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Press Release: April 14, 2015


It happened around 1994.

We were finally given approval to use a carbine for CQB (Close Quarters Battle) versus the H&K MP5 submachine gun that we had worked with exclusively up until that point. The MP5 had been the weapon of choice for CQB by the British SAS and both Army and Navy Special Operations Forces were heavily influenced by how the Brits had run their operations. But after studying the performance in the field, from special operations in Vietnam to the hostage rescue mission at Princess Gate, the decision makers in the US realized that a rifle caliber was needed, even at CQB distances inside rooms.

Put simply, a shoulder fired weapon shooting a pistol caliber round was not regarded very highly, and no one had the confidence to actually take it on a real mission. To this end, during Operation Just Cause (Panama) and Operation Gothic Serpent (Somalia), both The Unit and The Command deployed with highly modified CAR-15s. Experiences there cemented the utility and lethality of what would become the one of the most effective assault weapons of all time.

I remember being issued my M4, very clearly. Our “new” carbines weren’t really that new on the inside, but they featured a few game changing modifications that would improve the lethality of the weapon over the CAR-15s we had been using to that point.

One of the things most of the guys did, was to take a hacksaw and cut the removable carry handles down to create a bomb-proof fixed rear iron sight. This made room for the literally brand new “red dot” mounts that attached directly to the 1913 Rails on the upper receiver. One of the less than stellar side effects of having a fixed carry handle carbine was that any optics had to be mounted on top of the carrying handle giving the shooter a chin weld versus a solid cheek weld. Mounting optics this way also rendered the iron sights useless as they were obscured by the optic mounts. (I still laugh that companies are still making the same rear iron sight today that we “invented” by chopping the carry handle.)

The plastic hand guards were replaced with a 7 Inch 1913 Picatinny Rail System built by the Knights Armament Company. The 1913 rails allowed us to attach a light and a PEQ-2 laser without hose clamps, safety wire and duct tape. The rail system also allowed us to attach a Knights Armament vertical fore grip to the carbine which lined up with the MP5Ks we had trained with for so many years prior. What we also figured out was that the use of a vertical for grip on a 7 inch rail made it way easier for the shooter to manipulate their light and PEQ-2 laser.

It wouldn’t be until years later, with the HK 416’s 9 inch rail, that guys were able to start going without a vertical fore grip because the extra 2 inches of handguard created enough space for laser and light to be activated without any unnatural contortions of the arms and hand.

Finally, Knights also made the flash hider that would accept their first ever successful quick detach suppressor. While these suppressors added several inches to our 14.5″ M4s, we ran them 100% of the time, because of the advantage they gave us in terms of muting the sound and flash signature.

Still, it would be another year before we took delivery of the first Surefire 6P in an ARMS mount and an Aimpoint Comp M2 paired with either an ARMS or Wilcox mount, depending in where you worked. It was at this point, that we finally had one gun to do-it-all.

Not long after, we were deployed to Sarajevo, snagging war criminals and taking them to The Hague for trial. With a few dozen missions under our belts, we started eyeballing a shorter version of the gun, specifically driven by our constant use of suppressors that made the M4s unwieldy for use in the low visibility and CQB missions we were tasked with.

When we got back, we started working with Crane and the Shorty M4, as it was called by the guys in The Command, was born.

  • 10.3″ Barrel with 1:7 Twist
  • Carbine Length System
  • Improved Buffer
  • Knights Armament RIS (7″)
  • Standard Front Sight Tower
  • Cut Down Rear Carrying Handle
  • Knights Armament Vertical Fore Grip
  • Aimpoint Comp M2
  • Wilcox Aimpoint mount
  • Surefire 6p with Wilcox mount
  • SOPMOD Stock
  • Boonie Packer 2 Point Adjustable Sling (who else remembers that!!!!)

This is the gun that both Tier 1 units originally took to war before the 416. It was the first real rifle caliber gun that we had been issued that worked well for a commando mission. Compact, light, easy to load in vehicles, easy to jump and overall a better CQB weapon which was our primary tasking.

This set up has killed a metric ton of bad dudes.

In my opinion, this is the gun that won the war. This is what we had when we figured out how to do assaults, ambushes, reconnaissance and just about everything else we had to do in Afghanistan.

Over gassed? Check. Needs more lube than a typical M4? Check. Sucks for getting dirty when shooting with a suppressor? Double check. But nothing is perfect.

The IR filters for our flash lights required duct tape to stay in place on our 6P lights and the QD suppressors required duct tape to stay attached to the barrel. On the old Aimpoints, we had to even duct tape the on/off knobs to prevent them from falling off. We ran out of barrel caps and had to duct tape the barrels to keep dirt out during helo operations. The list goes on, but I’ll put it up against any modern weapon as long as it’s in the right hands. The carbine worked wet, it worked in the sand, it worked in the dirt, it worked at altitude and it shot out the 200 yards no problem.

This was not an Army Soldier’s carbine. It was not a Marine’s rifle. It was an Assaulters weapon, period.

v/r Kyle Defoor

BCM In the Wild - Northern Red, Gunfighter Carbine

Photography: April 08, 2015


Press Release: March 10, 2015


A common misconception is that all Special Operations guys are gun gurus: that they are students of caliber, ballistics, barrel length, gas systems, etc. The reality is quite different. As an 18 Bravo(US Army Special Forces Weapon Sergeant), of course I had to possess the skills to effectively employ my personal weapon systems (carbines, pistols and crew served) in combat as well as the ability to maintain and repair them.

But that is maybe, 5% of the job.

Just as important were the skills needed to lay mortars, be familiar with foreign weapon systems used by indigenous allied and enemy forces, conduct helicopter and airborne operations, perform tactical combat casualty care, use communications systems to call for medevac or close air support, plan actions on an objective, employ small unit tactics under fire, be proficient in hand-to-hand combat, speak a foreign language, maintain a high level of physical fitness and drive everything from cars and HMMWVs to off road vehicles, to name a few.

Over time, those who were personally interested in any of those topics had a great laboratory to work in. So when I look back at how I ran my kit, I see it was driven by considerations for many tasks, but above everything, my combat set-up was most influenced by my time as an athlete.

I spent a good part of my life playing football, from Pop Warner to high school and ultimately college ball. Everything from diet, to work outs to hobbies was driven by becoming bigger, stronger and faster than the day before. In the game, speed kills. If you can see the field and understand the game, you can put yourself in the right space, at the right time, with total control of your body, to deliver a devastating hit to your opponent.

I saw it no differently in combat.

Where the battlespace diverges from a playing field, is that the environment is not set. It can be an interior, where you are moving to a point of domination, or a killing field, where rapid maneuver allows you to destroy the enemy. This makes being quicker on the uptake in assessing the battlespace and finding those sweet spots vital because, in the end, it all comes down to fire superiority and flanking. When I set up my kit and my weapon systems, it was driven by what was going to make me as fast as possible at that fundamental principle of combat.

My unit was tasked with a Direct Action mission. The vast majority of our infils were conducted with vehicles. The targets were almost always compounds. That meant that our realistic threats were typically within a 100 meter radius. It also meant we were never more than 200 meters from our gun trucks with crew served weapons (.50 cals and MK19 grenade launchers).

We started with 14.5″ SOPMOD M4s. As issued, an M4 carbine is expected to deliver a sub three inch group at 100 yards with issued ammunition(62-grain Green Tip). It was a light, reliable and, at sub three minutes at 100 yards, delivered a reasonable degree of accuracy. Was it possible to shoot these weapon systems and get sub one inch groups at 100 yards? Absolutely. But it is a combination of skill, ammunition and platform that delivers that capability.

Given that our mission set rarely required we engage with our M4’s out past a 150 meter radius, when we received MK18 upper receivers many, including myself, switched to the more compact and maneuverable platform. With the issued ammunition and our skills, it matched the accuracy of the SOPMOD and was faster in the tight spaces we encountered on all of our missions.

Given that we ran a large number of missions at night, every carbine had a PEQ-15 on it allowing for accurate shooting out to 200 meters with our night vision goggles. I personally went with a rubberized Hogue AR pistol grip, because it was far more “grippy” especially when using gloves. I also used a Surefire M900A as it gave me a vertical grip, a pressure pad and a weapon light in one package. I ran a Arredondo Oversized Mag Well to give me a slight edge on speed reloads and finally, I topped it off with an EOTech 511 because not only was it the fastest combat proven weapon optic for our mission, but it was compact and allowed for more rail to mount the PEQ and rear iron sight.

That carbine was built around my mission. It performed it exactly how I needed it to. When I was putting together this article I had to look back through old emails to see what half of the items were even called, but each component either helped me go faster or made my task of shooting easier and was reliable enough to let me focus on the big picture.

In the end, that is the ultimate goal of any piece of kit.

JD Potynsky
Northern Red


Photography: February 05, 2015