Wednesday, March 27, 2013

DARC Drag Strap Belt Loop Adapter


DARC Drag Strap, Belt Loop Adapter

I’m a big fan of the DARC Drag Strap setup from Direct Action Resource Center (DARC1.com). It does what in my experience, other drag straps do not. The drag strap does require a rather large Carabineer for ease of use with a regular 1.5” or even a 2+ inch duty belt. Recognizing this, I decided to sew up a loop of the same 1” tubular webbing I made the drag strap out of to place on my pants belt. 

I took a guess at how much webbing I would need for wearing with a 1.5” belt and guessed correctly. The webbing is a total length of approximately 7-8 inches of webbing with about a 1.5” overlap. The overlap is stitched in a box pattern with an X finishing stich in the center. Forgive me if the sewing terms are incorrect as I do not sew for a living.

As seen here this will allow the user to wear their regular duty style belt at all times with the ability to quickly throw on their plate carrier and have an easy interfacing drag strap system ready to go. This will also work when worn with other kit like MOLLE war/battle belts or CCW/Plain Clothes rigs and a hastily thrown on Heavy Vest or Plate Carrier.




Wednesday, March 6, 2013

Low Light Essentials Part 2


As a follow up to the last post, specifically on rifle mounted weapon lights and where to place them, here are some pictures demonstrating the various lights, light setups and grips I use.

I’ll describe the light setup and then three pictures. First is a picture showing the light location.  Second is the daylight no light activation grip. Third is the light activation grip.


First, Surefire X300 at 12 O Clock on a Daniel Defense 12.0 FSP rail.




Second, Surefire M600 Scout at 3 O Clock, Laser Devices Inc DBAL-I2 at 12 O Clock. Switch is the Surefire SR-D-IT located at 9 O Clock.  Rail is a Daniel Defense 12.0 FSP rail. 






Third and last. Inforce WML at 9:30 mounted on a Magpul MOE handguard with MOE rail. 





Tuesday, March 5, 2013

Low Light Essentials


Low Light Shooting Essentials

Those who know me know that Low Light Shooting Skills are a favorite topic. Why? According to the FBI Uniform Crime Reports (UCR), 80% of all shootings CONUS occur in Low Light/No Light conditions. Interestingly, that number goes to 70% when it is LE shootings only. With that in mind, statistically you have a 20% chance of using your weapon in the daylight lighting conditions, almost all training is conducted in. My opinion, train for the most likely use – Low Light/No Light.

What makes Low Light shooting different and worth training for? First, there is a  lack of positive target identification. Next, sight visibility concerns. If you can’t see what that noise was, much less identify it in the night, you can not safely engage that noise, contrary to Joe Biden said.  Let’s say that you follow Biden’s advice and shoot at the noise, can you see the sights on your gun? You didn’t? Oh so where did your unaimed gun shot go? So there are two things that are essential for a “fighting” weapon, White Light and a visible sighting system. I’m going to cover those next.

White light:
Buy a light that is reliable and able to hold up to the recoil of a weapon. I personally only run Surefire brand lights on my weapons, with the exception of the Inforce WML, Haley Strategic version. Personally I have found that anything less than 200 Lumens is to low output wise for target identification on a long gun. Pistols may be needed to identify and engage a threat at distance as well meaning you may as well say 200 Lumens on the pistol as well.


Location of the white light:
Where you put the white light on a rifle is important. Barrel shadow, Switching, Light location relative to sights and cover, etc are all determining factors in light placement. On a rifle, the closer you can get your light to 12 O Clock (where your sights are located), the better things will be. Avoid placing the light between the 3 O Clock to 9 O’clock locations on the bottom of the rifle at all costs. This will avoid the barrel shadow being above the gun and therefore in your immediate sight picture as well as allow the best use of cover. Barrel shadow is going to happen no matter the light location, but some locations are far worse than others, especially at the 6 O Clock region as it puts the shadow right into your field of view thus not allowing you to identify the threat. . Obviously a Pistol is limited to 6 O Clock only and a Shotgun due to its design is mainly limited to mounting in 3 O Clock to 9 O Clock under barrel region. This is a nature of the weapon systems and can’t be changed.

Switching Options:
For switching, refer to part 3 of my KISS series.
http://bluelinesheepdog.blogspot.com/2012/12/kiss-3-tactics.html
More on switching though. The old rule of thumb was NO to tape switches. The Surefire Tape Switches are much better quality now from what I understand. I only got one after I heard good things again about them and haven’t had an issue with them. If you are using a pistol light (X300/X400) on a rifle, the best place is 12 O Clock. This will allow your thumb to push forwards and activate the light momentarily or to push up/down to lock it on. If you run this at 3 or 9, you’ll notice in momentary activation your thumb gets trashed.

Employment of the light:
Practice this “dry” at home with the lights off as well as with partial lighting. Be familiar with what light does on your walls – reflecting or not. Observe where you can create shadows and dark holes in a room by activating the light. This will also move right into the next topic, sighting systems. Can you see your sight with the light off? With the light on?

Sighting Systems:
Iron sights are useless in a Low Light No Light environment. Some sort of a Trijicon powered pistol sight or battery powered red dot (Aimpoint T-1 being the king) are a must. Being able to see your sights in the Low Light/No Light conditions where 80% of shootings occur, is in my opinion, the smart choice and statistics point that way. Being able to see and use your sights in the day time, is being prepared for the 20%, in which I see little to no utility.

A red dot of visible iron sight (Trijicon) will allow you to see your sights in the Low Light/No Light conditions, regardless if you have a white light activated or not.

I posted this series of drills in the KISS series, and encourage you to shoot them with your weapon light and non-weapon light equipped weapon in a Low Light and in a No Light condition. Try it with iron sights only as well as with your powered optics. All shot from the low ready.
·      7 yards, 2 shots on 1 target 2.5 seconds.
·      15 yards, 2 shots on 1 target 3.5 seconds.
·      25 yards, 2 shots on 1 target 4.0 seconds
·      50 yards, 2 shots on 1 target 6.0 seconds.
·      7 yards, 2 shots per on 2 targets 3.5 seconds.
·      15 yards, 2 shots per on 2 targets 5.0 seconds.

You can skip the 25 and 50 yard targets if you want with your handgun, but should shoot them with your rifle or shotgun.

I found that my personal shooting practice was enhanced by making sure at least 50% of it was done in Low Light/No Light conditions. This is shooting, dry practice and tactics. Much of this can be done dry with unloaded weapons, especially the house clearing tactics.

Hand held lights can be used, and should be practiced with, but that is another topic all together, much of which you will see is shown in why not when shooting the low light standards with a hand held vs. weapons mounted light. 





Friday, March 1, 2013

Helmet Upgrades


Helmet Upgrades, both the necessary and the low cost.

Helmet suspension/straps.

If your career involves wearing a helmet, you owe it to yourself to upgrade the suspension system to a Ops-Core H or X Nape suspension system.

Kyle Defoor put me onto this back in 2010 with his post about them,
http://www.kyledefoor.com/2010/03/ops-core-helmet-upgrade.html

I didn’t get a helmet until much later, but when I did, the first thing I did was replace the factory ACH suspension system with a Ops-Core H-Nape. This has created a helmet that not only is comfortable to wear, but will adjust when worn so you can wear Ear Pro with your helmet, a problem that the standard suspension systems will either not do all together, or not allow the helmet to be adjusted once worn.

Replacement of the suspension straps is doable with the various types of  suspensions on the market. From the standard 4 point system mounted by 4 screws with use of Velcro mounted pads to a hybrid 4 point suspension system and net padding all held by 4 screws. It may take some work on the installers part to figure out the hybrid suspension and how to make just the net padding work with the Ops Core pads, but it’s completely doable.  






NOD retention straps.                               

A PVS-14 can run anywhere from $2600 to $3500 a piece. If you paid for this out of pocket or are issued it, its not something you want to loose or damage. There are many options available on the market for retention of your $3000 tool, with varying prices and features. These run from Bungee cords to retractable lanyards. The prices run from $11 to $75 and up.

Needless to say, all of us are on budgets, some smaller than others. Money spent to save your $3000 investment is well spent, no matter the amount. In my research, 2 options stood out due to features and availability. The Wilcox retractable lanyard and the Down Range Gear lanyard. I would have looked at the Ops Core Bungees, but they were not in stock anywhere at the time.
·      DRG on Soldier Systems:
http://soldiersystems.net/2012/08/02/down-range-gear-nod-retention-lanyard/


After this research, I decided that I’d give the Down Range Gear NRL-2 a shot. It runs $11-12 a set, meaning I would have minimal money invested if it failed to work for me.

The NRL-2 kit includes the MICH shroud mount, PVS-14 attachment and two MOLLE attachment points for dummy cording to kit. The setup was very easy, and resulted in the following that pictures can demonstrate better than words at this point. 

Helmet with PVS-14 in use position, lanyard in use.
Helmet with NOD bracket deployed showing female end of Retention strap.
Showing PVS-14 with retention strap installed. 
PVS-14 in folded position with retention strap applied.

Retention strap in use to dummy cord to kit for carry in pouch. 
Showing one of the included MOLLE adapters for dummy cording. 

Hope this helps your use if you have to wear a helmet for work or play.