[su_heading size=”30″]Accelerate your Shooting Skill to the next level by going after a Moving Target[/su_heading]
How often do you get a chance to shoot at a killer robot wielding an AK? Maybe the robot wasn’t a killer, and maybe the AK wasn’t real, but it could have been, and that’s why it’s a good drill.
Larry Vicker of Vicker’s Tactical was at Gunsite to get some lead downrange. Sporting a Bravo Company AR with an 8 point microbe and a red dot sight attach at 100 yard out. His partner Frank used an AI AT308 bolt rifle, at the same distance with his optics at 6x. At longer distances would be set to 8x or 10x. Less than 100 yards you want to see more of target and its surroundings, enabling you to anticipate its movement.
Shooting a moving target is no cake in the park from long distance, but Frank Galli and Walt Wilkinson has some great tips:
Half mil per hr
Trap your target
Track your target
Leap frog it
Track & hold
On a more serious note ANY chance you have to practice shooting at a moving target you should do it. Remember NO ONE stands still in a gunfight!
My buddy and frequent guest on my shows Walt Wilkinson from GunSite put Frank Galli and I through a moving target drill using one of GunSite’s four robots, with the TAT3D target that’s sold my good friends at Mile High Shooting Accessories mounted on top. Having to shoot at a 3D target moving sideways is always difficult, because of the limited target profile. Great drill.
Larry: Hey Vickers Tactical fans, thanks for coming back. Larry Vickers, Walt Wilkinson, Frank Galley, we’re out here at Gunsight, and Walt’s gonna run me and Frank through a little moving target drill. Walt, take it away, bro.
Walt: Okay, here at Gunsight we shoot moving targets in our pistol classes and our carbine classes, and of course in our long-range rifle classes. We have three ranges equipped with fixed moving targets, and then we have four remote-control robots that we use, which is what we’re going to use today.
Larry: We also got the Mile-High TAT3D target on it. Frank’s gonna go first with the AI AT 308 bolt gun with Schmidt & Bender five by twenty-five. Now Frank, you’ve done this before, why don’t you give some tips or quick pointers for the folks at home?
Frank: Ok, uh, with a moving target –we talked about this off-camera– the time starts from the time you think about pulling the trigger to the time the bullet gets down there. However, I usually go with a rule of thumb of a half-mil per mile an hour. That’ll get me in the ballpark, but it can vary. You might be slightly different, Walt might have a completely different hold. The way you can shoot the moving target is trapping it, you can track it, and you can do a combination where you lead it, track in front of it, ambush ’em that way; the trapping some people call an ambush method. Gunsight uses a pattern method where you work on the pattern.
Walt: Right, our other two– we teach those two– and then in the precision rifle class, we have a track and hold, where we are tracking behind the moving target, and when it stops or slows down, once the crosshairs or the dot get on the target, you touch it off then. The other one would be a pattern timing where an adversary is popping out of a window or behind the edge of a wall, and you pick up that pattern, and you’re waiting, and just as soon as you see the edge come out, you touch the shot off. So those are our four techniques that we use.
Larry: Now you use an S&B Five-twenty-five, what magnification do you anticipate using for this drill?
Frank: Right now because we’re at a hundred yards, I have it set on six power. Generally speaking I’d be back a little bit further, so eight to twelve is my preferred, but I’m opening up my field of view, just because the robot can move a little bit faster and a little bit more erratic.
Larry: Got it. Now, we’re at a hundred yards for this drill, I’m gonna be using my bravo company training carbine with an eight-point micro, and I’m a big fan -especially at specialty distances like this- of a red-dot sight for movers. They are awesome. Get farther out, might not work so well, that’s where magnification may come into play, but you’re a hundred in, you can wear a mover out with a red-dot sight.
Walt: Alright, here we go. Shooter ready!
Frank: Shooter’s up!
Walt: And Ceasefire.
Larry: Alright, Walt.
Walt: Shooter Ready! Standby!
Larry: Alright. Walt, if you don’t mind, why don’t you run this puppy up here, we’ll check it out.
Walt: Alrighty. Alright. That’s the side we were shooting at, right there.
Larry: Pretty sure these bigger hits, that’s Frank and the 308. The smaller little ones are me and the 556. And then Frank did a number, he had a goal to cut the target in half, and ‘worked like a champ. This is a hit, one of mine, and this is one of Frank’s. They sealed back up, but we’re going off of bullet diameter. This is one of mine. I think that’s one of Frank’s.
Walt: And the nice thing about this, it’s realistic, in that when you’re shooting a target from the side, you’ve only got a small amount of true target, because any edge hits are just gonna deflect off and not really do any damage. So it’s a small target when you’re working it from the side.
Larry: It’s like everything in life, everything kinda balances itself out. If you’re shooting somebody that’s a little wider, he’s gonna be moving slower, he’s gonna be easier to hit. Thin dude like this, he’s gonna be truckin’.
Frank: That’s it.
Larry: Now you held leading edge the whole way, you just tracked it?
Frank: Leading edge, and I tracked ’em, and took it out that way, I just was in the front trying to get that, I did do a head, I came down into the body, and like I said I wanted to get that cardboard to get that effect, and it worked out pretty well.
Larry: I held body the whole time, leading edge, I didn’t even try for the head, that’s one thing about a RedDot, you don’t have any magnification, you know, the way I’ve got it set up, so you need to be looking more center mass.
Walt: Yeah. And as far as technique goes, Frank you adjusted your natural point of aim every single shot.
Frank: Yes sir.
Walt: To set yourself up for success. And that’s exactly how it’s supposed to be done, just like that.
Frank: I move my hips when I do it, I don’t shoulder it. I shift.
Walt: “Shift”, that was great.
Larry: Alright, Frank, Walt, I think you guys would agree: Train on movers any chance you get.
Larry: You know, Actually, I tell my students ‘try to go out of your way to find opportunities to train on moving targets’. Because in the real world, when the bullets start flying, nobody’s gonna be standing still.
Larry: Well we’re gonna wrap it up here, I wanna thank Adam for bringing the target, Frank for his assistance with the bolt gun, Walt for your expertise with the robot, and Hamburger Head for sucking up the bullets. Larry Vickers, wrappin’ it up from Gunsight.
Larry: Hey thanks for watchin’ the vickers Tactical Youtube channel. To subscribe click here, and to watch some of my favorite videos, click here. Have a good one, LAV out.
A recent Reddit post made me want to reach through the screen and shake the author. This particular issue comes up so often in survival circles, and it can drive one batty:
For as long as I’ve had my AR, I’ve kept it equipped with iron sights only, on the theory that I didn’t want to rely on a battery-operated sight. That’s still true, but I’m rethinking my original choices and considering a scope or fiber optic sight. So, my question is two-fold: –
Would you recommend iron sights, some form of fiber optic sight, a scope of whatever type, or a combination?
For scopes or fiber optic sights, what model do you recommend that performs well between 100 and 300 yards and won’t break the bank?
Good for this guy. He seems to have finally woken up to the fact that an iron-sights-only build for TSHTF is suicide.
Let’s stop and think about this for a moment — really think about it:
The batteries on many modern red dot sights last for 5 years of continuous use. If you somehow manage to survive for five years in a world that is so collapsed that common batteries are no longer in production, then congratulations, Snake Plissken, you now have your pick of iron sights that are laying around, as well as your pick of pretty much every other product of our once-advanced civilization.
Another thing: five years into TEOTWAWKI your gun is way more likely to be out of ammo than your RDS is to be out of juice.
I put it this way in an earlier post: “And for God’s sake just pick the best tools for the immediate job at hand without worrying about whether or not the batteries will last another 20 years. You’ll need every technological advantage, no matter how fragile and/or short-lived that technology may seem, to fight your way through this temporary phase. If you can afford some good night-vision equipment, then by all means add it to your Phase 1 load-out and quit worrying about whether your grandchildren will still be able to use it to defend the homestead.”
People who limit their SHTF firepower options solely to weapons systems that they think will be fully viable 50 years from now have just handicapped themselves when it comes to surviving the first few years after rule of law breaks down. If society totally collapses, and there’s fighting in the streets, then you know who’s going to get the post-SHTF benefit of your ultra-durable, no-electronics-anywhere SHTF gun? The guy with the fully modern, electronically advanced, tricked out blaster who just ventilated you and looted your Rawhide relic off your corpse for a trophy.
Oh, what about an EMP, you say? Buy a Trijicon. Yep, I know the tritium fades after 5 years, but again, see the arguments above.
By all means, put some collapsible back-up iron sights (BUIS) on your gun if it makes you feel better. But if you plan to survive the initial breakdown, then you’d better bring your A game and the best, most advanced optics and accessories you can afford–anything to give you an edge over the other guy. Save the cowboy action for competitions and historical re-enactments.
Update: Just to be clear, I support the use of back-up iron sights, and I personally have KAC flip-ups on all three of my ARs. I’m talking more about iron-sights-only builds, and I’ve edited the title to make that clearer.
Story by Bilj AllOutdoor.com
Photo by PEOSoldier Flickr
With the proliferation of AR15s and STANAG-compatible rifles, many of us end up having to keep numerous incompatible magazines on hand. For example, 6.8mm SPC and 338 Spectre require one type, 223 Remington, 300 Blackout and 458 SOCOM another, 7.62×39 a third. Keeping them straight for a range trip is half the problem. Changing over chest rig pouches from mostly straight 223 to curved 7.62×39 is more annoying. And the cost of getting numerous magazines for every caliber isn’t trivial, either. The Unimag by Ross and Zheng Engineering solves this problem by using a stainless-steel body shaped much like a regular GI magazine and a clever articulated follower that automatically adjusts to the shape of the cartridge column. It worked well for me in a variety of AR15s, ARAK21, TAR21, RDB, MAD556 (a roller-lock rifle with very fast cycle). The magazine body is treated with slick anti-corrosive finish on the inside and with textured finish on the outside. This design should be of a special interest to 458 SOCOM users, as it holds a dozen large-bore rounds instead of the usual ten that fit in a conventional GI magazine.
Unimag magazine capacity
5.45×39 Russian – 29
6.8 SPC/338 Spectre – 26
7.62×39 Russian – 25
6.5 Grendel – 24
458 SOCOM – 12
223 Remington, 300 Blackout – 30
The Ross and Zheng Engineering, or RZE UNIMAG. Multiple calibers, one magazine.
Since the weight of an AR-15 rifle varies from manufacturer to manufacturer and model to model, it can sometimes be an undesirable element for women who shoot them. A fully accessorized AR-15 can weigh upwards of 10 or more pounds with a fully loaded, high-capacity magazine. This weight can cause the shooter to lean backwards to compensate, and in turn, makes these heavier guns unenjoyable. If you’re physically fit and do strength training, weight has a reduced affect, but supporting a heavier rifle will eventually affect the shooter causing them to focus more on the weight and less on the target. If you can identify with this, please read on.
The second concern I commonly hear has to do with a heavy trigger pull. This can be just as much a concern as weight. Women, including my wife, have disparaged the heavy trigger pull of an AR-15 as well as some handguns, especially ones with double-action-only triggers. Many old military rifles including AR-15s have what is referred to as a “military trigger,” and on average have an 8- to 10-pound pull. The original reason for this was so that when the adrenalin was flowing, the shooter would not be able to pull the trigger easily, and experience an unintended discharge. A suggestion would be adding a Timney drop-in trigger. They are easy to install (they drop in using the existing pins) and you have several trigger-weight options to choose from.
While walking the floor at the 2015 Shooting Hunting Outdoor Trade, or SHOT, Show I met with the representative from Windham Weaponry. I told them my concerns about women having to deal with heavy ARs and how some companies are starting to employ polymers to reduce the weight of both the upper and lower receivers. Their rep walked me over to a display and handed me their Windham Weaponry Carbon Fiber “SRC.” I couldn’t help but notice the reduced weight of the rifle. I was impressed and knew this could serve as a great alternative to the heavier aluminum receivers. I had seen some polymer receivers around, but at the time didn’t know of anyone who effectively used it for both upper and lower receivers.
Windham states that this rifle weighs 5.85 pounds without a magazine. Using a postal scale I weighed the rifle with the factory sling and an empty aluminum 30-round magazine; it came to 6.25 pounds. I weighed it again with the sling and 30-round magazine (full); it came to 7.25 pounds. At this weight the R16M4 was still lighter than most AR-15s. If you were to add Magpul’s all-steel MBUS-Pro sight set, it would raise the weight 3.3 ounces. For this review I added an EOTech model 518 HWS (holographic weapon sight) which uses AA batteries (13.3 ounces) and a G-33 3X magnifier (11.9 ounces). The total weight with a sling, loaded 30-round magazine, sights and magnifier finished at 8.75 pounds. That’s where most AR-15s start stripped. I approached this like I would backpacking: ounces count and can add up quickly.
This SRC starts with a 16-inch, M4-style, chrome-lined barrel which has a 1-in-9-inch right-hand-twist rate that works well for stabilizing bullets from 55 to 75 grains. It finishes off with an an A2 flash suppressor. The gas block sports a MIL-STD-1913 Picatinny rail for mounting any front sight you choose, as well as has a standard bayonet lug and sling swivel. A word of caution: use a sight constructed of steel, as the gas block will heat up considerably and possibly melt other sights. The handguards have a double-layered heat shield to protect from the heat and are constructed of plastic. They are easily grasped and can be replaced with a quad rail handguard.
An A2 pistol grip offers your shooting hand a secure grip and, as with most parts, it can be replaced with a grip more suited to your hand size. The six-position telescoping buttstock is easy to adjust; grasp the buttstock trigger bar by the rear-sling loop and squeeze it while moving the stock forward or backward to the desired length of 6.5 to 10.5 inches.
Now we have come to what makes the Windham Weaponry rifle so unique: the carbon-fiber upper and lower receiver. They’re molded to look much like what you’re used to, yet discernibly different, containing more angles than curves. On the upper receiver the Picatinny rail is also made of carbon fiber and offers a strong and secure point to mount optics. The charging handle, dust cover and forward assist button is metal, mainly because they have moving parts or springs and are high-stress areas. When disassembling a normal upper, you would remove the charging handle by pulling it to the rear until it stops, then lifting straight up and out, allowing the side tabs to clear the cutouts in the upper receiver. With this model, you simply pull straight back and out and reassemble the same way. You must use caution when disassembling or reassembling the upper receiver as the bolt and charging handle will fall out if tipped up, possibly causing damage. All other areas of the rifle are the same as common models. On the lower receiver the magazine release, bolt catch, safety selector and trigger are metal as well. The markings for the safety selector are icons molded into the receiver; a bullet with an X inside means safe (safety selector pointing forward) and a plain bullet means fire (safety selector point up). The serial number is etched inside of a box under the selector and highlighted with silver, so it’s easy to read. The trigger guard is oversized to allow shooting in cold climates with fingered gloves, and there is room on the rail for backup iron sights, optics and a magnifier, but it’s tight.
I disassembled, inspected, cleaned and lubricated the rifle and headed to the range. It did not disappoint. Oh and do not fear, the rifle comes with a detailed “how to” manual on safety and instruction, disassembly, cleaning, lubrication and re-assembly if this is your first AR15. I had some random leftover ammo from other tests and loaded them into the Windham-original magazine first. I fired all 30 rounds with no stoppages.
I then fired the test ammunition through the chronograph using the factory and Magpul’s 20- and 30-round magazines; again, no stoppages. I also wanted to see how the carbon fiber dissipated heat. With the help of my son we fired 120 rounds through the rifle and I carefully placed my finger on the receiver, and while very warm, it did not burn my finger. It also cooled to the touch relatively fast despite being a direct-gas impingement system, which means the gas from the round is tapped off from the barrel and moved through a gas tube and then back to the bolt to cycle the action.
This Carbon Fiber SRC performed as hoped with all the ammunition and magazines tested. The cooling and heat-dissipation properties of the carbon fiber are noticeably better than their aluminum counterparts, and so is the overall weight with the accessories tested. If you wish to keep the rifle as light as possible, use a 10- or 20-round magazine with iron sights.
The only problem I encountered was that the rear takedown pin will walk out if not pushed all the way in until you hear or feel a click. Other than that, I highly recommend this rifle to any shooter who wants a light and dependable M4-style rifle. The choice is yours in the end on how light your rifle will be, but rest assured, you’re starting out with a rifle whose manufacturer is confident enough to give you a lifetime warranty that is even transferable. Lastly, something I feel is very important: Windham rifles are 100 percent American made in Windham, Maine, just outside Portland. –ASJ