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Our customers have always had a great deal of interest in the .408 CheyTac cartridge and supporting platforms, it’s very frequent that I receive questions regarding what system is preferred, how the cartridge came about and who is really involved in a lot of the processes. I hope that this posting can serve as somewhat of a FAQ with a little bit of backstory and allow people to know more about our experiences and insight on the various platforms.

The .408 cartridge was originally developed and produced by two companies, first THEIS (Tactical High Energy Impact Solutions) which provided the modification necessary to translate what modifications became apparent and necessary from the original 505 Gibbs case. The second entity involved in the cartridge development was Lost River Ballistics Technology which is now closed and much of the intellectual property was used by Greenwich Ballistics (A CheyTac LLC based company). Jamison International has been, up until recently, the primary producer of the 419gr projectile that is the patented “CheyTac” cartridge. Despite this, many companies offer similar .408 cartridges that work outside the patent and provide excellent results such as the now commonplace 400gr solid projectile

CheyTac M200 in early testing with OpsInc suppressor
CheyTac M200 in early testing with OpsInc suppressor

To answer the first question, the M200 style system that is so prevalent in media, film and television was originally designed by Bill Ritchie of EDM Arms. Mr. Ritchie was approached by CheyTac LLC to scale down his “Windrunner” rifle to accommodate and better suit the .408CT cartridge. CheyTac LLC began looking at options to modify the rifle and add the popular over-the-barrel bipod system and shroud after the initial field testing of the EDM Arms rifle was completed. [Initial field testing was provided by a company, now defunct, known as SOE or Sniping Operations Executive.]

CheyTac and EDM Arms had a multi-million dollar lawsuit filed in the early 2000′s which resulted in the case being dropped and the decision was for both companies to continue producing their respective rifles in the .408 chambering. EDM Arms later partnered with THOR Global Defense Group, Inc. to provide official license of the original rifle (Now the THOR XM408) and the enhanced model which featured an enhanced bipod and carry handle system (The THOR M408)

Engaging a target at 1 mile with .408CT
Engaging a target at 1 mile with .408CT

CheyTac continued to produce their rifle through a reverse engineering development process and had several machine shops over the course of the next few years produce the rifle under an ATF variance.

CheyTac later approached RND Edge in regards of having a semi-automatic .408 rifle created for standard production. Initial prototyping was completed, but after some developments, RND Edge has separated from CheyTac, and a semi-auto CheyTac LLC rifle was not officially brought into production.

It became apparent that with the extreme range that could be achieved with the .408 cartridge, a ballistic computing system would be quite a boon to provide quick calculation of the Data On Personal Equipment or DOPE,

CheyTac ABC Software
CheyTac ABC Software

enabling the shooter to efficiently apply shots on a target at extreme ranges. The software was deemed “ABC” and was produced to work on windows mobile platforms. The traditional ABC software is no long available in original form, but several companies now offer similar systems to provide calculation on both Windows operating systems as well as newer Android applications. Training courses offered by CheyTac were provided on public BLM (bureau of land management) property in Arco, Idaho. Targets at this range area were designed to allow safe firing positions between 100 and 2500 meters.

Knesek Guns, Inc. provided distribution and commercial sales and customer support out of their Arkansas facility, but supply became an issue as time went on and it became apparent to me that we needed to begin looking at other options to provide a .408 system of identical or higher quality with great technical and customer support from the manufacturer. We began talks with Bill Ritchie and the formerly associated individuals involved with the CheyTac project that had disassociated themselves for one reason or another. The THOR M408 rifle system we offer maintains the same quality, accuracy and provides enhanced features over the CheyTac M200 system which we formerly distributed.

In summary, the entities described in the CheyTac Asscoiates brochures from yesteryear have, for the most part, gone their separate ways or been closed. Here is a listing of the entities which were previously listed as the CheyTac associated firms:

  1. Bradley Development (Unknown)
  2. Greenwich Ballistics (Current CheyTac LLC entitiy)
  3. Lost River Ballistics Technologies (Closed)
  4. Sniper Operations Executive (Closed)
  5. Tactical High Energy Impact Systems and subsidiaries (Conducting Research & Development)
  6. Advanced Barrel Systems (Closed)
  7. Jamison International (Closed)
  8. Knesek  Guns, Inc. (Current distributor/exporter for THOR Global Defense Group & EDM Arms)
  9. RND Edge (No longer associated, feel free to contact RND for more info)
THOR XM408 as covered in Harris Publications' Tactical Weapons
THOR XM408 as covered in Harris Publications’ Tactical Weapons

We are pleased to offer the full line of THOR 408 and 375 rifles with quick turnaround and short lead times for custom builds. To provide more information on the system, The THOR M408 is a 7 shot repeating, takedown rifle system. The barrel is removable and replaceable by the operator. The rifle has an over the barrel bipod system built onto the barrel shroud with carry handle. The M408 comes standard with a custom Krieger barrel and completely adjustable butt stock. In fact, the entire rifle is maintainable at the operator level – including complete tear down. Spare barrels can be maintained at the unit level and replacement can be made in the field, allowing for special barrel design and shorter barrels.

THOR M408 Rifle System
THOR M408 Rifle System

The takedown capabilities provides a safe rifle which supports all methods of infiltration; including military free-fall, static line, small boat, dive lockout as well as all other forms of infiltration. The M408 repeats its different zeros extremely well. The system has been repeatedly disassembled and reassembled with no change in zero. This includes removal of the barrel and reinstallation, removing and reinstalling the optics and removing and reinstalling the suppressor. The M408 is very pleasurable to shoot due to the purpose built and very effective muzzle brake that has very little overpressure felt by shooter or observer.

The M408 is a solid anti-personnel system to distances beyond 2000 yards. The primary intent of the .408 is as an extreme range anti-personnel system. Groups of 7″- 9″ at 1000 yards, 10″ at 1500 yards and 15″ at 2000 yards have been consistently obtained. Groups of 19″ at 2100 yards and 29″― at 2400 yards have also been obtained. All groups that are up to 3000 yards are less than 1 minute of angle for vertical dispersion. The extreme range capability of the M408 allows the shooter to standoff at a distance that is unparalleled by any other system, including the 50 SASR. As an anti-personnel system, the M408 is only limited by flight time in regards to flight of the projectile to the target. The nature of the target at that point becomes the limiting factor of the systems maximum effective range.

THOR M408 rifle with Nightforce 5.5-22x56
THOR M408 rifle with Nightforce 5.5-22×56

The high remaining kinetic energy characteristics of the 419gr projectile make it a very effective anti-material rifle. The .50 BMG has a higher initial muzzle energy of 11,200 ft. lbs. vs. the 408s energy of 7,700 lbs. At 700 yards however, the remaining energy of the 408 is higher than that of the .50 caliber rifle. Ranges past 700 yards are the realistic engagement-range for anti- material rifles. The .408s 419grain projectile will defeat any material that the .50 BMG can defeat except those targets that require an explosive projectile. While the round of choice is the Raufoss for anti-material operations, there is a strong argument for use of solid projectiles for many of the material targets. Material targets such as surface to surface missiles can be easily engaged and defeated by the use of solid projectiles. Continue Reading

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A2 muzzle device
A2 Muzzle Device

The muzzle device is one of the easiest but yet most important upgrades that can be done to a rifle in this case an AR.  The standard A2 type is listed by the military as a compensator but is actually a flash hider.  There are more types of muzzle devices available than can be listed here but they can do any thing from completely get rid of muzzle flash, act as a rebar cutter (yes those exist), get rid of muzzle climb (used in competitions VERY loud), and others that are flash hiders or compensators and also act as a mounting point for a suppressor. Depending on what you use your AR for will help determine which muzzle device you chose. Like all things with a modern sporting rifle there are so many to choose from you can spend as much or as little as you want. The good thing is the muzzle device is one of the easiest things to change and can greatly change the performance of your weapon.

Tools Needed:

  • AR buttstock/flash hider tool which you should have if you own an AR series rifle.  Or a military style AR wrench which will let you add/remove barrel and remove the flash hider
  • a 1/2 breaker bar, 1/2 torque wrench that can have 25-30ft lbs - 3/4″ wrench can be used
  • CLP cleaner
  • Peal washers are handy to have just in case the supplied crush washer is not big enough
  • It is also easier with a work bench and vise with vise block.  If you are a serious AR user you should have these; if you do not never fear just get someone to hold the rifle for you.
Military style AR tool with breaker bar / Tapco butt stock/muzzle device tool
Military style AR tool with breaker bar / Tapco butt stock/muzzle device

Follow the manufacturers directions for installation.before starting this removal and installation process.

  1. Remove any existing muzzle attachment and clean the threads of your barrel.
  2. Install the supplied crush washer making certain the small-protruded portion of the washer is contacting the flange surface of your barrel.
  3. Hand-tighten your new muzzle accessory in place.
  4. Using a 3/4 wrench, tighten the accessory at least 1/4 turn and continue to tighten until the middle exhaust port is on top dead center with your sight line.

Military requires that the device be tightened to 25-35ft lbs.

Now you have a new muzzle device.

Yankee Hill 28-5C Flash-Hider/Comp Toothed
Yankee Hill 28-5C Flash-Hider/Comp Toothed

 

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The long history of firearms demonstrates a willingness to attempt new ideas in the manufacture of these weapons. The resulting antique firearms often look strange to modern eyes, but some innovative ideas went into their design.

  • Oldest Firearm
    The oldest existing firearm in the world dates to the late 13th century and was cast in bronze. This gun was found in China where gunpowder was in use a full 700 years before the western world would discover it.
  • The First Handheld
    The first handheld firearms did not have triggers. They function more like cannons than guns with loading done from the front and firing it by applying a fuse to the rear of the weapon.
  • The First Trigger
    The matchlock mechanism was an improvement, however slight, over the fuse method of the first handheld firearms. After loading the weapon, and priming it with a bit of powder, the soldier would pull the trigger and an S-shaped piece of metal would move forward and touch a lit fuse to the priming powder.
  • The Palm Pistol
    A lot of early firearms were for personal protection and intentionally made small and easier to conceal. There was a circular gun known as a palm pistol that could be carried in the palm of a person’s hand. The small barrel would protrude from between the fingers and firing it was mainly a matter of clenching the fist.
  • The Ring Pistol
    Another easily concealed weapon was the ring pistol. Primarily made for women, it is a close personal defense weapon worn on the finger.
  • The Harmonica Gun
    This weapon is the result of an attempt to increase the number of rounds contained in a cylinder. The name derives from the rectangular shape of the cylinder which features multiple holes like a harmonica when viewed from the back side. It was impractical in its shape and after firing a round, the owner must manually move the cylinder over to load the next cartridge.
  • The Key Gun
    In the 17th century a firearm combining a key and gun became popular. It was a big iron key with a short barrel underneath the key mechanism. A few of them will shoot the person holding it if not used properly.
  • Double Barreled Pistol
    Double barreled pistols were also part of the 19th century innovations with firearms. These have two barrels side by side and feature two separate cocking mechanisms to allow firing one barrel at a time.
  • The Two Millimeter Bullet
    The manufacture of smaller weapons for concealing necessarily led to making smaller cartridges for their use. The smallest of these was two millimeters. The average size of a BB is 4.5 millimeters.
  • Square Bullets
    The first attempt at a machine gun during the antique era led to a weapon that could fire up to nine rounds a minute. The device could fire square bullets by switching the bullet chambers. The developer felt that square bullets would be more painful.

About the Author
Aileen Lopez is a writer and the Director of Content for the Morgan Law Firm. Please visit the Morgan Law Firm Blog for additional content.

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One of the more recent discussions to be circulating within the reloading community is that of bullet depth.  Aided by new products that have come onto the market such as the Hornady OAL Gauge the re-loader has never been better equipped to determine the optimum bullet seating depth.  So what is bullet seating depth and what does it matter.  Most commercial ammunition is manufactured to make sure it fits the vast majority if not all rifles that it may be used in.  In magazine fed rifles the ammunition also needs to fit into the magazine itself.  As a result the depth at which the bullet is seated into the case itself is not necessarily optimized for accuracy but instead optimized for conformity.  By ensuring that the ammunition will fit all rifles it is fairly certain that a gap will be left between the ogive of the bullet head and the rifling of the barrel.  This gap is called the “jump” and can fundamentally affect the accuracy of the rifle/ammunition combination.

The re-loader and target shooter aren’t normally restricted by the confines of magazines or having to ensure their ammunition works across all rifles.  They have the option to hand feed their rounds into the chamber and most likely only one rifle to worry about so the option to seat the bullet at the optimum depth rather than a compromise depth exists enabling the optimum accuracy to be obtained.

The easiest way to determine the OAL (Overall Length) of the cartridge (sometimes referred to as COAL or C.O.L – cartridge overall length) as best suits your rifle is to use one of the tools on the market that allows for this.  The OAL Gauge from Hornady is the one that I have used and consists of a metal casing with a thread at the end that is hollow and allows for a plastic rod to slide through it.  To one end a slightly oversized empty cartridge case is screwed and within that a bullet head can be placed.  As a result by moving the plastic rod the bullet head slides up and down within the case.  The entire unit is then placed into the breach of the rifle and the rod moved until the bullet head engages with the lands and grooves of the rifling.  It is recommended that a cleaning rod be used down the barrel to push lightly against the bullet head so it is not jammed into the rifling.  Once the perfect balance between the two rods pushing against either end of the bullet head is reached the plastic rod can be locked in place and the unit withdrawn from the breach.  The OAL of the cartridge can then be measured with calipers either to the tip of the bullet itself or ideally to the ogive of the bullet using a collimator.  This latter approach offers greater consistency as the tip of the bullet will vary across bullet heads.

Once the OAL has been measured the shooter can then determine the best overall length for their cartridges. Usually the re-loader will take two to three hundredths of an inch off the OAL to leave a small jump.  For example on a recent reloading of 338 Lapua Magnum my measured OAL was 3.98” so for one batch of reloads it was determined to set the OAL at 3.95”.  Pictures of the difference between standard UK Army issue 338 Lapua Magnum using RUAG brass and Lapua Lockbase bullet heads and home loads using RUAG brass and Berger VLD 300 grain bullet heads can be seen on the Figure 14 Facebook page at http://www.facebook.com/figure14ltd.  These are not recommendations of course and the reloader must determine his or her own optimum depth.

Many reloaders will create several batches at slightly differing OALs and even with slightly different powder loads as well and then shoot those combinations to determine the absolute optimum settings for their rifle.

As with all reloading the appropriate level of experience, care and precision should be taken.  Always operate within the manufacturers guidelines for starting and maximum loads and always check your brass. Check out this and further blogs at the Figure 14 website at http://www.figure14.com

Figure 14 is a partner of THOR Global Defense Group and Knesek Guns importing THOR and EDM rifles into the UK

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We have been receiving some questions about the new Masterpiece Arms MPA57sst in ATACS; it’s a great looking unit and we’re really excited to be offering it. The unit is suppressor ready ( ½ x 28 thread pitch, making it fit most standard cans). We hope to put together a range report soon.

MasterPiece Arms, manufactures of the MPA MAC Line of semi-auto submachine pistols and carbines, is pleased to introduce the new MPA57sst-ATACS Defender semi-auto. Based on the successful, standard MAC design, the new MPA57sst-ATACS is available in a 5-inch fixed barrel pistol with A-TACS hydrographic coating. Available in 5.7x28mm with 20-round magazines standard, the MPA57sst-ATACS features a threaded barrel with ½ x 28 threads making it suppressor ready.
The MPA57sst-ATACS Defender Semi-Auto will come with adjustable sights, a side-cocker, scope mount and muzzle break and features all the accuracy, low recoil and performance expected from the Masterpiece Arms Defender series. MSRP will be $659.99.

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I wanted to share this photo of the CWA M2E 50BMG Belt Fed Machine Gun; awesome unit

This particular model features an enhanced (and fluted) barrel with an advanced flash hider. Keep an eye out for a full T&E / review coming soonCWA M2E

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Just like a kid with his first Jeep, I can’t seem to leave my firearms alone. Cepek tires & wheels, lift kit, winch, light guards…you get the picture. They all seem to need the “special touch”. This goes for customers also. One could call it “pimping” or perhaps “personalization”. Case in point; I get a NIB pre-lock S&W 442 air weight with the black anodized finish. After a couple of weeks living on my ankle, I get the itch to make a duo-tone mirror finish showpiece. Don’t try this at home, kids. Let a pro take over or you’ll be making a $525.00 goof.

Step #1 is to fully strip the gun to the raw frame & remove the barrel. For the next step, you’ll need the following:

  1. a. Bottle of “Naval Jelly”.
  2. b. Pyrex pan.
  3. c. Bottle of distilled water.
  4. d. Buffing wheel, #200 – #400 buffing compound.
  5. e. Rotary tool or selection of fine files and SKILL.
  6. f. If the barrel, cylinder, extractor components, are good, fine. If they are worn, Master blue or hard chrome matte or polished, whichever appeals to you. Step #2 is to make-up a mixture of 75% jelly & 25% water. Mix thoroughly. Once the barrel is off and you are left with the anodized frame, lay in the Pyrex dish For 5 -7 hours or until lite finger pressure smears the anodizing. Leave in another hour, remove and rinse completely.

Dry and rub vigorously with a rough cloth shop towel. Most of the anodizing will come off. You can always lay in the mixture again if the finish is being stubborn. Any which remains can be buffed off with the #200 wheel. Now the final finish is up to you. Leave #200?, progress to #400?, or satin finish by gently whisping in one direction with #400 Alox.

Now is a good time to polish the hammer, trigger,  & to bevel & polish the rebound friction points. You may want to respring, stone the boss bases and get your Monogrips ready. Also, this is a good time to clean and/or refresh the forcing cone. check & repair any muzzle dings, measure barrel clearance which ideally should be .005 +/- .001, stone the recoil plate flat, & true the yoke. Inspect for friction marks on the hammer & trigger & repair. Reinstall the barrel as per factory instructions, reassemble the cylinder components, check everything twice, lubricate, and reassemble the works. Check function, test fire and enjoy your new gun.

On the subject of forcing cones, note that most manufacturers use a cut of approx 18 de. for general use. If you shoot wadcutters, you may increase accuracy & lead buildup by recutting to 11 deg then lapping to a fine luster.

I’d like to add that there is a plethora of finish options. Think this out well ahead of time. What do you want your gun to look like in it’s completed form? If you have any questions, just give me a holler and I’ll walk you through any problems you may experience. Otherwise, it’s a rather straightforward process.

Good luck, & happy shooting.

Adrian J. Canton

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This is going to get a little technical but bear with me. True mil-spec for the M16 family of weapons can be a slippery slope for discussion. The fact of the matter is that there aren’t any commercially available rifles that fit full MIL-STD, the bottom line is that commercially sold rifles are not subjected to government inspectors and deviate from the procurement data sheets which require certain characteristics. In saying that, the “mil-spec” AR rifles that you see on the market are built with same components that provide uniformity and interchangeability of various components such as roll pins, buffer tubes, etc.,

Colt M4 Carbine
Colt M4 Carbine

Below is the actual list of government specifications on this type weapon:

  • Accuracy: 5″ at 100 yards with iron sights.
  • Barrel: MIL-B-11595E / 4150  Chromemoly (with other chemical requirements from the military)
  • Barrel Life: Minimum 6000 rounds.
  • Bolt: High Pressure Tested (HPT) (which means they shoot a super over pressure round and make sure it does not blow up), Magnetic Particle Inspected (MPI) this is an x-ray for metal, Shot Peened which is a surface hardening process which gives more strength to the bolt.
  • Upper and Lower forged 7075 aluminum.

To compare, we’ve selected the commercial DPMS Sportical rifle:

DPMS Sportical
  • Barrel 4140 Chromemoly Rockwell Hardness of 28-32 (less carbon and is a weaker steel and therefore will not last as long. Only Chrome lined as a factory add on.)
  • Upper Receiver: Extruded 7029 T6 aluminum (extruded mean basically was cut from a mold, 7029 is also relatively soft.)
  • Lower:  Forged 7075 aluminum.
  • Bolt: Not HPT, MPI or shot peened.

The end result in purchasing such a rifle is ultimately paying a little less for a rifle with about 3000 rounds of barrel life, softer uppers and barrels.

Now, to go forward a bit, on the other side of the coin…there ARE some high end commercial AR type rifles that can outperform and outlast some of the standard GI rifles, for this example I have elected to look at the LWRC M6 series, some other carbines that beg mentioning would be the HK MR556, THOR TR15P CQB, KAC SR15 and so on.

  • Accuracy two independent tests confirm that the LWRC can shoot sub 2″ at 100 yards with iron sights.
  • The M6A2 comes with a target crowned match barrel that further increases accuracy.  This rifle is in use by the DEA and the particular issue rifle tested fired 1.44″ average groups with a best of 1.28″ with 55 grain full metal jacket ammunition.
    LWRC M6A2
    LWRC M6A2
  • Barrel: 4145 Chromemoly which is considered a superior steel for shock and wear resistance also has a NiCorr surface conversion that extend barrel life to 20,000 rounds.  Even the new M855A1 round in use by the Army which has cut mil-spec barrel life for 3,000 rounds. LWRC is good for 8,000-10,000 per LWRC testing for the Individual Carbine Program for the Army.
  • Bolts: HPT, MPI, shot peened, also given a special nickle coating that nearly eliminates corrosion and is self lubricating.  This aids in one of the AR platforms most common malfunction of running a dry rifle.
  • Short Stroke Piston:  This prevents propellant gasses from getting into the chamber and covering the bolt and internal parts with gunpowder residue this aids in reliability.  The piston further cuts down on recoil which aids in accuracy.
  • Upper and Lower receiver is 7075 forged aluminum.
  • The back up sights are also forged from 7075.
  • The LWRC M6A2 5.56 is the issue rifle for the DEA who use it from Columbia to Afghanistan.
  • The Ultra Compact Individual Weapon (UCIW) was just selected as the personal defense weapon for the British military and will be issued to their Special Forces, helicopter, and vehicle crewmen. Who demand a compact weapon that is capable of throwing out a wall of rifle fire not sub-machineguns or pistols in 9mm.
  • Also Shooting Times declared the LWRC M6 the best option for the Army’s Individual Carbine Program (ICP).

The LWRC is beyond a mil-spec rifle (whatever that means) as the current mil-spec was written in the 1960s using 1960s technology with just a few adjustments in the last few years but nothing in the way of the operating system or how the rifle is put together. Colt was even told with withdraw their piston rifle from the ICP as the Army had no intention of changing rifles or operating systems. With a 20,000 barrel life and match grade accuracy and all of the M4 reliability issues corrected the LWRC is the an excellent option for the serious shooter.

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In 1959, the United States military retired its service rifle, the M1 Garand, in favor of a new design chambered in a new intermediate caliber. That new rifle was the M-14, chambered in 7.62×51 NATO. Built more for fighting an open country war on the plains of Europe against Soviet forces, it ran into trouble when fielded for the Vietnam War. Troops complained that the rifle was too heavy, they couldn’t carry much ammunition, and that the rifle was completely uncontrollable when firing on full-auto.

With the M-16 soon arriving as the replacement service rifle in 1966, the M-14 was gradually rotated out of service with the final front-line units giving up their rifles in 1970.

Several manufacturers have produced civilian versions of the M-14, but arguably the most common would be Springfield Armory, Inc’s M1A. Today, the company produces eight different versions of the  M1A – including CQB, ranch carbines, full size rifles, and precision rifles. The street price of these rifles varies from $1,200 to well over $3,000.

Walk into a gun store. You will likely see several M1A’s on the rack for sale. A casual browser might look at one, but they cost quite a fair amount of money. Perhaps enough to make one take a pass in favor of a FAL or AR-10. Is this rifle worth the money? Read on, and find out.

General Impressions

The rifle I’m reviewing today is the “Loaded” M1A. This model comes with a match barrel, a standard G.I. fiberglass or match walnut stock, match 2-stage trigger group, Match front sight, and Match flash suppressor (unless you purchase the California -compliant model, which comes with a muzzle brake). A cursory inspection of the rifle reveals a good build quality, solid construction, and even parkerizing and finishing. My rifle came standard with a repainted G.I. fiberglass stock, gun lock, 10 round magazine, original USGI M-14 maintenance manual (Thanks, SA! The manual is one of the best I have ever read for any gun), and a form that gives you a discount for additional SA accessories.

Accessories

Aftermarket manufacturers have noticeably increased the amount of accessories available for this rifle in recent years. Most of it has to do with the fact that US Armed Forces have re-fielded the M-14 for use in the Iraq and Afghanistan theaters, where it is used as a DMR (Designated Marksman Rifle). In addition to the 1960′s era accessories, parts like rail systems, stocks, scope mounts, bipods, and optics are readily available. I chose to make my rifle look as close to a M21 (accurized sniper version of the M-14) as possible. I purchased a McMillian fiberglass stock (these must be bedded to the action by a gunsmith), an A.R.M.S. #18 scope mount, GG&G 30mm medium height scope rings, an adjustable cheek piece, and a Springfield Armory 4-14x56mm Gen III scope (sadly, these aren’t made anymore – I purchased mine years ago and was impressed with what I got for the money. At the time, you couldn’t beat SA for a entry level tactical scope for $675).  I also replaced the butt pad with a USGI butt plate with the shoulder rest (gasp! a shoulder thing that goes up!). I have one comment about accessorizing; be careful. The M1A is a heavy gun – stock, they weigh around 10 pounds (4.5 kg) and anything you bolt onto this gun will rapidly increase the weight. So, before you spend your money on a bunch of accessories, pay attention to the weight of each of them and think if you  really want or need this accessory on the rifle. My rifle weighs 18 pounds (8.2 kg) – and that is a lot of gun to carry around with a few basic options. If you intend to mount optics other than parallax free units, the ergonomics of the M1A preclude a good cheek weld to the stock. In some cases, the shooter might actually be able to rest their chin on the comb of the stock while looking through the scope! This  must be remedied if any degree of consistency in shooting is to be attained. Fortunately, this is a well known problem, and there are many options available for fixing it, from new stocks with adjustable cheek pieces built into them (make sure the stock has enough travel on the cheek piece to fit your scope/ring setup), or slip on ones that require holes drilled in the stock, and even fabric pads that cinch down over the stock to help hold risers in place. Or you could employ the “field expedient” method like our fighting men use; get a roll of duct tape and an old foam bed roll, then go to town.

Shooting Impressions

With a match grade barrel, my rifle likes heavier bullets. I use 168 grain BTHP Sierra Matchkings in my handloads. Recoil is smooth, but a bit sharp; a dynamic not assisted in any way by my choice of a metal butt plate – I tend to have a very tender shoulder by the end of a shooting session. My particular rifle  hates surplus 147 grain 7.62 NATO ammunition; I simply cannot get any accuracy out of the rifle with this stuff (5″ – 6″ groups at 100 yards). However, that poor accuracy is due to the twist rate of the barrel, My friend’s SOCOM II absolutely loves this surplus ammo. If I try, I can almost get sub-minute groups with the rifle, but I have to pay the most careful attention in everything from the preparation  of the handloads, to the eventual shooting technique. Under normal conditions, my rifle is a 1.5 – 2 MOA rifle as can be seen in the picture. I have had the opportunity to fire this rifle at extended distances, and this is where the rifle with this setup really shines. We set a 10″ gong at 400 meters, loaded up the magazines, deployed the bipod, and gave the rifle a try. Hitting it was easy… No, like zipping up your fly easy. We hit that thing each and  every time. Even my girlfriend, who has not ever fired a rifle in her life was able to make accurate hits at this range with minor instruction, and someone watching the trace. At extended ranges, the M1A stops being a good rifle, and starts being a  supurb rifle. I must also point out that although the rifle was zeroed at 100 yards, I had never shot it out this far, so I had no dope to fall back on. I poked around on the internet and found a a free ballistic calculator that I was able to enter various settings to work up a basic dope sheet for the rifle – when fired for the first time, we were within one foot of the target. I guess Sir Isaac Newton knew what he was talking about.

Final Thoughts

The M1A is a fantastic rifle that will last a long time. At first, when I thought I had spent $2,700 for a 2 MOA gun, I was a bit irritated. All of those feelings went away when I shoot this rifle at steel plates at further ranges. This is a rifle that can engage targets at those ranges all day long, and whose bullet will still have more energy at 300 yards than the AR-15 has at the muzzle. Springfield Armory’s customer service is very good, I have had to use them in the past. My rifle could be described as a “lemon” if there is such a thing in the gun world. When I first shot it, it had nothing but FTF and FTE malfunctions all day long. I tried different ammunition, different magazines, different lubricants, detail cleaning…nothing fixed it so I sent it back to the factory. They had it back in 6 weeks, and reported that the heat treating of the receiver was out of spec, so I got a new receiver free of charge. Took it to the range, and…FTF, FTE malfunctions again. Then, in the middle of a string of malfunctions, the recoil felt “different”. Woah, stop, that’s a big red flag. I removed the magazine and cleared the chamber, to discover that the left locking lug on the bolt had sheared off. Back to the factory it went, to be returned 4 weeks later with a new bolt, a new receiver, and a personal note from the SA armorer that he was sorry I had so many problems and that he shot 20 rounds through the rifle with no problems whatsoever. After that last fix, whatever he did, the problems went away and the only malfunction has been one FTF because of a bad round. I would recommend the M1A, but only because Springfield Armory’s customer service is so good; This really shouldn’t be necessary on a design like the M1A. Everyone else I have talked to about this issue has had no problems like mine with their rifles, I guess mine was built on a Friday before Labor Day weekend.

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Through my years of buying used gun show and dealer used 1911 platform handguns, I have come across remarkable deals as well as utter junk concocted by a neighborhood garage “gunsmith” whose work was a Frankensteinian attempt at “improving” a 100 yr old proven design or pseudo “customizing”.

1911 Handgun
1911 Handgun

The best deals may be found by the ballistic equivalent of “driven by a little old lady on Sunday”. These guns come from people who realize that the .45 acp is too much for them or they simply find it difficult to carry & conceal a 7” brick.

Lets’ look at contemporary 1911s’. Every major & minor manufacturer makes a 1911 clone. From thde low end like the Korean Rock Island Armory to 1st rate Wilson, Reeder, or (ahem) Canton Custom StreetFighters. Your best investigative tool is your powers of observation. Ask the vendor or dealer to remove the slide. Using a magnifying glass, look at the finish, original with expected wear, or perfect? Remove the barrel and look for any marks besides factory machine marks. Carefully examine the male & female  .locking lugs. They should not show any sign of peening, indicating soft, cheap metal especially on the barrel. If all is well there, the land & groves should be clean & sharp. Examine the barrel exterior for unusual wear marks which indicate poor fitting as well as any bulges. Has the feed ramp been polished, and if so has the top portion been rounded?. Not good. There should only be minor factory machine marks.  Check the plunger tube for a tight fit and free travel of the slide lock & safety detents.

Now, most of the imperfections you may spot are an easy fix. Point them out to the vendor and get the price down. The major sticking points & things to avoid are:

  1. On alloy frames, check for a minute crack at the slide lock.
  2. Poorly stoned or polished bed.
  3. Loose or distorted disconnector. Travel must be firm ut held solid.
  4. Hammer fall or follow when the slide is racked. This is usually due to a worn or defective sear spring which controls the pressure in the disconnector, beavertail, & trigger.
  5. You’ll want to refresh all the springs, install a carbon steel F/P fresh disconnector & sear anyway, no matter the condition unless NIB.
  6. Sights tight and fall on target when drawn from low carry?
  7. Many Colts have come with plastic mainspring housings. Call Brownell’s & change-over to metal.
  8. Ask for 2 factory or high-quality mags that fall free.and check function of the mag release button & slide lock/follower.
  9. Forget S/S extractors even if the frame/slide are S/S. Remember that the extractor is a spring and therefore must be made of spring steel.
  10. Carfully examine the bbl bushing for firm, but not impossible to remove fit. Also look over the wear marks on the bbl where it contacts the bushing during retraction.
  11. Watch for any bbl buldging which indicates an overload or doubling.
  12. Check F/P protrusion, then pull the pin & check for peening. While the extractor is out, look for wear and broken corners. As mentioned, if the F/P or extractor is S/S, you’ll want and need to replace with carbon steel.

You will want to install a fresh 18 lb recoil spring. Go with Wolf or Springco progressive springs. I strongly suggest a quality full length recoil spring guide, reverse plug, and “Shok-Buff”.

Most importantly, make certain the shop or vendor is available to you and that you have a 30 day return warranty. Get to the range and run a couple of hundred rounds of various ammo through your new gun. Any problems encountered besides the normal easy fix kink &, have a competent ‘smith give it the once-over. If a serious problem pops’ up ether have repairs made, or return it and try again. Your most important tool is keen observation and the knowledge of when something is simply not right. If you’re not intimately familiar with Browning’s SA design, get a revolver or dbl action auto…and train with a pro if you are a newbie. Get to the range at least once-a-month and burn a couple of hundred rounds at situation targets. Memorize my mantra…”Carrying a firearm does not make you an “unstoppable pistolaro”. Handguns are relatively feeble weapons in most hands and are meant to allow you to get to your shotgun. No one argues with a .73 rifle.

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