Britain’s Royal Navy is preparing to launch an American-made autonomous combat aircraft from one of its Queen Elizabeth-class aircraft carriers in 2027, marking a significant step in the growing defence-industrial partnership between the United States and the United Kingdom.
First Sea Lord General Sir Gwyn Jenkins, head of the Royal Navy, announced on November 10, 2026, that Northrop Grumman’s Talon Blue Collaborative Combat Aircraft (CCA) will undergo carrier-based trials aboard HMS Prince of Wales. The planned demonstration will test whether a jet-powered autonomous aircraft can operate from a British aircraft carrier without conventional catapult launch systems or arresting wires.
Speaking at the International Sea Power Conference (ISPC) in Oslo, Norway, Jenkins confirmed that the Royal Navy would formalise its cooperation with the American defence company under Project Vanquish.
“In two days’ time [on November 12, 2026], on this carrier, I will sign a statement of intent with … Northrop Grumman to prepare their Talon demonstrator for trials with the Royal Navy under Project Vanquish,” Jenkins said. “Through that agreement, we will work towards a demonstration in UK waters in 2027, including a launch from the carrier.”
The trials are expected to provide the Royal Navy with important operational data on how autonomous combat aircraft could be integrated safely and effectively into its existing carrier air wing, which currently relies primarily on crewed F-35B Lightning II fighters and helicopters.
Jenkins said the Royal Navy was determined to accelerate the adoption of emerging military technologies rather than wait for fully developed systems before beginning operational assessments.
“Then we learn, adapt, and keep moving forward,” he said aboard HMS Prince of Wales. “That is how we deliver capability at the pace necessary. Not by waiting years for a perfect solution, but by working with industry to get the latest technology into the hands of our people as quickly as possible. Of course, moving at pace carries some risk.”
The planned demonstration represents a major milestone for Project Vanquish, an initiative announced in 2025 and jointly developed by the Royal Navy and the British Royal Air Force (RAF). The programme seeks to determine whether a jet-powered, short-take-off-and-landing Autonomous Collaborative Platform (ACP) can operate alongside existing aircraft aboard the Queen Elizabeth-class carriers.
Project Vanquish forms part of the wider Maritime Aviation Transformation (MATX) programme and Britain’s proposed Hybrid Air Wing concept. Under the long-term vision, the Fleet Air Arm is expected to become primarily unmanned by 2040, with autonomous aircraft performing an increasingly important role alongside conventional combat aircraft.
The programme is particularly significant because of the unusual configuration of Britain’s two aircraft carriers, HMS Queen Elizabeth and HMS Prince of Wales.
Unlike American nuclear-powered aircraft carriers, which use catapult-assisted launch systems and arresting wires to recover conventional fixed-wing aircraft, the British carriers are designed around ski-jump-assisted short take-offs and vertical or short landings.
Their flight decks were primarily developed for the F-35B, which can take off over the ski jump and land vertically, as well as helicopters. They do not have electromagnetic or steam-powered catapults or conventional arresting equipment.
Consequently, operating a conventional jet-powered unmanned aircraft from these carriers presents substantial engineering and operational challenges. Any aircraft selected for the role must demonstrate that it can take off within the available deck space and recover safely without the equipment traditionally used by conventional carrier-based jets.
Project Vanquish aims to demonstrate that a Tier 2 ACP can be launched and recovered under these conditions. The Royal Navy’s Tier 2 requirement focuses on jet-powered, attritable unmanned aircraft capable of undertaking complex military missions while remaining affordable enough to be risked in high-threat environments.
Talon Blue, developed by Northrop Grumman using company funding, has emerged as a potential platform for the demonstration.
The aircraft was unveiled in late 2025 following a largely secret development programme. In December 2025, the US Air Force assigned it the Mission Design Series designation YFQ-48A.
Its development has progressed rapidly. On October 3, 2026, the aircraft completed its first fully autonomous flight in Mojave, California. The demonstration reportedly included autonomous taxiing, take-off, in-flight manoeuvres and landing, marking an important achievement in the development of the platform.
Talon Blue features a long, slender fuselage, swept lambda-style wings, canted twin vertical tails, a dorsal air intake and a wide-track landing gear arrangement. According to Northrop Grumman, it is powered by a single Pratt & Whitney PW500-family commercial turbofan engine that has undergone extensive testing to expand its operating envelope for collaborative combat aircraft missions.
As a Collaborative Combat Aircraft, Talon Blue is designed to operate alongside crewed fighter aircraft in manned-unmanned teaming (MUM-T) configurations. Such systems are intended to extend the operational reach of manned fighters by providing additional sensors, carrying weapons, conducting surveillance and undertaking dangerous missions that would otherwise expose pilots to significant risks.
The aircraft is also positioned as a potential contender for the US Air Force’s CCA Increment 2 programme. Northrop Grumman has drawn on lessons from its unsuccessful bid in the earlier Increment 1 competition to develop the independently funded demonstrator.
Interestingly, the Royal Navy’s planned 2027 carrier demonstration could take place before the US Air Force makes its final selection for the Increment 2 programme. This would give Northrop Grumman an opportunity to demonstrate the aircraft’s operational flexibility in a demanding maritime environment.
However, the Talon Blue has not yet been publicly confirmed as a fully carrier-configured aircraft. Its conventional landing gear and existing airframe design may require modifications to withstand the demands of repeated carrier operations. The aircraft must also demonstrate reliable performance during short-deck take-offs and recoveries in challenging maritime conditions.
The Royal Navy has already gained experience operating unmanned aircraft from its Queen Elizabeth-class carriers, although previous demonstrations have primarily involved propeller-driven platforms.
In November 2023, the service launched General Atomics’ Mojave unmanned aircraft from HMS Prince of Wales. The demonstration explored the potential of operating larger unmanned aircraft from a carrier without conventional catapult systems.
More recently, Nyan one-way attack drones were launched from HMS Queen Elizabeth, while Tekever’s AR5 platform successfully landed aboard the carrier earlier in November 2026.
The Talon Blue demonstration would represent a more significant technological step because it involves a jet-powered combat aircraft rather than a conventional propeller-driven drone.
The most important precedent remains the F-35B Lightning II, which established the fixed-wing aviation capability of the Queen Elizabeth class. The first take-offs and landings involving the F-35B aboard a British carrier took place in 2018 off the United States’ East Coast.
If the 2027 trials succeed, Talon Blue would become the next major American-designed combat aircraft to demonstrate operations from Britain’s carriers, potentially extending the relationship from crewed fifth-generation fighters to autonomous collaborative combat systems.
Jenkins has repeatedly emphasised the need to accelerate the development and testing of autonomous aviation capabilities. Last year, he publicly expressed the ambition of launching a jet-powered Collaborative Combat Aircraft from a carrier flight deck within the following year.
Britain is also developing its own carrier-capable Collaborative Combat Aircraft, intended to meet the requirements of the Queen Elizabeth-class fleet. Nevertheless, the decision to cooperate with Northrop Grumman demonstrates the Royal Navy’s willingness to evaluate an available American platform rather than wait for a domestically developed aircraft to reach the demonstration stage.
The approach reflects Jenkins’ broader argument that the operational risks of delaying technological adoption could outweigh the risks associated with testing emerging capabilities.
The partnership also offers advantages to both countries. For Northrop Grumman, the demonstration would provide valuable operational data on how a jet-powered autonomous aircraft can function from a carrier without catapults or arresting wires. Such information could inform future aircraft designs and expand the potential applications of collaborative combat systems.
For Britain, the trials would provide an early opportunity to understand the technical, logistical and operational requirements of integrating autonomous jet aircraft into its carrier force. The findings could influence future procurement decisions, the development of British unmanned aviation programmes and the long-term structure of the Royal Navy’s Hybrid Air Wing.
Nevertheless, the planned demonstration does not automatically mean that Britain will purchase Talon Blue or select it as the permanent aircraft for Project Vanquish. The immediate objective is to establish whether the aircraft can meet the operational requirements of the British carrier environment and generate evidence for future decisions.
The outcome could have implications extending well beyond the Royal Navy. As major military powers increasingly explore autonomous aircraft and manned-unmanned teaming, the ability to deploy combat drones from carriers without expensive catapult and arresting systems could open new possibilities for naval aviation.
For Britain’s Royal Navy, the 2027 Talon Blue demonstration will therefore be more than a technology experiment. It will be an important test of whether its existing aircraft carriers can accommodate the next generation of autonomous combat aviation without requiring a fundamental redesign of their flight decks.
