1″Revolutionary Technology: Royal Navy Set to Equip Ships with Drone-Destroying LASER BEAMS Within Five Years!”

“Revolutionary Technology: Royal Navy Set to Equip Ships with Drone-Destroying LASER BEAMS Within Five Years!”

In just a few short years, Royal Navy vessels will be fortified with advanced laser technologies capable of neutralizing threats from hostile drones and missiles. By 2027, this game-changing innovation is predicted to become operational on British naval fleets, marking a crucial response to escalating conflict situations, such as those observed in Gaza and Ukraine.

The cutting-edge DragonFire laser system, priced at approximately £10 per shot, could potentially see action in Ukraine ahead of schedule due to the pressing urgency for effective countermeasures against these airborne threats.

Amidst rising concerns over potential drone attacks linked to two major ongoing conflicts, the UK Government has reportedly expedited the development process for a powerful laser weapon designed to neutralize such threats.

According to recent reports, the Ministry of Defence (MoD) has significantly boosted the speed of the laser system under production at the Porton Down Defence Science and Technology Laboratory (DSTL).

Scientists and industry experts have worked closely together to bring the laser weapon from its experimental stage to near readiness for deployment on the front lines. This collaboration represents a critical step forward in ensuring the safety and security of British forces amidst the evolving global threat landscape.

During a tour of the DragonFire laboratory on Thursday, Defense Secretary Grant Shapps expressed his optimism about the potential impact of the new laser weapon currently under development. He noted, “This laser has the capability to strike a £1 coin from a distance of one kilometer – imagine the enormity of its consequences.”

Shapps went on to stress the importance of embracing innovative technological advancements like the DragonFire laser, asserting that unnecessary delays in adopting such groundbreaking weapons constitute the “biggest waste of money in defense.”

By investing in and rapidly deploying cutting-edge technologies, the UK aims to maintain a robust defensive stance against emerging threats and ensure the protection of its interests on the global stage.

 

Speaking at the DragonFire laboratory, Defense Secretary Grant Shapps emphasized the importance of swiftly integrating revolutionary new technologies into the UK’s defense capabilities. He stated, “There is always a cost associated with delays.”

With a sense of determination, Shapps declared, “My goal is to expedite a process that would typically take years, if not longer, and have it deployed as soon as possible—possibly on land and possibly on ships.”

Regarding the timeline for implementing the DragonFire laser system, Shapps revealed that the UK plans to incorporate it into its arsenal by 2027.

However, in light of the urgent need for effective countermeasures against drone threats, particularly in conflict zones like Ukraine, the UK is exploring the option of dispatching prototype versions of the laser weapon, even if they aren’t yet fully developed, to help address the immediate challenge.

This proactive approach highlights the UK’s commitment to staying at the forefront of defense technology and maintaining the highest level of security for its citizens and allies.

In his remarks at the DragonFire laboratory, Defense Secretary Grant Shapps conveyed his belief that the groundbreaking nature of the project sets the UK apart from other countries.

He exclaimed, “What we’re doing here is quite unique and unlikely to be replicated by other nations.” Shapps went on to praise the innovativeness of the technology, describing it as “truly light years ahead of its time.”

At the heart of the DragonFire laser lies a sophisticated design incorporating a hexahedral array of 37 individual 1.5kW lasers. Through the application of mirror technology and a scientific principle called constructive interference, these lasers work together to amplify their combined power, making the DragonFire weapon a potent force against potential threats.

This advanced engineering solution showcases the UK’s dedication to pushing the boundaries of defense technology and maintaining a competitive edge in the global arena.

Senior laser physicist Tim Kendall, a key figure behind the DragonFire laser project at the UK’s Defence Science and Technology Laboratory (DSTL), described the extraordinary capabilities of the weapon during Defense Secretary Grant Shapps’ visit to the laboratory.

According to Kendall, the intricate combination of 37 highly concentrated 1.5kW lasers results in a “perfect laser beam” that can be discharged via a telescopic lens. Since the emitted light possesses a wavelength of merely one micron, falling within the realm of infrared radiation that is undetectable by the human eye, the DragonFire laser remains both silent and invisible to the naked eye.

Through rigorous testing, the DragonFire weapon has demonstrated impressive performance, managing to eliminate drones and cause mortar explosions in under five seconds using a bespoke guidance system and commercially available laser components.

This remarkable achievement underscores the ingenuity and effectiveness of the UK’s investment in cutting-edge defense technology, positioning the nation at the vanguard of anti-drone warfare solutions.

The DragonFire laser, a trailblazing defense technology being developed by the UK’s Ministry of Defence (MoD), offers a promising alternative to expensive interceptor missile systems for neutralizing drones.

With the potential to target unmanned aerial vehicles (UAVs) at a substantially lower cost compared to missiles, which can reach tens or even hundreds of thousands of pounds, DragonFire presents an attractive solution for addressing the increasingly common drone threat in modern warfare.

Capable of moving at the speed of light and boasting a classified range, the DragonFire laser exhibits exceptional destructive power. It can effortlessly penetrate and obliterate sheet metal, fuselages, and armaments in mere seconds, transforming any targeted metal surface into a scorching 3,000°C plasma.

Primarily designed to eliminate drones, the system represents a vital adaptation to the evolving battlefield landscape shaped by the proliferation of UAVs in conflicts, most notably in Israel and Ukraine.

During his visit to the DragonFire laboratory, Defense Secretary Grant Shapps expressed confidence in the laser’s potential to go beyond its intended purpose of destroying drones and extend its capabilities to thwarting faster-moving projectiles, such as ballistic missiles.

He shared his vision, stating, “It ought to be able to destroy costly approaching missiles as well.” Although the technology is not yet ready for combat applications, Shapps is actively engaging military experts in dialogue regarding ways to enhance the DragonFire system and adapt it for ground usage during armed conflicts.

This exploration of expanding the laser’s role signifies the UK’s commitment to remaining at the forefront of defense technology and safeguarding its interests against diverse and evolving threats.

Defense Secretary Grant Shapps acknowledged the immense potential of the DragonFire laser system in the ongoing European conflict and expressed his eagerness to explore possibilities for accelerating its deployment. He reflected, “The goal is 2027, but I want to examine every facet of this.”

Despite acknowledging imperfections that might exist in the current version of the weapon, Shapps maintained the official deadline while simultaneously seeking opportunities to hasten its implementation. He mused aloud, “As of right now, 2027 is still the deadline, but naturally, I’ll look for ways to expedite it.”

This openness to finding creative solutions reflects the UK’s unwavering commitment to providing advanced defense technologies to protect its allies and defend against various threats.

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Project Manager Matt Cork of the UK’s Defence Science and Technology Laboratory (DSTL) announced that select army personnel would begin conducting user experiments with the DragonFire laser system in September. The 7th Air Defence Group was identified as the team tasked with evaluating the ground-based air defense system’s performance and offering valuable feedback to improve its functionality.

Currently, the terrestrial variant of DragonFire is designed primarily for ground installation, with plans to mount it onto a truck for enhanced mobility. British Army specialists will play a pivotal role in refining the system based on their hands-on experience and identifying any potential challenges that may arise during the operation.

This collaborative approach between researchers and military personnel ensures that the DragonFire laser continues to evolve and effectively addresses the ever-changing demands of modern defense requirements.

DragonFire will trail British minesweeping vessels that are dispatched to Ukraine.

 

On Thursday, two former British minehunters, the Chernihiv and Cherkasy, made their arrival in Portsmouth, England, marking the beginning of their final mission to aid in the demining efforts in the Black Sea on behalf of Ukraine. Acting Ukrainian Ambassador to the UK, Eduard Fesko, attended the ceremony to witness the historic moment.

After completing extensive training alongside British troops, the Ukrainian sailors and their newly adopted vessels have reached “full operational capability” according to the Royal Navy. This significant milestone marks another successful chapter in the international cooperation aimed at enhancing the security and stability of the Black Sea region.

The Ukrainian military secured the acquisition of two retiring Sandown-class minehunter warships from the UK, which were officially handed over in December 2022. These vessels, formerly named HMS Brocklesby and HMS Quorn, will now serve in the Ukrainian fleet and contribute to the crucial endeavor of clearing approximately 800 square kilometers of mines present in the Black Sea.

However, Turkey’s implementation of the 1936 Montreux Convention, which regulates maritime traffic through the Dardanelles and Bosphorus straits during periods of conflict, poses a challenge for the Ukrainian military.

To date, Turkish authorities have prevented the entry of the two ex-Royal Navy minehunters into the Black Sea, complicating the Ukrainian demining efforts and highlighting the geopolitical complexities surrounding regional security.

Following the conclusion of hostilities, the post-conflict Ukraine places utmost importance on removing mines from the Black Sea to restore one of its essential grain export lanes. Acting Ukrainian Ambassador to the UK, Eduard Fesko, spoke to The Today Us News about the significance of this undertaking:

“It will be a huge undertaking, a huge task, and it will be the first and foremost priority to make sure that the trade routes are safe for civilian ships after the cessation of hostilities.”

The employment of the recently acquired Sandown-class minehunter warships, constructed of glass-reinforced plastic material, proves advantageous in this context. Their non-magnetic composition renders them immune to mines triggered by the presence of a metal vessel, ensuring the safety of the crews and enabling efficient demining operations in the perilous waters of the Black Sea.

Defense Secretary Grant Shapps emphasized the United Kingdom’s role in assisting Ukraine in upgrading its naval forces during a recent statement.

The transfer of the Sandown-class minehunter warships, along with the top-notch instruction provided by the Royal Navy, is expected to bring substantial improvements to Ukraine’s ability to secure its territorial waters in the future. Shapps elaborated, “The UK is leading the way in helping Ukraine modernize its Navy.”

This announcement comes shortly after Foreign Secretary Douglas Llewelyn Cameron’s visit to the United States, where he advocated for continued financial support from Washington towards Ukraine. Both diplomatic initiatives reflect the international community’s collective commitment to strengthening Ukraine’s defensive capabilities and promoting peace and stability in the region.

In response to a query regarding Foreign Secretary Lord Cameron’s recent travels to the US and the issue of arms supplies, Acting Ukrainian Ambassador to the UK, Eduard Fesko, highlighted the significance of the UK’s actions amidst the challenging circumstances.

He noted, “When we talk about weapons stockpiles, the availability of hardware material is much higher in the US than elsewhere for a multitude of reasons.” Nevertheless, Fesko emphasized the importance of the UK’s efforts to ensure that Ukraine receives the necessary assistance, expressing appreciation for the country’s unwavering support:

“However, given the current circumstances, it is extremely telling that the UK is making every effort to guarantee that Ukraine can receive the assistance it requires.” This sentiment underscores the critical role the UK plays in bolstering Ukraine’s defenses and contributing to regional security.

 

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