A British laser gun named “DragonFire” has showcased its prowess by successfully blowing up drones in remote trials conducted in Scotland’s outer Hebrides.
The formidable prototype, designed by the Defence Science and Technology Laboratory (DSTL), was fired at a remote range with each shot costing a mere £10. Despite running five years behind schedule and incurring a development cost exceeding £140 million, the DSTL highlighted the cost-effectiveness of the weapon, potentially saving millions in future conflicts.
DragonFire is designed to target missiles, planes, drones, and satellites with pinpoint accuracy, using a highly focused laser beam capable of hitting a pound coin from over a mile away. The laser cannon employs mirrors to focus heat on a specific point, enabling it to blast targets at the speed of light and cut through them, exploding missile warheads.
The first test, conducted in November 2022, saw DragonFire successfully blast a drone from a distance of over two miles. This recent test signifies a significant step forward, allowing plans for the laser’s combat deployment to be accelerated to address emerging threats worldwide.
Defence Secretary Grant Shapps praised the cutting-edge technology, envisioning weapons like DragonFire revolutionizing the battlespace. Shapps emphasized the potential cost savings, with firing the laser for 10 seconds equivalent to the cost of using a regular heater for just an hour. He also highlighted the laser’s ability to reduce the risk of collateral damage compared to traditional missile systems.
DragonFire’s development faced challenges in creating a super-hot laser without damaging the firing mechanism, as well as concerns about its potentially unlimited range. However, Shapps commended its capacity to minimize collateral damage, stating, “Investments with industry partners in advanced technologies like DragonFire are crucial in a highly contested world, helping us maintain the battle-winning edge and keep the nation safe.” The successful tests pave the way for further advancements in laser-based weaponry, promising a cost-effective and precise alternative in modern warfare.
