Are ‘U’ Ready for the U145?

In June 2026 during the Berlin Airshow (ILA), Airbus Helicopters presented the U145 - an uncrewed version of its successful H145. Offering higher payload and new mission possibilities, Rotor talked to H145M Programme Manager Constance Pinsdorf to discover the innovative steps required to deliver the company’s latest leap forward. 

What was the core motivation behind developing the U145, and why do operators need an uncrewed variant of the H145?

Constance Pinsdorf: Our main motivation was to create an autonomous aircraft based on an existing platform. We want to have an autonomous platform that can carry more than the standard H145. Meaning, we increased the payload. Of course, we also want to use this autonomy to send the aircraft into an area that is more hostile. Therefore, it is really helpful to do it using machines and computers instead of risking human lives.

What sets the U145 apart physically from a crewed H145?

CP: The main difference is that we can carry a heavier payload. This payload increase is really interesting, especially for the logistical parts to carry heavy goods, heavy parts directly to the front line. Another difference is there is no kind of cockpit installed so we are just using a computer (besides other mechanical modifications) that is able to fly the aircraft. The third main difference is the floor. Now we are able to have true 360-degree entry access to the loading compartment from the front, the sides and the rear. You must have a zero-level surface so that it is completely flat - so that boxes can be secured stably.

Beyond standard cargo logistics, what specific mission profiles do you foresee?

CP: We are mainly focused on cargo transport. Another possibility is that it could be used as a kind of "air-launched effect mothership." Then we can carry them into hostile environments, launch the air-launched drones directly there, and they can carry out their mission automatically. Meaning in the end, the endurance will be much greater, and of course there is much less risk to pilot. 

What needs to happen to change an H145 to a U145? 

CP: There are different kinds of steps. We have to replace the pilot, meaning the arms and legs must be replaced by automation of the vehicle, and therefore, we must develop dedicated electromechanical actuation, automation of all pilot actions, and so on. Also for the starting and landing phase dedicated modifications must be foreseen. 

The other step is replacing the eyes of the pilot. We have to integrate several kinds of sensors. As soon as you fly lower, the helicopter must have enough sensors on board to easily detect its environment, locate obstacles and find a way to manoeuvre around them. In the end, replacing human knowledge, skill and handling.

Will there be other intermediate steps that customers can choose in addition to a fully uncrewed version? 

CP: Yes, we have the intention to provide “modular” options along the way. The U145 is, let’s say, the series or finalised version, but we could also offer versions based on the intermediate steps. For example, retaining the option to have a safety pilot on board will also be in our interest. If you are flying above urban areas, you usually have to meet specific safety regulations, and these safety regulations can be met much more easily if you have a safety pilot. At least four main major steps are foreseen, and two of them can be reused for existing customers. 

What is the launch timeline moving forward?

CP: The helicopter is already prepared from a technical point of view. The maiden flight will take place at the end of 2026, and then there will be roughly up to three more main development steps. We think that we will have everything in place for series production by the end of the decade.