The U.S. Navy has begun using Xbox-style controllers to operate anti-drone laser systems deployed on its warships. This decision is based on the controllers' ability to provide targeting precision and rapid user inputs, which are critical for operating weapons platforms. Additionally, many sailors are already familiar with the basic layout of these controllers, simplifying training.
These laser systems are not experimental; they are actively deployed on warships and have reportedly been used against drones and other threats in the Strait of Hormuz. This marks one of the first instances of an anti-drone laser being deployed in an active conflict area. The Royal Navy is also installing similar systems on its destroyers, with expected operational status by next year.
Lasers offer a cost-effective solution for counter-drone operations compared to traditional missiles and close-in weapons systems. A single laser engagement is estimated to cost around $13 in electricity. This contrasts sharply with anti-aircraft missiles, which can cost thousands to millions of dollars, and conventional ammunition for machine guns and cannons.
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The U.S. Navy is deploying anti-drone laser systems on warships, controlled by Xbox-style controllers. This approach leverages sailors' familiarity with game controllers for targeting precision and rapid input, and offers a cost-effective solution for neutralizing drone threats in active conflict zones.