GORE-Tex Professional

Archive for January, 2016

Next Intent Tactical – 0.625” Adjustable Gas Block

Thursday, January 7th, 2016

Next Intent Tactical has recently announced their new .625″ Adjustable Gas Block, which is constructed of Ti-6Al-4V titanium, and features a dual set screw design. The full release can be read below:

IMG_0599

strong>Ø.625” Adjustable Gas Block
by Next Intent Tactical

Expanding on its line of cleverly designed AR accessories and made in the USA on premium CNC machines, Next Intent Tactical now offers a gas block that will perform under the harshest use while weighing less than any other adjustable gas block on the market, all while looking better than any gas block period (our opinion).

  • Clamp-On mounting system for increased accuracy and clamping strength over set screw or taper pin designs.
  • Aerospace-grade Titanium construction: Ti-6Al-4V
  • Attaches with one 8-32 screw and 1 Belleville washer, no Loctite needed.
  • Infinitely adjustable and lockable using the proven, dual set screw design, no detent springs to damage or burn up, replacement hardware infinitely available.
  • Raw bead-blasted finish, machine finish available on request.
  • Low profile design fits under more handguards than most others.
  • At 0.58 oz or 0.036 lbs this is the lightest adjustable gas block we have ever heard of (12/4/2016)
  • Visit www.nitactical.com to purchase.

    Long Range Operators Challenge – The Book

    Thursday, January 7th, 2016

    Long Range Operators Challenge competitor Brian Vorwinkel put together this soft cover book to chronicle his experience On this three-day course of fire.

      

    It’s a quick read but gives you a good idea of what this event, as well as similar ones, is like.

    The book is available from Amazon.

    Kickstarter – PACE Lid

    Thursday, January 7th, 2016

    Military guys will recognize the acronym. PACE stands for Primary, Alternate, Contingency, Emergency and that’s exactly what inventor Chris Way had in mind when he developed this waterbottle compatible lid.

      

    The idea was to probide a handy place to store things like survival gear, or just mundane every day items such as keys and spare cash in an item that is regularly used. For many, that is a water bottle.

     

    The water tight PACE lid is designed to attach to wide mouth Nalgene, MSR, and Klean Canteen bottles and is currently U.S. patent pending.

    To learn more, visit www.kickstarter.com/projects/1446278350/pace-lid-be-prepared-for-whatever-life-throws-your.

    New First Focal Plane SHV 4-14 x 50 F1 from Nightforce

    Wednesday, January 6th, 2016

    Nightforce has announced their first SHV riflescope built with first focal plane reticle technology, the SHV 4-14 x 50 F1. This is the latest addition to the company’s popular SHV line, winner of two consecutive Outdoor Life Editor’s Choice awards.

    NFO_SHV4_14x50F1_Angle

    The new riflescope features intelligent reticles with illumination that turns off between each of 11 brightness settings, allowing the user to pre-select an illumination level appropriate for lighting conditions, turn it off to preserve battery power, then restore it instantly with a one-click rotation of the dial. This prevents having to cycle through multiple brightness settings, which takes time and can affect the shooter’s night vision. The proprietary Nightforce MOAR and MIL-R reticles are offered.

    The SHV 4-14 x 50 includes side parallax adjustment, and offers windage/elevation adjustments in .25 MOA or .1 Mil-Radian increments. It has an exposed elevation turret with Nightforce ZeroSet, which provides the user with a positive return to their zero point regardless of how many elevation adjustments have been made. The windage adjustment is capped for protection, but the cap can be removed and the windage adjustment used fully exposed. The SHV 4-14 x 50 allows 90 MOA of elevation adjustment and 70 MOA windage within its 30mm tube.

    “Our SHV line has been extremely popular with shooters who demand affordable performance,” said Sean Murphy, marketing project manager, “and the new 4-14x F1 model continues to deliver. Fewer options and a simpler configuration allow us to offer SHV models at extremely competitive prices. We created the new 4-14 x 50 F1 to answer customer requests for SHV quality and affordability with the unique benefits of first focal plane reticle placement.”

    The Nightforce SHV™ 4-14 x 50 F1 will retail for $1290 in the US market. For more information call 208.476.9814 or visit www.NightforceOptics.com.

    Angel 7 Industries – Raptor Goggles

    Wednesday, January 6th, 2016

    The Raptor is a low profile ballistic, tactical goggle with optimized peripheral and vertical viewing area. It incoprates shape-conforming BIORMR foam which creates a seal around the ocular area to prevent the ingress of sand, dust, and wind.

    Mastison_A7_121715_009

    Lens Features:
    – Distortion-free, ultra clear optics
    – 100% protection against UVA/B/C
    – Quick tightening and removable straps
    – Lightweight: 25g
    – Superior peripheral and vertical viewing
    area
    – BIORMR foam seal lined with antimicrobial
    fabric prevents ingress of sand, dust, and wind
    – High performance anti-fog
    -SERAPH Advanced Protective Shield; a coating that is highly resistant to chemicals, scratches, and is super-hydrophobic (water simply beads off), ensuring optimal visual
    clarity in wet, rainy conditions

    Lens Options:
    -Photochromic (Ghost Shield) Greater than 90% clear (VLT) in it’s inactivated state and automatically adapts (tints) to
    any lighting condition in less than 10 seconds to 13% VLT
    – High Definition
    – High Definition Photochromic
    – Laser Eye Protection – 820–1064 NM
    – LEP Photochromic – 820-1064 NM
    – Polarized (POLTAC) — LCD screen compatible polarized lenses
    – Tinted
    – Clear

    www.angel7industries.com

    ArmorSource Passes FAT for Lightweight ACH

    Wednesday, January 6th, 2016

    Helmet

    HEBRON, Ohio, Jan. 5, 2016 /PRNewswire/ — ArmorSource LLC (ArmorSource) announced that it has successfully completed First Article Testing (FAT) for the U.S. Army Lightweight Advanced Combat Helmet (LW-ACH), with deliveries set for spring 2016. The LW-ACH is the latest result of cooperation between industry and the Department of Defense (DoD) to best serve the men and women of our Armed Forces. By reducing the weight of the current Advanced Combat Helmet (ACH) by four ounces, the LW-ACH provides superior protection while alleviating the extreme weight burden soldiers must sustain on their head and neck.

    “The LW-ACH FAT was challenging. It presented extensive and evolved ballistic test protocols,” said Yoav Kapah, ArmorSource CEO. “But the vigorous process assures the Army and the soldiers that the helmet delivers improved and enhanced protection. ArmorSource’s progressive R&D, engineering and production readiness capabilities are fully engaged to begin supporting the U.S, military with a lighter and more robust combat helmet. And we are very proud to do so.”

    The ArmorSource LW-ACH, model ‘AS-505’, provides protection against multiple projectile and fragmentation threats, back-face deformation, and blunt and shock impact resistance. Though the testing protocol of the LW-ACH is much more rigorous than that of the legacy ACH, ArmorSource’s successful completion of FAT testing confirms that improved ballistic protection can and does simultaneously deliver a 10 percent weight reduction. The weight of the LW-ACH (size large) is now 3 lbs., compared to 3.3 lbs. in the ACH.

    ArmorSource is currently the only vendor with an approved FAT authorization for the LW-ACH with production underway to deliver 105,000 helmets to the U.S. Army throughout 2016.

    www.armorsource.com

    In Defense of Malfunction Sticks

    Wednesday, January 6th, 2016

    Recently a professional instructor wrote an article about “Malfunctions Sticks”. Read the original article here: soldiersystems.net/2015/12/24/malfunction-sticks-not-work. For those that don’t know, a malfunction stick is simply an item designed to cause a malfunction, usually held near the ejection port of a semi-auto rifle. The designs I’ve seen usually consist of a long skinny handle with a business card size piece of material at the far end. While a shooter is firing the weapon, some other person or instructor can place the malfunction stick over the ejection port, interfering with the weapon’s ability to properly cycle and thereby causing a malfunction.

    Semi-autos do four things during their cycle of operation; fire, extract, eject, and feed. If the weapon fails to feed or fire the action required correcting this is what is commonly called “Immediate Action”. In the Army I was taught the acronym S.P.O.R.T.S. Simplified this usually consists of a tap/rack or tap/tug/rack. The tap ensures the magazine is seated (this may have caused the fail to feed) and the rack of the charging handle then extracts and ejects the misfired or otherwise malfunctioning round from the chamber if needed before inserting a new round from the magazine. Usually the stimulus for the shooter to execute this immediate action is a bolt forward trigger press (hammer drop or “click instead of bang”).

    This can be introduced in training building block style, with dry work to begin just to get the mechanics down (running a charging handle with the support hand for instance) and then progressing to dummy rounds mixed in with live rounds to surprise the shooter and start to develop more of an ingrained response.

    None of the above should be earth-shattering to anyone with some basic training either in the military, competitive world, municipal law enforcement, federal law enforcement, or Billy Bob’s Gun Shop and Basement Range. I’ve received and/or conducted training in four of these areas and seen this explained and taught around the world.

    Multitudes of carbine instructors often teach these Fail to Fire or Fail to Feed malfunctions (known in some circles as Type 1 malfunctions) Additionally taught by many instructors are malfunctions related to a weapon Failing to Extract or Failing to Eject (known in many circles as Type 2). The correction for these malfunctions is often called “Remedial Action” and is slightly more complicated than tap/rack. There are a bunch of great instructors out there teaching a variety of ways to clear these types of malfunctions so I’ll save the ink. It usually involves things like maybe locking the bolt or slide to the rear, stripping the magazine, digitally clearing brass, having the barrel skyward, racking the charging handle once or three times, etc. While shooting, the stimulus for remedial action is often twofold. First the shooter experiences a “dead trigger”, meaning not a hammer drop (no click instead of bang). A dead trigger is an indication the bolt is out of battery (not forward and locked). There is a distinct auditory, and more importantly tactile, difference between a “dead trigger” and a hammer drop. The bolt out of battery usually means one of two things; an empty weapon (probable) or a Type 2 malfunction (possible).

    Training students in Type 2 malfunctions is more involved that Type 1’s. They are labor intensive to setup for a shooter. They’ve often been set up by the instructor or student coach and involve closing the bolt on a partially ejected piece of brass (stovepipe), double-feed, or fail to extract while the student doesn’t look. This is time intensive and is good for talking a student through the mechanics of clearing out these malfunctions but it is hard to give a student a lot of reps and have it start from a more true-to-life stimulus while they are thinking about something other than the Type 2 they are about to clear.

    Enter the “Malfunction Stick”. While the student is shooting a course of fire that you’ve given them, you can randomly cause a Type 2. The writer who published the article disparaging this method said the randomness was an annoyance in one breath, but then talked about how the shooter expects the malfunction. I think randomness in training is a vehicle for checking the level of ingrained retention that a student has in a particular skill. And while the presence of the stick in the shooter’s peripheral vision indicates they may have a stoppage, it by no means guarantees it or lets them wholly concentrate on it as they are busy with a course of fire or exercise. This is of course after a student has been progressed to this point.

    As an aside, I encourage a quick check of the ejection port (tactile or visual) as the last step of an engagement. This is especially true for right handed shooters who can’t see the ejection port with the weapon shouldered. And maybe I use the sticks wrong or made them out of the wrong material but I never find it to cause malfunctions reliably. That’s cool because while the shooter may pick up on the presence of the stick, as I stated above they just shoot the course of fire as designed. Their stimulus to fix their gun is that dead trigger or the check of the ejection port, just like a naturally occurring Type 2 malfunction being realized. I’ve noticed the malfunctions sticks cause a variety of different malfunctions. Type 2’s not cleared in a logical order often make for much worse malfunctions. This happens in spite of the malfunctions “looking” different. I’ve also seen a shooter struggle clearing the first one and by the sixth or seventh, do so flawlessly and much more quickly.

    The article also mentions that the stick conditions shooters to accept things in close proximity to their weapon. I don’t know how to respond to this exactly. Yes, it accepts one to accept malfunction sticks close to their weapon, you know, so they can work on malfunctions. Does this mean if I’m in a back alley in Peshawar, getting ready to engage a threat, I won’t respond to the kid on the bicycle grabbing at the side of my rifle? Sometimes I think the idea of a “training scar” is the new training scar. “What if we are conditioning people to do X? “ “What if not having them do Y every time they draw their gun, they won’t do it when it counts?” Someone will bring up Newhall and cops putting empty casings in their pocket (which evidently didn’t happen at Newhall) every time this esoteric topic comes up. I’m not being dismissive of the idea of a training scar or saying conditioning someone is not real. I buy into all that neural pathway stuff, I really do. But sometimes it really is just about the hard skill. Blasphemy, I know. For example, if I’m working on the mechanics of a concealed draw, decreasing the shooters time to an accurate string of shots from the holster, do I need them to also displace every time? If I don’t, will they not displace when it’s for real? Or is there a better way to train displacement then having them take a step to the left or right Arthur Murray style? Later we can incorporate, or “drill” these skills together as the basic skills are more ingrained. I can have a student draw while I charge him with an edged weapon or draw my own concealed handgun. The conditioning is not being shot, or not having me tackle them as I sewing machine a training shiv into their abdomen. I’ve recently been reading and listening to some in the industry talk about the idea that there some things we shouldn’t or can’t train live fire. I couldn’t agree more. But hey, it’s more comfortable to shoot retention against cardboard and point out how good your group is than instill these skills when I’m teeing off on your head so people don’t often want to go there.

    The article states “The purpose of training is to create environments as close as possible to real world conditions”. While I agree with the intended sentiment, I disagree with that statement from a logic standpoint. That’s a useful means for good training, not the purpose. I’d more like to point out it said this right after a sentence talking about how important simplicity is. While I agree that mimicking the real environment one is likely to face is best when possible for training exercises, sometimes it’s about initial installation of hard skills, attitudes, and knowledge. Years ago I received some long weeks of pretty top notch driving instruction on closed circuits, unimproved surfaces, and actual race tracks. But it wasn’t good training because there were no minarets? It wasn’t effective training because I was only focusing on driver inputs and vehicle performance issues one at a time and not all the other dangers I was likely to face in the future while driving?  

    When you shoot a piece of steel, it makes a particular sound. That’s why they are such an efficient training aid at distance. I get used to hearing it and it means accurate fire is being delivered. People don’t make that sound. Does that mean we shouldn’t shoot steel? Are students having to block out a certain stimuli in their environment while training that don’t really occur in a defensive engagement. The author of the article says “Unlike the simulators (referring to arty simulators), the malfunction stick is a deliberate interruption to training that is not patterned after any real world context, and is more representative of an instructor’s lack of experience.” My experience shows Type 2 malfunctions can occur while firing a semi-automatic rifle, however infrequently. The stick is causing an interruption to training? At that point in time the malfunction the stick causes is the training and it is patterned after the real world where they can happen on their own. That’s how I see it. Or am I missing something?

    In reading the comments of the article (I know, I know) I see references to fundamentals, operational experience, combat firearms training, who is qualified to teach this stuff and who isn’t, etc.. Not really in the lane of this article’s title but it has relevance to the subject matter. Let’s pump the brakes a little shall we and reach into the glovebox for some perspective? Grab any kid off the street in Mogadishu circa 1993 or one of many kids on the south side of Chicago today. They have as much “gunfight” or “operational” experience as many seasoned veterans. Look to any police agency for an officer who’s won a defensive engagement or multiple. Does that mean they are proficient with a weapon system or better yet, sharing that proficiency? I’m sure all these groups of people have much they could teach people interested in the idea of surviving lethal engagements and possibly they are indeed a whiz with a gun. That doesn’t necessarily mean that’s where I’m getting my “combat firearms” training from. Today, we can gain information and training from seasoned and experienced people from the top ranks of the military, law enforcement, civilian world, and competitive world (and who are specifically skilled in sharing it) and we should. We can review countless videos of actual lethal engagements between humans, we can speak to survivors for anecdotal evidence, we can look at statistics, and we can use our brains and bodies after gaining sufficient experience to sort through the instruction we receive. Again, when I’m teaching a shooter to “run the gun”, I’m usually doing just that. Once that is firmly established we start adding layers to the onion while emphasizing adherence to those basic fundamental skills. That difference is often muddled and makes for what I consider less than optimal instruction sometimes.

    I have never used the stick to lock a bolt back. For the most part I don’t push on the rifle in any noticeable way. I hold the stick in proximity to the ejection port to interfere with the cycle of operations. This can, and does, occur on its own while shooting.  

    Sometimes as instructors I think we complicate things. What is the skill or skills you are working on with any particular drill or exercise? Good, goal based training is key. To address some of the critics of the stick or other skills training that is out there, I agree, it is a priority of training thing. Would I have people clearing Type 2’s four hours into their first day on the rifle? No I would not. Would I use a Malfunction Stick to cause Type 2’s for an experienced shooter to experience and practice clearing these types of stoppages, reinforcing gun handling under pressure, as well as conditioning them to check their ejection port? Yes I would.

    This debate or argument reminds me of a recent discussion about how “tactical” reloads are stupid. That article was put out online and it got a lot of supportive comments. First of all, the tone of someone’s opinion says a lot to me. I’ve never been much for drama and absolutes. From a priority of training perspective I guess I can see the point about tactical reloads. But how is the ability to efficiently plus up a gun while retaining a partial magazine before it goes dry a useless or stupid skill? I could understand someone saying that it’s not that important to train based on limited training time and chance of employment, but “useless” or “stupid”? Not so much. If I guy wants to spend an evening writing an article about it it’s a free country. Internet dissemination doesn’t make it gospel.

    An overarching theme behind much of this is the idea of “training” vs. “instruction”. This idea is not original to me so I can’t claim it. When I hit the mat or gym three times a week, working on improving or sustaining skills, I consider that training. When I go to a weekend class and learn new ideas, skills, or techniques that is usually a heavy dose of instruction mixed in with some training. One doesn’t go to a weekend judo seminar and leave saying “Hey, now I’m proficient in judo.” But through years of toil, hard work, instruction, and application, I would say one is now “trained”. Give someone an hour class on a flashbang and I wouldn’t consider them trained. They’ve definitely received instruction. I would expect that first deployment of an NFDD to have about a fifty-fifty chance of going smoothly. Once they’ve gone through deployment procedures hundreds of times in training, had multiple chances of operation deployments, etc., I’d say they are “trained”. That’s my take on it anyway. Semantics matter and I’ve always liked the saying “Professionalism Through Language”. This malfunction stick is an item that can be used for instruction and later, training.

    Type 2 malfunctions (or whatever you want to call them) happen. Training how to clear them and get your gun up and running is not wasted time. I feel the stick is a decent way to do just that. I think sometimes we can get a little too far into the weeds on the possible unintended consequences of particular instruction techniques. I hold this opinion having been trained in the use of force and having provided that training in a variety of ways and having then applied it myself and seen it applied. Of course this is my opinion. If an instructor doesn’t want to train people in that particular issue or with that technique, that’s cool, I’ve moved on. The title of the article that spurred me to write this is “Malfunction Sticks Do Not Work”.

    Malfunction sticks are supposed to cause malfunctions. They do that.

    This essay turned treatise started as some quick thoughts on the use of a particular instructional technique and I’m sure its length now violates all sorts of internet attention span studies. While my article’s title mentions Malfunction Sticks specifically, this topic and the original article’s treatment of it made me think more about the current state of the firearms instruction field as well as training methodology. As with most things in life, this is my opinion on this subject today given the experience and information I have at this point. It is subject to change.  

    Here’s to the fighting the good fight.

    Robert (Bob) Welch

      
    Bob Welch is a police officer in the Midwest and a full-time training officer at his agency in addition to being a perpetual student. He is an Iraq Veteran (U.S. Army Reserves) and a former Special Agent with the U.S. Department of State, Diplomatic Security Service. While at D.S.S., Bob was assigned to the Office of Mobile Security Deployments (M.S.D). Bob is not near as good of a shooter as he should be for the tax dollars invested but is still working on it. Bob can be contacted at foundationtactical@gmail.com.

    Maine Concealed Handgun Permits Now Valid in New Hampshire

    Wednesday, January 6th, 2016

    On a positive note

    Maine residents holding a Maine Concealed Handgun Permit will now also be able to carry a handgun in the State of New Hampshire, as a result of legislation passed in 2015 with the support of Gun Owners of Maine.

    LD 868, sponsored by Maine Sen. Paul Davis, overwhelmingly passed in the House of Representatives with a vote of 98-43, and unanimously passed the Senate. The bill established a simple and fair rule for Maine’s recognition of other state’s concealed weapons permits: If another state recognizes Maine’s permit, Maine will recognize theirs. This replaced the old system in which the Chief of the State Police was able to enter into formal reciprocity agreements with other states, provided those states met or exceeded Maine’s permit requirements.

    Gun Owners of Maine strongly supported this common-sense legislation in order to remove impediments to recognition of Maine’s gun permits throughout the nation. Maine’s new law will encourage other states to recognize Maine’s permit, and gain Maine’s recognition in return, enhancing the gun rights of both the citizens of those states as well as Mainers.