Navy Moving Ahead With Effort to Put Lasers on Ships

After decades and decades of research and experimenting, the time has finally come to add deadly lasers to U.S. Navy ships’ arsenals, the sea service has decided.

That’s right, the Office of Naval Research is moving forward with a plan to arm ships with solid state lasers capable of taking out small enemy vessels that could be used in swarming attacks or suicide bombing mission against American warships.

“We believe it’s time to move forward with solid-state lasers and shift the focus from limited demonstrations to weapon prototype development and related technology advancement,” said Peter Morrison, program officer of the Solid-State Laser Technology Maturation program in a May 8 press release announcing the effort.

ONR wants to capitalize on the work it’s done with BAE Systems to marry lasers to the Mk 38 chain guns that are already used to defend ships. The latest versions of that weapon system can be remotely controlled and tied to a number of video and infrared sensors. As we’ve said before, combining all that with lasers will make the naval versions of the Mk 38 all the more deadly to anyone who gets the wrong idea while piloting a small boat near an American warship.

Want to sell your laser to the Navy? You’re in luck, ONR is hosting an industry day on May 16 “to provide the research and development community with information about the program,” reads the service’s announcement.  Potential laser-dealers can expect a request for proposals soon after that, according the announcement.

Click through the jump for video of one of ONR’s experimental lasers frying the engines of a small boat.

31 Comments on "Navy Moving Ahead With Effort to Put Lasers on Ships"

  1. What's the advantage to naval laser weapons? If you can direct a laser onto an aircraft or vessel you can also hit it with a projectile, and a cannon is a heck of a lot cheaper and more reliable.

  2. Well, in theory, if you have a nuclear reactor and a laser, you get many more"shots" than you would with a cannon using traditional munitions. Plus you would not have a powder magazine to be blown up on your own ship.

  3. This just seems to be the natural progression or evolution of weapons and warfare and it was bound to happen one day.

  4. Set Phasers to stun Mr. Spock…..

  5. Air Force shoud have this too.

  6. Now we can microwave our suicide Iranian boaters and fill them with holes at the same time.

  7. This is what you put on large cargo ships! Fire hoses and lasers, no pirate will stand in our way!

  8. Mythbusters tested one of these weapons. It failed.

  9. The thinking may be to field test (water test?) the technology by way of use against small boats as part of the development process. Supersonic sea skimming cruise missiles & anti-ship ballistic missiles are difficult targets for both cannons & defensive missiles. Lasers have the potential to be the best defensive weapon.

  10. I want my wave motion gun =(

  11. And probably if we add .Buratino Heavy Flame Thrower System like the one from T-72 on every boats and ship we have, it could become more competitive than any Chinese and Russians missile boats and ships.

  12. Hitting a flat, black engine bobbing in the water is not a good approximation of defending yourself against swarming speedboats or missile.

    At the same time, this looks like a good future prospect, but I want projectiles as my backup. At least with a gun + laser combo, the laser can attack the target for the few seconds it takes for the projectiles to arrive.

    This is like the early cannons and guns, which were heavily backed up by archers and pikemen

  13. Big-Rick – I agree…time to get some operational experience even if the technology isn't quite ready.

    Eventually, directed energy weapons will re-shape the battlefield to one of "if you can see it, you can kill it". This will have a significant impact on naval aviation as well, because any aircraft that comes within line-of-sight of a laser turret is toast.

  14. I think the point of getting the weapon system on-board ships is so that they (sailors) can start training on them realistically, even though the system isn't mature yet.

    This testing and feedback will allow the designers/engineers to make improvements and upgrades.

    You can only do so much testing in a lab environment

  15. stephen russell | May 10, 2012 at 8:57 pm | Reply

    Must for CG, FF, DD types & USCG cutters alone
    & for carrier defense (air & sea).
    & reuse old shore fortresses to house Lasers like those that held turn of century hiding guns. Awesome.
    & mount into SSN sub sail???

  16. Sharks with frickin' laser beams attached to their heads!

  17. Yeah…blah blah blah … so how's that work on my mirror? Dumb²

  18. i think it´s more future rail gun than laser.

  19. The laser would be best used against the hull of a speedboat…would penetrate much faster and a sinking boat is no longer a threat. Plus, anyone who does not believe these weapons could not in a matter of milliseconds disable an operator, or would not be used in that fashion is dreaming. If you see your comrade in the boat next you and see his uni go up in flames….I guarantee you that would send them scrambling.

  20. It really isn't too hard to hit a target that's not moving. I'm sure the enemy is going to say, "Oh, the U.S. Navy is firing a laser at us. Let's stop and give them an easy shot at our engines!" It's too soon people!

  21. Didn't appear to be much bang for the buck.

  22. The Navy will keep all its projectile weapons, these lasers will only be onboard as another option until they can "fire phasers"….or launch a full spread "photon torpedos"….

  23. This is an old video saw this a while ago on youtube. I would think they have progressed since then and if they are considering fielding the system I am sure they have the targeting systems in place to track a moving target for the duration needed to cause damage remember an incoming missile or high trajectory projectile would be far easier to track than a boat or an aircraft that could manuver.

  24. Gort, Klaatu barada nikto.

  25. It's maybe a great defense against super-sonic cruise missiles, especially for a carrier.

  26. Its still not an answer to a swarm of would be Iranian attackers in dozens if not hundred of small boats and ekranoplans all attacking at once.

  27. Hatredcopter | May 12, 2012 at 9:26 am | Reply

    Here's hoping for XRAY. Could you imagine being able to sweep a ship and vaporize the crew? JUST the crew? Inside and outside of the boat.

    Maybe a broad beam laser. Superheat the entire ship enough to melt barrels and VLS hatches.

    Swarms? Port and starboard FLASH system. Think of the arc of a MIG welder only on a monumental scale. Instant blindness. At that kind of power you should be able to throw in some EMP and fry out the electronics. Turn that swarm of speed boats into a swarm of row boats.

    We're finally, finally, getting into heavy duty technology. It's time to put the cannon to rest. It's done us a great service and I salute it every step of the way. It's been on the deathbed since the carrier proved itself in WW2 and now, soon, we can put it down completely.

    Keep in mind the impressive array of new civilian tech that will be birthed from this. The laser light shows at Sea World are due for an upgrade!

  28. Laser weapons can be used during a tactical stand-off when other conventional weapon systems can not be used for reasons of diplomatic expediency, etc. Such weapons (SSL) can inflict damages to or incapacitate a small boat or an unmanned aircraft creating a moment of anxiety or momentary panic or confusion among the enemy personnel. Such a combined effect can create a tactical advantage on the battlefield. Surprise effect and stealthiness of SSL use are of paramount importance. Laser weapons are silent killers and sabotage instruments. Their psychological effect on the enemy is also considered as an element of combat effectiveness during the early period of their potential deployment. So far, it is too early to talk about laser weapons as a substitute to conventional weapon systems.

  29. How about a phase plasma rifle with a 40 kwatt range

  30. commiekiller | June 21, 2013 at 2:25 am | Reply

    if this is what they are showing us, imagine what they really have in area 51, and so

  31. lance thain USN ret | February 19, 2014 at 6:02 pm | Reply

    The latest versions of laser weapon system can be remotely controlled and tied to a number of video and infrared sensorshigh-energy, solid-state directed energy, or “laser” weapon drone shields. Atmospheric conditions (rain, visibility, turbulence) limit the effective range. One solution may be to launch a concentric circle, corridor vectored or unmanned random screen of low-cost drones that operate as a laser weapon repeaters. Tuned to sensor wavelength of the master unit, the drone captures the laser emission, refocuses and boosts the energy, then re-fires the laser to the designated target tracked by the master unit. For example. a weather front of moisture or dust cloud exists between the master laser and the target. The pulse is routed in a "zig-zag " fashion of laser booster/repeater drones capable of maintaining or boosting re-emission power. The drones are inexpensive, unmanned, and may carry/store laser booster power for a significant time aloft. In the case when the first laser drone booster is not in position to better penetrate the atmosphere, the master unit redirects emissions to a second drone with greater kill power. The master unit determines the optimal power routing based on atmospheric drone sensor feedback. Degradation of signal strength may then be minimized. Further, the shield of drones increases the effective kill distance of the master laser unit. Repeater drones are service rotated for maximum drone shield and theater coverage. The cost of the "bullet" remains the same. Repeater drones platforms are based on existing unmanned hellfire-cruise-asw multi-purpose ASW unit technology with laser module modifications. The laser "dome" could be configured to utilizes drones independently launched from in-theater land, sea and air bases. Conceivably, this routing might allow laser shots at an enroute target from a 360 degree firing profile( the target has passed and the laser emmision beam strength targets the rear, side, top or bottom of the target.)

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