It has been reported that MBDA has been selected to demonstrate British laser weapons for use on Royal Navy warships.

The company was reportedly selected last week according to DefenseNews and IBL and is due to be confirmed as the winning bidder in the next few days.

It had been speculated that the MoDĀ was due to select a contractor to build a technology demonstrator to validateĀ a laser weaponĀ system.

ā€ŽIt is understood that the laser would be ‘co-mounted’ with the Phalanx’s cannon, rather than replacing it altogether.

Raytheon, a rival bidder, had showed a possible configuration with a laser and the 20mm Phalanx fitted alongside a radar and optronics. This image is shown above.

The Royal Navy already widely uses the Phalanx across its fleet.

According to multiple reports, the Royal Navy would add to its stock of Phalanx by purchasing ā€Žadditional weapons at some point. Close-in weapon systems remain a shipboard necessity for detecting and engaging missiles and aircraft at short range.

This news will see Britain join the laser arms race after America has already deployed a laser to the Gulf on one of its own warships.

Former First Sea Lord, Admiral Sir George Zambellas, made an announcement foreshadowing this last year. He claimed that Britain will test a prototype laser cannon on its warships by the end of the decade.

The ā€œdirected energy weaponā€ will be able to fire high energy beams to damage and burn up targets at the cost of only pence per shot.

America deployed a working laser weapon system on board USS Ponce in the Gulf last year. The laser has been successfully tested shooting down drone aircraft and burning up small attacking boats, or at lower power to ā€œdazzleā€ sensors and instruments.Ā The AN/SEQ-3 Laser Weapon System reportedly worked perfectly, indeed the commander of the Ponce is authorised to use the system as a defensive weapon.

Laser weapons are an increasing focus for defence firms and expected to become more common on the battlefield in the next decade.

In May, Raytheon claimed the first test firings could take place in 2018.

George Allison
George has a degree in Cyber Security from Glasgow Caledonian University and has a keen interest in naval and cyber security matters and has appeared on national radio and television to discuss current events. George is on Twitter at @geoallison

57 COMMENTS

    • Burning holes in slow, black, rubber inflatable, dinghies in perfect weather on a calm sea.

      Uh huh. Colour me impressed.

  1. Bet it will be a rating with a laser pen on the upper deck. Trying to fool Russians. Like us on Ark 1988on Outback 88 Deployment painting broomhandles navy gray and masking tape to upper deck. Russians very confused with all our new communication systems.

    • Confusing the opponent is SOP. Confusing him cheaply is even better. This is proof that laser weapons won’t happen, how?

  2. Effective at interference with laser guided incoming, but just can’t see anything with the punch power to overcome atmospheric absorption at any distance. Still the work never stops.

  3. We have Phasers already OSA prevents me from giving more details
    We will also have underwater drones that look like dolphins with passive sonar 3009 and uranium tipped miniature ultra high velocity torpedoes the size of a 50 cal shell

  4. Meh. We had it first. :p

    Now, if the Royal Navy wouldn’t mind changing uniforms to something in a nice OD green, with tall boots, and built their ships in a more triangular shape with more lasers… then you guys could pull ahead! šŸ˜‰

    • The Protocol on Blinding Laser Weapons, Protocol IV of the 1980 Convention on Certain Conventional Weapons does ban lasers specifically designed to blind though this does not apply to incidental or collateral blinding.
      These lasers are intended for close in defence against missiles and drones. They are colocated with the Phalanx which would deal with manned aircraft that get through the other layers of defence.

LEAVE A REPLY

Please enter your comment!
Please enter your name here