Airbus Debuts U145 Autonomous Helicopter at ILA Berlin

Airbus Expands Autonomous Portfolio

At the ILA Berlin 2026 airshow, Airbus unveiled its latest Uncrewed Aerial Systems (UAS) portfolio, headlined by the newly introduced Airbus U145 autonomous helicopter. This heavy-lift platform represents a strategic shift in the manufacturer’s approach to autonomous logistics, disaster management, and multi-domain military operations. With a Maximum Take-Off Weight (MTOW) of 3,800 kg, the U145 is designed to serve as a versatile, cockpit-less rotorcraft capable of operating in complex environments.

The U145 Platform and Design

The U145 is derived from the proven H145 family, a platform with over 1,800 helicopters currently in service worldwide. According to Airbus Helicopters official data, the H145 fleet has accumulated more than 8.5 million flight hours, providing a reliable aerodynamic foundation for the new uncrewed variant. By removing the physical cockpit and integrating a specialized nose door, the U145 maximizes internal volume for cargo while leveraging the existing airframe's performance characteristics.

Matthieu Louvot, CEO of Airbus Helicopters, noted that the U145 offers customers an autonomous version of the H145 that combines proven payload capabilities with advanced UAS autonomy. The development reflects a broader industry trend of converting proven airframes to reduce development costs and accelerate time-to-market. Airbus's official UAS portal provides further details on how these platforms integrate into broader military and civil architectures.

Technical Specifications: U145 vs. H145

Regulatory and Operational Context

Integrating multi-ton autonomous rotorcraft into shared civil airspace remains a primary hurdle. According to EASA (European Union Aviation Safety Agency), the current civil drone framework requires rigorous certification pathways for heavy autonomous rotorcraft. To comply with these safety regulations, the U145’s initial flight test phase will necessitate a safety pilot onboard. This approach mirrors the development of the Airbus VSR700, which successfully transitioned from a crewed Guimbal Cabri G2 into an autonomous naval drone starting in 2019.

While the platform offers significant potential for European Defence Forces, alternative perspectives from safety regulators suggest that collision-avoidance challenges currently outpace existing regulatory frameworks. Furthermore, the integration of air-launched effects—developed in partnership with firms like MBDA—has prompted ethical discussions from arms control advocates regarding the role of AI in offensive military operations.

Future Milestones and Certification

Airbus has confirmed that the maiden flight of the U145, conducted with a safety pilot, is scheduled for late 2026. This test flight at the ILA Berlin site and related facilities will serve as the first major step toward full autonomy. The manufacturer is targeting an entry into commercial and military service by the early 2030s, contingent upon the finalization of certification pathways for uncrewed rotorcraft operating in shared civil airspace.

Why This Matters for Defence Sovereignty

For European stakeholders, the U145 represents a critical step toward achieving technological sovereignty in the autonomous logistics sector. By developing a heavy-lift platform that can perform Manned-Unmanned Teaming (MUM-T), Airbus provides domestic forces with a sovereign capability that reduces reliance on foreign-manufactured UAS technology. The move positions Airbus as a primary architect of Europe's future multi-domain warfare ecosystem, spanning from cargo delivery to Uncrewed Collaborative Combat Aircraft (UCCA) like the U760 Ravenstorm.