Laser Arms Race Gives Savvy Defense Play Even More Firepower

5 | By Michael A. Robinson

Defense stocks are one of the smartest buys of the Trump White House era, given his stated commitment to boosting defense spending by $54 billion.

As we’ve seen, drones and autonomous vehicles are two high-profit ways to play the growth energizing this $1.7 trillion sector.

But the big play – the really disruptive, transformative 21st-century technology – is military lasers.

We’re talking “ray guns” here.

It sounds like science fiction, but it’s a reality. Laser weapons are here now, and, perhaps as soon as next year, they’ll change the way the U.S. military fights conflicts all over the world.

You’ll have reaped the financial rewards long before that, though. That is, if you make one critical play…

An Infinite, Safe Supply of Ammo

You can’t fight without ammo, and that makes it a huge consideration when you’re designing (and paying for) a fighter plane or a battleship, for example.

A turret for a 16-inch naval gun housing costs around $1.5 million – without the guns. Shells can weigh anywhere from 1 to 1.5 tons, with each one going to outfit the U.S. Navy‘s new, $4 billion Zumwalkclass destroyer costs $800,000.

Ammo can be dangerous, of course.

So, shells need to be stored in huge, vulnerable magazines aboard ships. In battle, a lucky shot at a ship’s magazine might cause a catastrophic explosion.

Even in peacetime, lethal misfires and explosions have occurred, killing dozens of sailors.

The technology is borderline medieval. There have been refinements, but at the end of the day, a shell is a heavy piece of metal hurled downrange though a sturdy tube by exploding chemical propellants, just like it was in the 13th century.

Laser weapons could make all this ancient history.

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You don’t need to keep expensive, dangerous shells around anymore. And you don’t have to build your planes and ships to accommodate them, either.

As such, your weapons platform – manned or unmanned – is open to other useful equipment.

They’re precise, too. Explosions are messy, and no matter how carefully explosive shells and missiles are aimed, innocent people can and do get hurt or killed.

That’s not a concern with a laser, which will hit its target and nothing else, every time.

The idea of laser weapons has been around for a long time, but the great challenge in weaponizing them – electrical power, and lots of it – has only recently been overcome.

One of my long-time favorite defense companies was the first to unveil a laser weapon in 2014. Kratos Defense & Security Solutions Inc. (Nasdaq: KTOS) strapped together six commercial welding lasers and built the first operational laser weapon for the U.S. Navy.

Kratos’ Laser Weapons System (LaWS) was about 30 kilowatts (kw) and could down a drone and poke a hole in a ship at 1,000 meters.

It was an impressive proof of concept that attracted attention from some of the biggest players in defense.

Lockheed Martin Corp. (NYSE: LMT) did Kratos one better: It built a 60-kw laser that mounts on the back of truck and that can take out a drone at 500 meters.

These breakthroughs have ignited a domestic “laser arms race,” with contractors pouring into the laser niche.

And the company I’m going to show you today stands to be a direct beneficiary.

You see, even though this ()-based company isn’t biggest or the flashiest in the laser space, it has the talent and ingenuity to become a dominant player in the industry…

The Future King of the “Laser Age”

Northrop Grumman Corp. (NYSE: NOC) was already one of my favorite defense and aerospace plays, too, before it moved into lasers.

Northrop Grumman has been a pioneer in the aerospace sector since the early days. Its savvy mergers and acquisitions over the years have made the firm highly respected for its weapons systems and sensors, as well.

Its share total is up 17% in the past 12 months, revenue is up 6% year on year, and earnings per share were up 20% at this company’s last report.

The board will pay you a tidy $1.00 a share to own it, too, up from $0.90 last quarter.

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Northrop’s current flagship product is the B-2 “Spirit” stealth bomber. It’s been awarded the second-biggest defense contract in history to produce the “next generation” B-21 bomber.

But the company has bought some of the biggest names in electronic engineering over the years, too: Westinghouse Electric Corp., Litton Industries, and Trans World Radio, just to name a few. This accumulated “know-how” is absolutely critical to the development of laser weapons.

That’s why Northrop is in the perfect spot to usher in the “Laser Age.”

The U.S. Navy has picked Northrop to take laser weapons to the next level. The Navy is the natural choice among the armed services to lead the development and adoption of lasers.

I mentioned the key challenge with laser weapons is in the electrical power they demand. The Navy’s big ships have the space aboard to house the large generators needed to power truly lethal lasers. Granted, inevitable miniaturization means air- and land-based weapons will arrive eventually.

Northrop is building the Laser Weapon System Demonstrator (LWSD) that, at 150 kw, will be 4.5 times more powerful than the LaWS and cost just $2 per shot. Remember, the shells on the new U.S.S. Zumwalt cost around $800,000 apiece.

Those cost savings are going to play a huge role on the political side of this project.

The “Trump Factor” Isn’t a Worry Here

President Donald Trump has, of course, been quite outspoken on his desire to ramp up military spending to around $600 billion overall.

At the same time, he’s been openly, even harshly critical of projects he deems too “expensive” or “complicated,” like Air Force One upgrades or the F-35 “Lightning” Joint Strike Fighter.

This has introduced an element of uncertainty for defense investors, but one that’s likely to fade as Trump continues to step back and let Congress and the Pentagon take over the execution of his directive to “make America’s military great.”

Besides, as high-tech as lasers are, they’re not really all that complicated. And as I said, they’re much cheaper than conventional weapons. Retrofitting naval vessels with the generators needed to power them is fairly easy.

What’s more, there’s a rich pool of research and development funding, which has jumped $6 billion to $83 billion.

That works especially well for Northrop Grumman, and it’s going to pay especially well for Northrop shareholders.

There’s no telling how far this contractor will advance the field of laser weaponry. The U.S. Air Force, for instance, says it wants a 300-kw laser weapon deployed on its fleet of AC-130 “Spooky” gunships by 2022.

And Northrop will be there to deliver the goods.

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5 Responses to Laser Arms Race Gives Savvy Defense Play Even More Firepower

  1. George Adams says:

    I always thought for long time to have Space Station with 4 big Laser Guns or more to shoot down the enemy rockets with nuclear bombs then have military peoples inside the Space Station to control the laser.
    I think every country will not bother US.
    George A

  2. jg says:

    it will be interesting how they will store the energy for 300 Kw shots on that plane? And how many shots will they have per mission?

  3. George F. Roof III says:

    …Just looking for a penny play military technology co. to invest in…. any suggestions, currently I’m into Canadian medical M J stocks & litheaium stocks.


    very small time investor who thanks you for this kind of information.
    I don’t have much to invest but information lets me see what America is going to be like and at least avoid bad advise.

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