A military laser that could boost the UK Armed Forces with greater accuracy, all the while reducing the reliance on high-cost ammunition, has reached its next milestone.
During a trial at the MOD’s Hebrides Range, the DragonFire laser directed energy weapon (LDEW) system achieved the UK’s first high-power firing of a laser weapon against aerial targets. The range of DragonFire is classified, but it is a line-of-sight weapon and can engage with any visible target.
- First high-power firing of a laser weapon against aerial targets
- Laser boasts pinpoint accuracy and low long-term costs
- Partnership with industry making positive progress for UK Armed Forces
DragonFire exploits UK technology to be able to deliver a high power laser over long ranges. The precision required is equivalent to hitting a £1 coin from a kilometer away. Laser-directed energy weapons can engage targets at the speed of light, and use an intense beam of light to cut through the target, leading to structural failure or more impactful results if the warhead is targeted.
Firing it for 10 seconds is the cost equivalent of using a regular heater for just an hour. Therefore, it has the potential to be a long-term low-cost alternative to certain tasks missiles currently carry out. The cost of operating the laser is typically less than £10 per shot.
DragonFire is led by the Defence Science and Technology Laboratory (Dstl), on behalf of the UK MOD, working with its industry partners MBDA, Leonardo and QinetiQ.
This milestone demonstrated the ability to engage aerial targets at relevant ranges and is a major step in bringing this technology into service. Both the Army and Royal Navy are considering using this technology as part of their future Air Defence capabilities.
The latest milestone builds on a series of highly successful trials, including the first static high-power laser firing of a sovereign UK capability and demonstration of the DragonFire system’s ability to track moving air and sea targets with very high accuracy at range.
Building on this research, the MOD recently announced its intention to fund a multi-million-pound program to transition the technology from the research environment to the battlefield.
The latest trial was sponsored by the MOD’s Defence Science and Technology (DST) organization and Strategic Programs and enabled by many other agencies across government, ensuring all regulatory and safety approval requirements were satisfied.
The DragonFire weapon system is the result of a £100 million joint investment by the Ministry of Defence and industry. Together, the companies involved are supporting highly-skilled UK jobs in new cutting-edge technologies that are delivering a significant step-change in the UK’s capability in LDEW systems. In 2017, the MOD’s Chief Scientific Advisor’s Research Program awarded a £30 million contract to the DragonFire consortium to demonstrate the potential of LDEWs.
UK defence is continuing to invest in these game-changing technologies and is advancing the plans which will ultimately bring them into service.
UK Defence Secretary, Grant Shapp, said, “This type of cutting-edge weaponry has the potential to revolutionize the battlespace by reducing the reliance on expensive ammunition, while also lowering the risk of collateral damage. Investments with industry partners in advanced technologies such as DragonFire are crucial in a highly contested world, helping us maintain the battle-winning edge and keep the nation safe.”
Dstl’s Chief Executive, Dr. Paul Hollinshead, said, “These trials have seen us take a huge step forward in realising the potential opportunities and understanding the threats posed by directed energy weapons. With our decades of knowledge, skills, and operational experience, Dstl’s expertise is critical to helping the armed forces prepare for the future.“
Dr. Nick Joad, DST, said, “This is a really innovative application of science and engineering and is the fruit of sustained investment and effort. DragonFire uses cutting-edge science and technology and delivers much greater performance than other systems of a similar class. DragonFire provides a step-change in our ability to deal with high-performance and low-cost threats. UK defence is continuing to invest in these game-changing technologies and is advancing the plans which will ultimately bring them into service.”
Shimon Fhima, Director Strategic Programs for the MOD, said, “The DragonFire trials at the Hebrides demonstrated that our world-leading technology can track and engage high-end effects at range. In a world of evolving threats we know that our focus must be on getting capability to the warfighter and we will look to accelerate this next phase of activity. LDEW research and technology is delivered in partnership and is a cost-effective way of meeting the needs of the MOD while maintaining UK industry’s technology and skills base.”
Chris Allam, Managing Director, MBDA UK, said, “Together, the DragonFire partners and Dstl are demonstrating exceptional UK capability in laser directed energy weapons. The DragonFire system has been successfully proven to date and we are now closer than ever to having a unique weapon that will enable frontline commands to meet the rapidly changing threats they face.
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Mark Hamilton, Managing Director Electronics UK, Leonardo, said, “UK DragonFire is a great example of how a partnership-based UK enterprise approach can be successfully applied to a major national research and technology challenge. Leonardo is drawing on decades of laser technology heritage at our Edinburgh site in our work on the project: Our beam director technology is delivering ultra-precise tracking/pointing accuracy and stability, at long range, and whilst handling such high-power laser energy passing through it. We’re pleased to have successfully tested the system against a representative aerial target at varying ranges, altitudes and speeds, supporting the first UK High Energy Laser (HEL) firing against aerial targets across its operational field of regard.
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Steve Wadey, Group Chief Executive, QinetiQ, said, “Achieving the UK’s first high-power firing of a laser weapon against aerial targets at the QinetiQ-managed MOD Hebrides range is a significant milestone. Our world-leading science and technology capabilities have been applied to the continued development of our advanced coherent beam-combining technology which is delivering enhanced performance and scalability. I’m proud of the critical role we are playing in collaboration with industry partners and Dstl to support the development, test and evaluation of this sovereign capability.
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