
| Control Type | Remote / Autonomous |
| Data Link Range | Line-of-sight with beyond options |
| Navigation | GPS / INS with anti-jam features |
| Ground Control Station | Laptop-based or portable |
| Primary Users | US Marine Corps, UK Royal Navy/Marines, allies |
| Combat Proven | Yes (logistics and reported adaptations) |
| Notable Operations | Arctic resupply, ship-to-shore, tactical trials |
The T-150 represents a practical advancement in military unmanned logistics, addressing the persistent challenge of delivering time-sensitive supplies to dispersed or isolated forces without relying on manned helicopters or ground convoys. This all-electric vertical takeoff and landing (eVTOL) unmanned aircraft system (UAS) enables rapid, autonomous cargo delivery in demanding operational settings, from Arctic conditions to maritime environments.
Developed by Malloy Aeronautics in the United Kingdom, the T-150 is now supported through BAE Systems following the acquisition. It has gained traction with U.S. forces, including the U.S. Marine Corps (under the TRV-150 designation), and has seen operational use with the UK Royal Navy and other allies. The platform originated from efforts to create compact, heavy-lift cargo drones for tactical resupply.
Designed primarily for logistics, the T-150 features eight electric motors driving coaxial rotors for redundancy and reliability. It offers a maximum payload of 68 kg (150 lb), making it suitable for transporting ammunition, medical supplies, food, water, spare parts, or other essential cargo directly to forward positions. Maximum speed reaches approximately 108 km/h (67 mph / 30 m/s), with endurance up to 36-40 minutes depending on payload and conditions. Operational range varies from about 13-37 km with full payload to over 70 km with lighter or zero payload. The system includes hot-swappable batteries for quick turnaround, foldable arms for compact transport, and autonomous waypoint navigation with remote payload release. It has demonstrated performance in extreme environments, including Arctic trials at -28°C and ship-to-shore operations.
For U.S. and NATO forces, the T-150 reduces risk to personnel and platforms by minimizing exposure during resupply missions in contested areas. While optimized for cargo, reports indicate adaptations for other roles in certain conflict zones, highlighting its versatility in modern hybrid warfare. Deployment takes under five minutes with a two-person team, and the rugged design supports all-weather operations.
Exact unit pricing is not publicly disclosed in detail due to military procurement sensitivities, but heavy-lift tactical UAS in this class typically range in the low hundreds of thousands of dollars per unit, offering a cost-effective alternative to traditional helicopter resupply.
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