Airbus has unveiled the U145, an autonomous helicopter drone based on its widely utilized H145 platform, signaling a significant leap forward in uncrewed aerial logistics. Designed primarily for cargo supply operations, a full-scale mock-up of the system is currently on display at the Berlin Air Show, with initial piloted flights anticipated by the end of this year and full operational service projected for 2030. This initiative marks Airbus’s second conversion of a crewed rotorcraft into a fully autonomous drone, following the VSR700.
This development underscores a global trend towards integrating advanced AI and autonomous systems into military aviation, aiming to enhance operational flexibility and reduce human risk in hazardous supply chain environments. The strategic imperative to move critical logistics into the uncrewed domain is reshaping defense procurement and operational planning for future conflicts.
BELFAST — Airbus has launched a new autonomous drone dubbed U145, based on the company’s H145 civil and military helicopter.
A full-scale mock up of the uncrewed aircraft, designed primarily for cargo supply missions, will be on display at this week’s Berlin Air Show, said the manufacturer in a statement today.
The manufacturer added that a first flight with a safety pilot onboard is slated for the end of this year, with entry into service expected at the start of 2030.
Fitted with a “specialized” sensor suite and AI, the fully autonomous platform is the second crewed rotorcraft from the Airbus product line to be converted into a drone, behind the VSR700, evolved from the Cabri G2 light helicopter.
Matthieu Louvot, CEO of Airbus Helicopters, said in the statement, that the firm will partner with “leading autonomous mission partners,” to develop U145 multi-mission capabilities.
An Airbus spokesperson told Breaking Defense today that the autonomous drone has not been specifically developed for any single, outstanding national or European acquisition.
The aircraft will feature a number of changes from the H145 to support cargo missions, such as a nose door, complete with a foldable loading table and a dedicated cargo floor.
Other military roles for the drone include armed scouting, surveillance, crewed-uncrewed teaming as well as acting as a “mothership” for air-launched effects, according to the European prime.
As noted, as part of an offer to the US Marine Corp, the US division of Airbus Defence and Space is currently collaborating on the development of the MQ-72C fully autonomous drone with Shield AI, L3 Harris and Parry Lab.
Specifically, Airbus is two years into the service’s Aerial Logistics Connector Middle Tier of Acquisition (MTA) Rapid Prototyping Program, designed to showcase how aircraft prototypes can demonstrate new capabilities through a range of experimental activities.
Company figures indicate that over 1,800 H145 family helicopters are in service covering military, parapublic and civil missions, collectively logging more than 8.5 million flight hours.
Editorial Analysis
The U145's strategic significance lies in Airbus leveraging a proven H145 airframe, which accelerates autonomous capability integration and reduces development risk. Its specialized sensor suite and AI enable full autonomy, while cargo-specific modifications enhance mission efficiency. This will profoundly affect military forces globally, particularly those with distributed operations, enabling faster, safer, and potentially covert resupply in contested zones, fundamentally altering battlefield logistics and the security posture of frontline units.
This move aligns with a broader industry and military trend toward uncrewed systems, following precedents like the VSR700. The emphasis on crewed-uncrewed teaming (MUM-T) and air-launched effects (ALE) integration suggests a future where autonomous aircraft become force multipliers, extending reach and capability far beyond simple cargo delivery. Longer-term implications will necessitate robust cybersecurity protocols for autonomous flight, secure data links, and resilient navigation systems to counter sophisticated adversarial threats, ensuring the integrity and reliability of these critical assets.
