Airbus has officially unveiled a new uncrewed variant of its widely used H145 light twin-engine helicopter, marking a significant expansion of the company’s autonomous aviation portfolio. The new aircraft, designated the U145, was revealed ahead of the ILA Berlin airshow this week and is set to be displayed as a full-scale mock-up during the event.
The announcement underscores a broader industry shift toward uncrewed rotary-wing systems and signals Airbus’s intention to position itself at the forefront of a rapidly evolving market that blends traditional helicopter performance with advanced autonomy and artificial intelligence. The U145 continues Airbus’s gradual transition from experimental unmanned rotorcraft toward operationally relevant autonomous logistics and mission platforms.
Airbus says the U145 represents a direct evolution of the widely deployed Airbus H145, more than 1,800 of which are currently in service worldwide. By retaining the core airframe, engines, and rotor architecture of the H145 while removing the cockpit and integrating autonomous systems, the company aims to reduce development risk while accelerating entry into operational service.
According to Airbus, the U145 is scheduled to make its first flight—initially with a safety pilot onboard before transitioning to fully autonomous operation—before the end of this year. The company is targeting entry into service at the beginning of the next decade, although exact timelines will depend on certification pathways, autonomy validation, and military and civil customer adoption.
“With the U145, we are offering our customers an autonomous, uncrewed version of our H145 helicopter—combining the proven airframe, power and useful load of the H145 with the autonomy of a UAS,” said Matthieu Louvot, CEO of Airbus Helicopters, in a company media release. “To develop the U145 and its capabilities as a multi-mission UAS, we will be teaming up with leading autonomous mission partners to further expand the UAS ecosystem in Europe.”
Airbus has not yet disclosed full certification details, but the inclusion of a safety pilot during early flight testing suggests a cautious approach to validating autonomous flight controls, sensor fusion systems, and mission management software before progressing to fully uncrewed operations.
The U145 is designed to have a maximum takeoff weight of approximately 8,400 pounds and a payload capacity of up to 2,600 pounds. Airbus describes the platform as a “mission-agnostic solution” tailored primarily for high-volume cargo logistics, though it is also expected to support a range of civil and military applications.
In performance terms, the U145 is expected to remain closely aligned with the baseline H145, which is powered by twin Safran Arriel 2E turboshaft engines, each managed by full-authority digital engine control (FADEC). The aircraft also retains the H145’s distinctive fenestron shrouded tail rotor, a feature designed to improve safety, reduce noise, and enhance maneuverability in confined environments.
By preserving these core systems, Airbus aims to maintain the H145’s established performance envelope while layering on autonomy and mission systems.
The U145 enters a competitive and rapidly developing field of uncrewed and optionally crewed rotary-wing aircraft. In particular, it mirrors developments in the United States involving unmanned logistics helicopters based on existing military platforms.
A key comparator is the uncrewed variant of the UH-72 Lakota, known as the MQ-72C Lakota Connector. Developed by Airbus U.S. Space and Defense with partners including Shield AI, L3Harris Technologies, and Parry Labs, the MQ-72C is designed to support the U.S. Marine Corps’ concept of distributed logistics and expeditionary operations.
The MQ-72C is expected to carry payloads of around 4,000 pounds, including slung loads, and achieve cruising speeds of approximately 135 knots with a range exceeding 350 nautical miles. While the U145 has a lower stated payload capacity, Airbus suggests that differences in configuration and mission profile mean the two platforms will likely converge in operational utility.
The U145 also shares conceptual space with other emerging U.S. autonomous rotorcraft programs, including the Sikorsky U-Hawk—an uncrewed derivative of the UH-60 Black Hawk. That concept similarly emphasizes cargo transport and “launched effects” delivery, reflecting a broader doctrinal shift toward distributed unmanned aerial systems acting as force multipliers.
At the heavy-lift end, Boeing has indicated future development pathways toward an uncrewed version of the CH-47 Chinook, further reinforcing the notion that autonomy is becoming a standard evolutionary path for legacy rotary-wing fleets rather than a niche capability.
A defining feature of the U145 is its full autonomy suite, which Airbus says will integrate advanced sensors, artificial intelligence, and mission planning algorithms. The aircraft will be capable of flying pre-programmed waypoint missions, forming the baseline for autonomous logistics operations.
More advanced capabilities under development include dynamic route re-planning, obstacle avoidance in real time, and threat-responsive navigation adjustments. These functions are considered particularly important for contested logistics environments, where uncrewed aircraft may need to operate without continuous human control or communication links.
Airbus envisions the U145 operating both independently and as part of crewed-uncrewed teaming architectures. In such scenarios, autonomous helicopters could extend the reach of piloted aircraft, carry resupply payloads ahead of manned formations, or operate as attritable assets in high-risk environments.
The company is also exploring a “drone mothership” concept in which the U145 would deploy smaller unmanned systems, known as launched effects. Airbus has indicated it is working with European missile manufacturer MBDA on integrating such capabilities, potentially enabling the aircraft to release surveillance drones or loitering munitions depending on mission requirements.
This concept mirrors similar efforts by U.S. defense firms, where uncrewed rotorcraft are envisioned as airborne hubs for distributed sensor and strike networks.
Unlike traditional upgrades, the U145 removes the cockpit entirely, making it physically incapable of carrying onboard pilots. This structural change enables Airbus to redesign the forward fuselage for cargo efficiency, including the integration of a clamshell nose door and a dedicated cargo loading platform.
The aircraft retains rear clamshell doors and side access points, creating a pass-through cargo configuration that significantly enhances loading flexibility. This design is intended to streamline rapid resupply missions, particularly in austere or remote environments where ground handling infrastructure is limited.
The emphasis on cargo throughput reflects a broader doctrinal shift toward autonomous logistics systems capable of sustaining distributed operations. In such concepts, uncrewed helicopters act as aerial supply lines, reducing risk to human pilots while maintaining operational tempo.
Although much of the early discussion around the U145 focuses on military use cases, Airbus is also positioning the platform for civilian missions. These include disaster response, firefighting support, offshore logistics, and remote area resupply.
The ability to operate autonomously in hazardous or inaccessible environments could make the U145 particularly valuable in large-scale emergencies, where manned aircraft availability may be limited or risk levels prohibit crewed operations.
Airbus has emphasized that the aircraft’s shared architecture with the H145 will help reduce maintenance complexity and cost, leveraging existing global supply chains and operator familiarity.
An Airbus spokesperson noted that the U145 has not been developed in response to any specific national procurement requirement. However, the broader strategic context suggests that Europe is increasingly focused on developing sovereign autonomous capabilities in response to shifting geopolitical conditions and concerns over reliance on external defense suppliers.
By building on the success of the H145 platform, Airbus is leveraging an established global customer base across both civilian and military sectors. The H145 family operates on six continents and is widely used for emergency medical services, law enforcement, utility transport, and military support roles.
This existing footprint gives Airbus a significant advantage in transitioning operators toward autonomous variants, potentially allowing gradual integration of uncrewed capabilities into existing fleets rather than requiring entirely new procurement programs.
The U145 enters a market that is rapidly becoming crowded with competing concepts and demonstrators from major aerospace and defense firms. While Airbus’s strategy focuses on evolution from proven manned platforms, competitors are pursuing similar paths across multiple helicopter classes.
The convergence of autonomy, modular payload design, and crewed-uncrewed teaming suggests that the next decade will see a fundamental shift in how rotorcraft are designed and employed. Rather than replacing helicopters outright, uncrewed systems like the U145 are likely to operate alongside them, extending range, reducing risk, and increasing operational flexibility.
For Airbus, the U145 represents both continuity and transformation: a familiar airframe adapted for a new era of autonomous aviation. If successful, it could serve as a blueprint for converting established helicopter fleets into scalable uncrewed systems, accelerating the integration of autonomy into global rotary-wing operations.
