There are two things a gun is useless without: ammunition, and the knowledge and training on how to use the firearm effectively. Acquiring ammunition for your firearm is, in most places in the United States, fairly easy to do. Training on the other hand, can be a bit more problematic.
Good training starts with establishing the proper form, techniques, and habits and then drilling on these relentlessly. The problem arises that finding a range that will allow you to do more than stand and fire slowly at paper targets is easier said than done. In most cases you can completely forget about practicing draws from a holster or moving and shooting at a range. What’s more, training on a range requires the expenditure of ammunition, and that can get expensive quickly. Foregoing the expense of buying more ammunition for your firearm makes it, once again, useless with nothing to feed it.
Dry-fire training is a fantastic way to work on some techniques, such as drawing from a holster and reloading. On some guns, such as a double action only (DAO) pistol, or pump-action shotgun or rifle, you can even use snap caps and step up your training another notch. Users of single action (SA) and some striker-fired pistols are limited in the manner in which they can train using dry-fire, as these firearms must be cocked or charged in order for the trigger to function properly.
Training using dry-fire has one other major drawback. It’s boring. Frankly, it’s really boring. When it comes to training it’s really hard to beat the satisfactory “ping” of lead on steel and the immediate feedback that comes with it.
It’s because of all of this that I’ve found myself constantly seeking out better, and more engaging, training systems and regimens. While wandering the aisles at SHOT 2014 I saw a few advances in laser training systems, but none of them really caught my attention at the time. It wasn’t until a few months later while visiting Bill’s Outdoor Sports in Enid Oklahoma that I got into a conversation with company President Brian Lamoreaux. He happened to mention that they had just installed a new range and wondered if I wanted to see it. I agreed and we went outside where he revealed an intermodal shipping container with a ventilation system on top and a single door set into one end. Initially, I was underwhelmed. After all, how good could a shooting range inside of a 40-foot shipping container actually be? I would soon find out.
As we stepped inside I saw a computer system against one wall, a projector mounted to the ceiling, and a large white screen on the opposite end. A small table with a laser firearm trainer sat on the shooting line. This was, Brian explained, a Laser Shot container system designed for both laser-equipped training guns as well as live fire, and he loaded up the system and started a steel plate shooting program to give a demonstration. I was intrigued.
The Laser Shot Container system uses thermal imaging to track the round as it travels down range, picking up the location where hot bullet disappears behind the self-healing polymer screen. The computer correlates this hit location with the location of the target that is being projected and respond accordingly, showing the splash of lead on steel or puff of dirt kicked up by a miss.
My experience on that combination live fire and laser system was enough to get my curiosity piqued, and so when I went back home I dug up some of the literature I’d idly picked up at the Laser Shot booth at SHOT. That’s when I saw it: the Laser Shot Home Theater System. This consumer product utilizes much of the same technology as their live fire systems and is designed specifically for use in the privacy of your own home.
When fully set up, the system consists of a projector, a camera, and a computer which coordinates it all, as well as various software programs. The base level model, the HT-205, includes five different training games of your choice as well as a laser rifle with iron sights, and the tracking camera. You must provide a compatible computer and projector, purchase them separately from Laser Shot, or upgrade to the Portable Home Theater Shooting System (PHTSS) which contains all of the above in a rugged 4U rack-mount case.
Additional training firearms are available to be purchased separately, or through package upgrades. The real beauty of the system is that it is compatible with any red laser equipped training firearm. Other brands of laser training arms such as Next Level Training’s SIRT or Dvorak’s tetherless recoil system also work with the Home Theater system. Laser Shot sells various handgun and rifle caliber laser-cartridge inserts to allow the use of actual firearms (unloaded of course) so that you can train with the same gun you carry.
To test out the system I used Dvorak’s tetherless recoil system and the NextLevel Training SIRT-AR Bolt laser system. The SIRT-AR doesn’t work with some ARs without modification (such as my Colt LE6920) but is compatible with most sport model AR-15 style rifles. NextLevel’s SIRT laser replaces the bolt in your upper, and a small adjustable pin magnetically attaches to the trigger pack. When you pull the trigger it activates the laser, firing a beam down and out the barrel. The SIRT-AR has both windage and elevation adjustments so that you can zero it onto your sights or non-magnified optic. This is a great boon when using the Laser Shot Home Theater system since you can virtually eliminate the inherent sight offset that occurs when shooting at a screen that is relatively close.
The Federal Law Enforcement Training Center (FLETC) based in Artesia New Mexico has done a fairly exhaustive study on the effectiveness of non-recoiling laser handguns and found that students using this method as opposed to live-fire achieve test scores nearly has high as those who train exclusively with live ammunition.
Using student volunteers in their Basic Marksmanship Instruction (BMI) they found that when qualifying with live ammunition on the Semiautomatic Pistol Course (SPC) students who trained exclusively with non-recoiling laser handguns scored an average of 257.8 out of a possible 300 points. Students who trained in the traditional manner during BMI scored only marginally higher with an average of 260.4 out of 300. Further studies with a larger test group of students yielded an average score of 275.8 for laser-based training and 278.2 for those training with live ammunition.
This 99% efficiency rate, when combined with the cost savings of thousands of rounds of ammunition, is remarkable. According to the FLETC the difference in performance of both sets of students is statistically insignificant, making laser training as effective as live-fire.
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