In a groundbreaking trial at the Hebrides Range, the UK Ministry of Defence (MOD) successfully deployed the DragonFire laser-directed energy weapon (LDEW) system for its inaugural high-power test against flying targets. While DragonFire’s specific reach remains undisclosed due to its classified nature, its effectiveness is not limited by distance as long as the target remains in sight.
This significant event marked the first instance of using such a high-energy laser to neutralize aerial threats. It showcased the weapon’s exceptional precision—akin to striking a quarter from over half a mile away—and highlighted its potential for significant cost savings over time. The DragonFire system, which is the result of collaboration between the Defence Science and Technology Laboratory (DSTL) for the UK MOD and its industry allies MBDA, Leonardo, and QinetiQ, demonstrates the UK’s capability to deliver a potent laser across substantial distances.
Laser-directed energy weapons like DragonFire offer instantaneous engagement speeds, utilizing a concentrated light beam to dismantle targets effectively. If aimed at explosive components, this can cause immediate structural compromise or more severe consequences. Remarkably, operating the laser for ten seconds incurs a cost comparable to running a standard heater for an hour, with each shot costing under $10. Thus, it presents a cost-efficient alternative to missile-based operations for specific missions.
The development of DragonFire signifies a leap forward in defense technology, with potential applications for both the British Army and Royal Navy in their future air defense strategies. Defence Secretary Grant Shapp highlighted the transformative impact of such advanced weaponry, emphasizing its capacity to minimize the dependence on costly ammunition and reduce collateral damage.
Following a series of successful tests, including stationary high-power laser trials and demonstrations of DragonFire’s tracking capabilities against moving air and sea targets, the MOD is now moving to integrate this technology into operational use. This initiative reflects the UK’s commitment to maintaining a technological advantage in defense through strategic partnerships with industry leaders.
The project represents a £100 million collaboration between the Ministry of Defence and its industry partners, fostering the advancement of LDEW systems and supporting specialized jobs within the UK. Initiated by a £30 million contract from the MOD’s Chief Scientific Advisor’s Research Programme in 2017, DragonFire is a testament to the enduring investment in and development of cutting-edge defense technologies.
In a groundbreaking trial at the Hebrides Range, the UK Ministry of Defence (MOD) successfully deployed the DragonFire laser-directed energy weapon (LDEW) system for its inaugural high-power test against flying targets. While DragonFire’s specific reach remains undisclosed due to its classified nature, its effectiveness is not limited by distance as long as the target remains in sight.
This significant event marked the first instance of using such a high-energy laser to neutralize aerial threats. It showcased the weapon’s exceptional precision—akin to striking a quarter from over half a mile away—and highlighted its potential for significant cost savings over time. The DragonFire system, which is the result of collaboration between the Defence Science and Technology Laboratory (DSTL) for the UK MOD and its industry allies MBDA, Leonardo, and QinetiQ, demonstrates the UK’s capability to deliver a potent laser across substantial distances.
Laser-directed energy weapons like DragonFire offer instantaneous engagement speeds, utilizing a concentrated light beam to dismantle targets effectively. If aimed at explosive components, this can cause immediate structural compromise or more severe consequences. Remarkably, operating the laser for ten seconds incurs a cost comparable to running a standard heater for an hour, with each shot costing under $10. Thus, it presents a cost-efficient alternative to missile-based operations for specific missions.
The development of DragonFire signifies a leap forward in defense technology, with potential applications for both the British Army and Royal Navy in their future air defense strategies. Defence Secretary Grant Shapp highlighted the transformative impact of such advanced weaponry, emphasizing its capacity to minimize the dependence on costly ammunition and reduce collateral damage.
Following a series of successful tests, including stationary high-power laser trials and demonstrations of DragonFire’s tracking capabilities against moving air and sea targets, the MOD is now moving to integrate this technology into operational use. This initiative reflects the UK’s commitment to maintaining a technological advantage in defense through strategic partnerships with industry leaders.
The project represents a £100 million collaboration between the Ministry of Defence and its industry partners, fostering the advancement of LDEW systems and supporting specialized jobs within the UK. Initiated by a £30 million contract from the MOD’s Chief Scientific Advisor’s Research Programme in 2017, DragonFire is a testament to the enduring investment in and development of cutting-edge defense technologies.
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