Airbus Debuts Uncrewed U145 Based on Hungary’s H145M Fleet

Airbus Helicopters has introduced the U145, an uncrewed version of its widely used H145 light twin helicopter, a type already in service with the Hungarian Defence Forces, marking a significant step in the shift toward autonomous rotary‑wing operations in Europe.

From Crewed Workhorse to Uncrewed Platform

The U145 made its public debut at the ILA Berlin Air Show on June 8, 2026, where Airbus presented a full-scale mock-up of the aircraft in its uncrewed configuration. Publicly available information indicates that the new platform is derived directly from the proven H145 family, which has accumulated millions of flight hours across military, parapublic, and civilian missions worldwide.

The U145 is described in open sources as the second time Airbus has converted a crewed helicopter into an uncrewed system, following the VSR700 project based on the Cabri G2 light helicopter. Reports indicate that the new model is being developed as a “mission-agnostic” aircraft, with a maximum take-off weight of around 3,800 kilograms and a focus on payload capacity, endurance, and robust autonomous flight systems.

According to published coverage, Airbus plans an initial flight of the U145 by the end of 2026, with test campaigns to refine its autonomous capabilities. The company’s stated ambition is to integrate the U145 into a broader uncrewed aerial systems portfolio, supporting both civil and military users who already rely on the H145 platform.

By retaining the basic airframe and many systems of the crewed H145, the U145 aims to reduce development risk and ease future certification and support. For operators already using the H145 or its military variant H145M, that commonality is expected to simplify logistics, training, and maintenance.

Hungarian Forces as a Reference Operator

The Hungarian Defence Forces provide one of the most visible military references for the H145M, the armed variant on which the U145 is based. Hungary has been modernizing its helicopter fleet under the Zrinyi 2026 program, bringing into service both H145M light twins and larger H225M multi-role helicopters to cover tasks ranging from light utility and tactical transport to combat search and rescue and light attack.

Public data from Airbus indicates that Hungary’s H145M fleet is equipped with the HForce weapon management system, enabling flexible load-outs including cannon pods and rockets. This combination has been pitched as a cost-efficient tandem with the H225M, allowing Hungary to cover a wide mission spectrum with two related Airbus types.

Because the U145 retains the H145 airframe and is being designed for modular mission kits, analysts note that countries already fielding the H145M, including Hungary, are well placed to evaluate potential uncrewed derivatives. Existing infrastructure for maintenance, pilot training, and mission planning around the H145M could ease eventual introduction of a complementary uncrewed system sharing the same basic architecture.

While there is no public confirmation of Hungarian interest in the U145 at this early stage, defence observers point out that the country’s investment in H145M and H225M helicopters positions it as a likely candidate to follow developments closely. For a medium-sized air arm focused on cost-effectiveness and interoperability, an uncrewed variant of an existing platform could offer an incremental path into autonomous rotorcraft operations.

Design Focus on Logistics, Risky Missions, and Teaming

Reports from aviation outlets describe the U145 as optimized for missions where removing the crew can significantly reduce risk or free up capacity for cargo and sensors. The aircraft is being promoted for high-volume logistics, resupply of forward bases, delivery of materiel in contested environments, maritime support, border surveillance, and support for security operations.

In this concept, the U145 would be able to fly preprogrammed routes autonomously or be controlled remotely, depending on mission needs and regulatory frameworks. The absence of on-board crew allows for reallocation of weight to fuel and payload, extending range and on-station time for intelligence, surveillance, and reconnaissance tasks, or increasing the volume of supplies carried into hazardous areas.

Airbus has highlighted manned-unmanned teaming as a long-term goal across its helicopter portfolio, and the U145 fits into that trajectory. By sharing key systems with crewed H145M and H225M helicopters, the uncrewed platform could operate alongside manned aircraft, relaying data, scouting ahead, or carrying supplies while piloted helicopters remain farther from threats.

For European armed forces and security agencies, this approach aligns with a broader trend of integrating uncrewed aerial systems to offset personnel shortages, reduce exposure in high-risk missions, and expand coverage during crises such as natural disasters or large-scale emergencies.

Implications for European Defense and Regional Security

The unveiling of the U145 at a major European air show underscores how uncrewed systems are moving from niche programs into the mainstream of regional defense planning. As European states reassess security priorities, platforms that combine familiar airframes with advanced autonomy may prove attractive, since they promise reduced introduction risk compared with entirely new designs.

Hungary’s ongoing helicopter modernization, centered on Airbus types, illustrates how a relatively small country can leverage shared platforms for both national defense and international deployments. The prospect of an uncrewed variant based on the same H145M could, in theory, extend that model by adding lower-risk logistics and surveillance capability that does not further stretch pilot resources.

More broadly, the U145 reflects growing interest in autonomous vertical lift for both military and civil users, from supplying offshore installations to supporting firefighting and medical evacuation in difficult or dangerous conditions. As regulations and airspace integration frameworks evolve, an uncrewed helicopter tied to an established type may find niche roles in domestic security, disaster relief, and cross-border operations.

For travel and regional connectivity, such systems could gradually influence how remote communities, border regions, and offshore sites are supplied and monitored. While passenger transport remains firmly in the crewed domain for now, the emergence of platforms like the U145 hints at a future European airscape where uncrewed rotorcraft routinely handle the most hazardous and demanding support missions.

Next Steps and Market Outlook

With a first flight targeted by the end of 2026, the U145 remains in the development and demonstration phase. The timeline suggests that detailed testing of autonomous flight control, sense-and-avoid capabilities, and mission systems will occupy the coming years, alongside engagement with regulators and potential customers.

Industry observers expect early interest from operators already familiar with the H145 platform, including European defense forces and governmental agencies that operate the helicopter for law enforcement, border protection, and emergency response. Existing fleets and infrastructure are likely to be key determinants of where the U145 ultimately enters service.

For Hungary and other regional users of the H145M, the emergence of an uncrewed sibling aircraft adds another dimension to long-term fleet planning. Even without immediate procurement decisions, the development of the U145 signals that future upgrades, doctrine, and training could increasingly assume a mixed environment of crewed and uncrewed helicopters derived from common designs.

How quickly that vision translates into operational capability will depend on technical progress, budgets, and political priorities. However, the U145’s debut, building on a helicopter already central to Hungarian and wider European rotary fleets, confirms that autonomous rotary-wing aviation is moving steadily from concept to concrete hardware on the show floor and, soon, into the air.