Royal Navy Transforms Carrier Operations with Drone Integration

A New Era for the Royal Navy

The HMS Prince of Wales, one of the United Kingdom’s premier aircraft carriers, is undergoing a significant operational shift. While the vessel remains a powerhouse of traditional naval aviation—boasting a sophisticated air wing of F-35B stealth fighter jets alongside Merlin and Wildcat helicopters—it has begun integrating small, uncrewed aerial systems into its daily workflow. These drones are increasingly handling tasks that were once exclusively the domain of crewed helicopters, including logistics support and surveillance operations.

The Rise of the Malloy T-150

Central to this transition are quadcopter drones manufactured by the British company Malloy Aeronautics. During a recent deployment off the coast of Norway, a flight deck officer aboard the HMS Prince of Wales confirmed that these drones are now a regular feature of the carrier’s operations. The drones are launched from a specific area of the flight deck colloquially known as the “graveyard,” situated near the ski-jump ramp used by fighter jets.

These units are capable of carrying payloads of up to 150 pounds. Their utility was first demonstrated in 2025, when a Malloy T-150 successfully delivered supplies from the carrier to a nearby warship. While the initial trial covered a distance of just over a mile, the T-150 boasts a maximum operational range of approximately 23 miles. According to the Royal Navy, the objective of these trials is to identify a cost-effective and efficient alternative to traditional helicopter and boat-based delivery methods.

Moving Toward a Hybrid Air Wing

The integration of these drones is part of a broader, multi-million-pound British initiative to modernize its two Queen Elizabeth-class carriers. The goal is to develop a “hybrid carrier air wing” that allows uncrewed systems to operate in tandem with crewed aircraft. While drones are expected to become increasingly prominent, officials emphasize that they are not intended to fully replace helicopters. Crewed aircraft like the Merlin Mk4 Commando remain essential for heavy cargo transport and troop movements, while Merlin Mk2 and Wildcat variants continue to provide critical anti-submarine warfare capabilities.

The Royal Navy’s commitment to autonomy is further evidenced by recent milestones. In October, the HMS Queen Elizabeth successfully launched a strike drone in the North Atlantic, marking a first for the UK’s carrier fleet. That same month, an AR-5 fixed-wing drone, produced by the Portuguese-British firm Tekever, was operated from an aircraft carrier for the first time, further expanding the potential for surveillance and logistics missions.

Global Context and Naval Autonomy

The UK is not alone in its pursuit of naval autonomy. Militaries worldwide are rapidly adapting their fleets to incorporate uncrewed systems. Nations including Turkey, China, and Iran have already moved to convert vessels into dedicated drone carriers, while South Korea has tested the launch of uncrewed aircraft from amphibious assault ships. Across the Atlantic, the United States Navy is also heavily invested in this transition; the Pentagon recently awarded Boeing a $562 million contract for the MQ-25A Stingray, a drone designed specifically for mid-air refueling of carrier-based fighter jets.

Beyond the air, the UK is pushing for greater autonomy across its entire surface fleet. Britain recently launched its first squadron comprised entirely of autonomous surface vessels, designed to operate alongside traditional warships. As these technologies continue to mature, the role of the aircraft carrier is evolving, moving away from a strictly crewed platform toward a more integrated, hybrid force capable of leveraging the unique advantages of both human-piloted aircraft and autonomous systems.

Source: businessinsider.com