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The United Kingdom plans to operate the DragonFire laser by 2027 on Type 45 destroyers, betting on nearly zero-cost firing and continuous capacity to face saturation attacks, reduce the consumption of expensive missiles, and expand naval defense against drones and other short-range threats
The United Kingdom plans to operate the DragonFire laser by 2027, equipping Type 45 destroyers of the Royal Navy with a high-energy weapon aimed at defense against drones, mortars, small vessels, and other short-range targets. This change accelerates the previous timeline by five years and marks an important step in the transition from experimental systems to operational use in naval combat.
The implementation will be supported by a production contract awarded to MBDA in November 2025 and will begin with at least two destroyers, following tests with live ammunition conducted at the Hebrides test range.
The British government confirmed the new timeline in March 2026 and stated that the first installation will occur on a Type 45 ship.
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United Kingdom accelerates the entry of the DragonFire laser
The review of the timeline reflects the growing concern over battlefields increasingly marked by the massive presence of drones. For naval planners, speed has become decisive, as this type of threat has evolved faster than traditional defense acquisition cycles.
The accelerated deployment seeks to reduce this gap and enhance the response capability of elite air defense warships. Other ships are expected to be included in the initial phase of the program as the system advances from the testing stage to operational platforms.
Laser targets cheap and high-volume threats
The DragonFire is designed to counter short-range threats, especially drones and mortar projectiles, which often appear in large numbers and have a low cost of use. This scenario creates difficulties for traditional interceptors, as each missile launched can cost hundreds of thousands of dollars.
In this type of confrontation, the laser offers a different response by being able to attack targets in sequence without the need for reloading. As long as there is available energy, operators can continue firing, which enhances the reaction capacity during prolonged attacks.
The system can also be employed against small vessels and certain approaching projectiles. Its effectiveness, however, depends on the time spent on the target and the energy capacity available on board the ship.
Jérôme Brahy, defense analyst and documentarian for Army Recognition, assessed that the equipment strengthens layered defense by adding a cost-effective engagement option for high-volume threats. This feature positions the laser as a complement to existing systems rather than a standalone replacement.
Economy and integration on Type 45 destroyers
The main advantage of the DragonFire lies in its cost. Each shot consumes approximately £10 in electricity, a value much lower than the price of interceptor missiles used in conventional defenses.
The Type 45 destroyers have been identified as a suitable platform to receive the system. The United Kingdom already operates the Sea Viper air defense system with Aster missiles on these ships, as well as SAMPSON and S1850M radars for target detection and tracking.
Naval guns, electronic warfare systems, and short-range defenses already comprise the protection of these vessels.
With the arrival of the laser, this architecture will gain a new non-kinetic layer, reducing dependence on finite stocks of missiles and decreasing the logistical burden associated with the storage and resupply of ammunition.
Engineers describe this capability as an “infinite magazine,” although the real limits depend on power generation and cooling systems, not on the amount of stored ammunition. For observers in the United States, the British advancement aligns with similar efforts by the U.S. Navy to address cheap and numerous threats without consuming high-value interceptors.
The rapid adoption of the DragonFire indicates that the laser is no longer treated merely as a futuristic concept. In British planning, it is now taking a practical space within modern naval combat.
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