Airbus debuts cockpit-less U145 autonomous helicopter for combat and cargo missions

Airbus U145 emerges as cockpit-less autonomous helicopter

Airbus Helicopters has unveiled the U145, an autonomous helicopter that marks a significant shift in how the aerospace industry approaches large uncrewed rotorcraft. Presented as a full-scale mock-up ahead of the ILA Berlin air show, the U145 represents an unmanned variant of the H145, one of Airbus' most successful helicopter platforms with more than 1,800 units operating worldwide and over 8.5 million flight hours logged 1

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. The company plans to conduct its first flight with a safety pilot on board by the end of 2026, with operational service targeted for early in the next decade 2

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H145 platform powers new military autonomous aircraft

The decision to build the Airbus U145 on the proven H145 platform gives the aircraft immediate operational credibility. Rather than designing an autonomous combat helicopter from scratch, Airbus Helicopters removed the traditional cockpit entirely and integrated autonomous systems, artificial intelligence, and a dedicated sensor suite to manage flight operations without onboard pilots 1

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. This cockpit-less helicopter features a maximum takeoff weight of roughly 8,400 pounds, or 3,800 kg, enabling it to carry larger payloads and stay airborne longer than many existing rotary-wing drones 1

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. The aircraft inherits twin Safran Arriel 2E engines with FADEC controls, maintaining one of the lowest acoustic signatures in its class while producing lower carbon emissions than many competitors 1

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Civil and military applications drive design flexibility

Airbus designed the U145 as what the company calls a "mission agnostic" platform, meaning operators can adapt it for multiple roles with minimal structural changes. Engineers added an integrated nose cargo door, a foldable loading table, and a reinforced cargo floor specifically to improve loading efficiency during field operations 1

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. Primary missions include high-volume cargo resupply, but the aircraft also targets disaster response, firefighting, surveillance, and armed reconnaissance operations 1

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. Airbus Helicopters CEO Matthieu Louvot emphasized that the U145 combines the H145's established airframe and lifting power with autonomous operating capabilities usually associated with smaller drones 1

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Drone mothership capabilities and pilot risk minimization

The U145 is positioned to serve as a drone mothership capable of launching smaller airborne systems during combat operations, reflecting broader defense trends toward crewed-uncrewed teaming missions where autonomous aircraft operate alongside traditional helicopters and fighter aircraft 1

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. Military planners in the United States and Europe increasingly want autonomous aircraft to handle dangerous logistics and reconnaissance missions while reducing risks to pilots in contested environments 1

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. Airbus already partners with missile manufacturer MBDA on air-launched effects technology tied to future European defense programs, and the company plans to work with European autonomy specialists to expand the region's uncrewed aviation ecosystem 1

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. In the United States, Airbus U.S. Space & Defense offers a related concept called the MQ-72C to the U.S. Marine Corps, developed with Shield AI, L3Harris and Parry Labs from the UH-72B Lakota helicopter 1

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. This marks Airbus' second attempt to convert a crewed helicopter into an autonomous aircraft, following the VSR700 uncrewed system developed from the Cabri G2 helicopter platform 1

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