Strike drones launched from British aircraft carrier for the first time

The Royal Navy launched strike drones from HMS Queen Elizabeth for the first time. The mid-October North Atlantic trials tested how autonomous aircraft could operate from a British aircraft carrier. This matters because the Navy is developing a hybrid carrier air wing, combining crewed aircraft with drones to extend reach, flexibility and striking power while keeping personnel farther from danger.

The drones were British-made Nyan Maritime one-way systems, manufactured in Wiltshire by Callen-Lenz. They took off from the carrier’s flight deck and operated alongside F-35B stealth jets. The trials followed the Nyan’s first sea launch earlier in the year from the experimentation ship XV Patrick Blackett.

The flights gave the Royal Navy practical evidence about how uncrewed strike systems might support future Carrier Strike operations. They also helped officials decide how drones and crewed aircraft should work together. The trials form part of a wider modernisation programme, including Project Pantheon and major planned investment in autonomous systems.

A one-way strike drone is an uncrewed aircraft intended for a single attack mission. It travels toward a target and is not designed to return for another flight. A reusable aircraft, by contrast, is built to come back, land, and operate again. This difference can affect how forces plan missions, though the article does not provide the Nyan’s range, guidance system or warhead details.

The Royal Navy used British-made Nyan Maritime one-way drones in North Atlantic trials. They launched from HMS Queen Elizabeth’s flight deck and demonstrated how autonomous strike systems might operate alongside F-35B stealth jets. The drones had already made their first sea launch from XV Patrick Blackett.

The trials were not described as combat operations. They were experiments to develop understanding and confidence about future Carrier Strike missions. The Royal Navy is assessing how one-way strike drones could add reach and lethality while placing fewer personnel directly in danger. The wider plan includes at least £210 million for low-cost, long-range one-way attack drones.

The article gives precise size and payload figures for the Tekever AR5, but not for the Nyan Maritime strike drone. The AR5 has a 7-metre wingspan and can carry 80 kilograms. Those figures show that carrier drones can be substantial aircraft, not merely small devices. The article does not state the Nyan’s wingspan, weight, range or payload.

The AR5 is a fixed-wing uncrewed aircraft. During Heavy Lift Challenge 3, it operated from an aircraft carrier for the first time. Its stated capacity allows it to support logistics and operational missions. The trial also examined intelligence, surveillance, target acquisition and reconnaissance tasks alongside strike systems.

The Nyan Maritime served a different purpose in the trials. It is described as a British-made one-way strike drone manufactured in Wiltshire by Callen-Lenz. Both aircraft demonstrated different roles for uncrewed systems at sea. Together, they supported the Navy’s plan for a more integrated hybrid carrier air wing.

Operating uncrewed aircraft alongside F-35B fighter jets lets a carrier combine different strengths. The Royal Navy says this can increase reach, lethality and flexibility while keeping personnel further away from danger. It also gives commanders more choices during Carrier Strike operations. The trials are intended to show how autonomous systems can contribute to a future force, rather than replace every crewed aircraft.

HMS Queen Elizabeth launched Nyan Maritime one-way strike drones during North Atlantic trials. The drones operated alongside F-35B stealth jets, providing evidence about how strike systems might be integrated. At the same time, a Tekever AR5 supported tests involving logistics, intelligence, surveillance, target acquisition and reconnaissance.

The current work remains experimental. Lieutenant Commander David Burton said the trials would help build confidence about how uncrewed systems can work with crewed aircraft. Project Pantheon will develop autonomous systems for a hybrid carrier air wing and test jet-powered drones alongside the F-35B force. The Queen Elizabeth class is planned to use uncrewed systems to strengthen that force.

Carrier-based drones can perform important missions without directly attacking targets. The article identifies logistics, intelligence, surveillance, target acquisition and reconnaissance as possible roles. These activities can help create a more integrated fighting force, while uncrewed systems may reduce the need to place personnel in dangerous situations. The trials focused on understanding these contributions at sea.

The clearest example was the Tekever AR5. During Heavy Lift Challenge 3, it became the first fixed-wing uncrewed aircraft to operate from a carrier. With a 7-metre wingspan and capacity to carry 80 kilograms, it can support both logistics and operational missions. Its trials examined how it could work alongside strike systems.

The Royal Navy is still testing and learning rather than describing a fully operational drone fleet. The AR5 trial took place alongside Nyan Maritime strike-drone flights from HMS Queen Elizabeth. Together, the experiments support the future hybrid carrier air wing, where crewed aircraft and drones provide commanders with greater choice.

The Defence Investment Plan provides over £5 billion for autonomous systems by 2030. The article describes this as the largest ever drone investment in Defence. Separately, the plan includes at least £210 million for low-cost, long-range one-way attack drones for the Navy, Army and RAF. These figures show both a broad autonomy programme and a specific attack-drone commitment.

The wider plan also includes almost £250 million for Project Pantheon. That project will develop autonomous systems for a hybrid carrier air wing and support trials of jet-powered drones alongside the F-35B force. At least £1.3 billion is planned for a hybrid fleet of crewed and uncrewed ships, with the first large autonomous vessels due in service by 2030.

The investment is linked to the government’s plan to modernise the Armed Forces for current warfare. The carrier trials provide evidence for those decisions. They tested strike drones and the AR5 at sea, helping the Royal Navy assess how autonomous systems could expand future Carrier Strike operations.

An aircraft carrier projects military power by providing a seaborne flight deck from which aircraft can operate. In this article, the carrier is the centre of Carrier Strike activity. Adding uncrewed aircraft could increase its reach, lethality and flexibility. It could also keep personnel further from danger. The Royal Navy calls this combination a hybrid carrier air wing.

HMS Queen Elizabeth demonstrated the idea by launching Nyan Maritime one-way strike drones alongside F-35B stealth jets. The same carrier hosted Heavy Lift Challenge 3, where a Tekever AR5 operated for the first time from a carrier. The AR5 could support logistics and operational missions, including intelligence, surveillance, target acquisition and reconnaissance.

The change is still being developed through trials. The Navy is gathering evidence about how autonomous systems should work with crewed aircraft. Project Pantheon will support the hybrid carrier air wing, while the Queen Elizabeth class is planned to use uncrewed systems to strengthen its F-35B force. The aim is greater commander choice and continued naval capability.