The British Army is advancing the concept of "loyal wingman" combat drones to a new stage and launching a project code-named "NYX Project" to develop a rotary-wing drone that can cooperate with the Apache AH-64E armed helicopter. This project will bring together seven industrial partners and aims to achieve Initial Operational Capability (IOC) by the end of this century, significantly improving the firepower extension and survivability of the British attack helicopter force.
The concept of "loyal wingman" was originally born in the field of manned fighter jets. It aims to equip fighter jets with unmanned wingmen with considerable flight performance. It can perform reconnaissance, escort and strike missions through highly autonomous flight control and mission planning capabilities. Unlike traditional remote-controlled drones, this type of platform is not controlled in real time by a ground controller. Instead, it independently plans and executes specific actions based on high-level mission instructions issued by the pilot, thus doubling the combat effectiveness of the manned combat platform without increasing the burden on the pilot.
On this basis, NYX plans to further expand the "loyal wingman" from fixed wing to rotary wing field, which is significantly more technically difficult. Compared with fixed-wing UAVs that fly at high altitudes, the helicopter unmanned wingmen envisioned in the project need to operate at treetop heights or even close to the ground, and perform high-risk tasks such as covert penetration, rapid steering, and high-overload avoidance behind enemy lines. This puts forward more stringent requirements for flight control algorithms, sensor fusion, and body structure.
Companies participating in the program include Anduril, BAE Systems, Leonardo, Lockheed Martin UK, Syos, Tekever and Thales. The British Ministry of Defense has invited the above-mentioned companies to submit their own rotary-wing UAV plans, and plans to select four of them in March this year to enter the next stage of research and development, and eventually form an equipment model with initial combat capabilities around 2030.
It is envisaged that the new drone will adopt the operating principle of "command rather than remote control": the Apache pilot only needs to issue mission goals, such as "go forward to reconnoiter a certain area" and "calibrate and indicate the target", instead of controlling the flight attitude or weapon release timing one by one. The airborne artificial intelligence system will make autonomous decisions within preset mission boundaries, including route design, target identification, threat avoidance, and timing of mission abort and return, thereby maintaining a high response speed in complex battlefield environments.
In terms of sensor configuration, the NYX drone will be equipped with an advanced reconnaissance and detection system, which can enter enemy-controlled areas under the cover of complex terrain and use "terrain stealth" such as hillsides, buildings and tree lines to perform tactical reconnaissance and target search missions. It can not only undertake intelligence, surveillance and target acquisition (RSTA) tasks, provide real-time battlefield situation images for Apache, but is also envisioned to have ground strike capabilities, or provide target instructions for Apache to carry out precision strikes through laser designation, data link guidance, etc.
At the operational level, the addition of this type of unmanned "wingman" is seen as a key part of improving the survivability of Apache troops. Unmanned platforms can enter high-threat areas first, withstand anti-aircraft fire and expose enemy fire points, reducing the risk of direct exposure of manned helicopters. At the same time, UAVs are relatively easy to replenish and maintain, and their logistics burden and battle damage costs are significantly lower than expensive manned armed helicopters and pilots.
Another important goal of the NYX plan is to strengthen the UK's local R&D and manufacturing capabilities in the field of unmanned helicopters to support the so-called "sovereign defense capabilities." By focusing on domestic enterprise participation and technology accumulation, the Ministry of National Defense hopes to maintain a leading position in the future autonomous military technology competition and spillover related technologies to the broader defense industry system.
British Defense Readiness and Industry Secretary Luke Pollard said that this generation of future unmanned helicopters will make the British Army more "effective and lethal" in terms of strike capability, battlefield survivability and victory. He emphasized that the NYX plan reflects the forefront of the British defense industry strategy and ensures that the UK maintains its frontline position in the field of autonomous military technology by cooperating with leading local companies.