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Smallbore Slabsides: Rock Island Armory .22 TCM Review

by James Tarr   |  January 9th, 2013 25

Developed specifically for the 1911, the .22 TCM cartridge uses a shortened .223 case and sends a 40-grain bullet downrange at over 2,000 fps.

Every year at the SHOT Show I come across a product that doesn’t grab my attention at the time, but later proves to be more interesting. One of the hidden gems of the last show was the Rock Island Armory 1911, chambered in .22 TCM.

At the end of a long line of busy stalls at the SHOT Show’s “Media Day at the Range,” I saw a few people shooting some 1911s. As that area of the range was dedicated to rifle products, I was a little intrigued. Did the organizers screw up and stick a pistol manufacturer on the rifle line?

Never one to shirk my duty of shooting OPA (Other People’s Ammo) through guns I wouldn’t have to clean, I wandered over and ended up having great fun with (what I thought was) a brand new cartridge—the .22 TCM.

The fine folks at Rock Island Armory were showing off their new pistol, a 1911 chambered in a proprietary cartridge named the .22 TCM. Boxes of Armscor .22 TCM ammo were everywhere. While the cartridge looked like a 9mm necked down to take .223 bullets, the .22 TCM cartridge is actually a much-shortened .223 Rem. case designed to fire a 40-grain bullet at around 2100 fps out of a pistol-length barrel.

At the time, I didn’t really know much about the history of the .22 TCM, or even if it had a history; I was too busy having fun. Amazed at how accurate the pistol/cartridge was, I was dinging a steel silhouette target at 100 yards pretty much as fast as I could pull the trigger, and part of that was because of how little recoil the cartridge had.

Knowledge sneaks up on us sometimes when we’re not looking for it. Fast forward the better part of a year, and suddenly I became aware of the interesting history of the .22 TCM, Armscor, and Rock Island Armory.

At a writer’s event I was standing around with a friend of mine, Guns & Ammo’s Handguns Editor Patrick Sweeney, and we were trying to name all the companies that actually make AR-15 lower receivers. Not assemble, manufacture. You may be surprised to learn that we could only come up with about seven names. Most of the companies in the marketplace selling AR-15s are building them on receivers made by someone else, and the same can be said of the 1911 market as well.

If you haven’t heard of Rock Island Armory, it is a division of Arms Corporation of the Philippines: Armscor. Most Americans (and I will raise my hand as well) are blissfully ignorant of the international nature of the arms market, and might not have heard of Armscor except in passing. Saying Armscor sells guns and ammunition is a bit like saying Wal-Mart is a large retailer.

If you own more than one 1911, chances are that Armscor made one of them, even though its name might not appear anywhere on it. Armscor makes the STI Spartan 1911 and all the Auto-Ordnance 1911s, just to name a few. Last year, they sold about 40,000 units in the United States alone.

All Rock Island Armory frames and slides are manufactured on modern CNC equipment out of 4140 chrome-moly steel. While they started out making GI-clone basic 1911s with Parkerized finishes, they now have a full line of pistols loaded with all the modern custom features (beavertails, extended safeties, etc.) American 1911 fans have come to expect.

Armscor is located in Marikina City, Philippines. If this gives you mental images of local tribesmen banging out frames by hand in grass huts, just be aware that Armscor is a huge, modern company, and received ISO-9001 certification eight years before Colt got theirs. They are one of the biggest arms and ammunition producers in Asia, and want to increase their market presence in America as well. To that end they have begun manufacturing ammunition in Montana.

The .22 TCM cartridge was originally the brainchild of custom gunsmith Fred Craig. The “.22 Micro-Mag,” as Craig called it, was developed for several reasons. First, he wanted to design an American cartridge that could offer excellent muzzle energy and light recoil, and combine it with, as he says, “the one true American pistol platform”…the 1911.

Secondly, he had economics in mind. Craig thinks it’s only a matter of time before .45 ACP ammo costs $1 or more per round, and anything he could do to reduce the cost of ammunition would be a good thing.

1911s chambered in odd calibers are nothing new. From .22 Long Rifle to .30 Carbine, if it can be made to fit inside the 1911 envelope, gunsmiths have chambered a 1911 in it. Craig wasn’t interested in pushing the envelope of performance (.50 GI or .45 Grizzly Win. Mag., anyone?), but rather offering American gunowners a caliber alternative.

How did the .22 Micro-Mag end up the .22 TCM? Craig had been working for several years as a consultant to Armscor, helping to tweak its modern iterations of the 1911. He also personally hired and trained many of the machinists working at the Armscor factory in the Philippines.

Craig had been working on a custom 1911 chambered in his .22 Micro Mag, using Rock Island Armory frames and slides, and the cartridge attracted the attention of Martin Tuason, president of Armscor. Tuason was excited about the cartridge, and it wasn’t long before Rock Island Armory was making production versions of the pistol chambered in .22 TCM—Tuason Craig Micromagnum.

I have seen numerous stories and articles which state that the .22 TCM is a necked-down 9mm case. I think many of these reviewers were just assuming the 9mm was the starting point, as the case head diameter was so similar. Having gotten into a lot of trouble over the years assuming, I did a little research. The fact is that the parent case for the cartridge is the .223 Rem.

The case head diameter of the 9mm (.394″) is very close to that of the .223 Rem. (.378″), and holding them side-by-side, the difference really isn’t visible to the naked eye. Internally, the web of the .223 is stronger, and the extractor cut is shaped differently as well. Part of the confusion may lie with the fact that the .22 TCM fits and feeds from standard 9mm 1911 magazines.

The .22 TCM is a bottlenecked cartridge, and the shoulder starts at about where the case of a 9mm ends. As the TCM is designed to fit and feed from 1911 magazines, the overall length will never be more than that of the .45 ACP, 1.275 inches. The .22 TCM ammunition I received for testing from Armscor was loaded with 40-grain JHPs and had an overall length of 1.25 inches. It had an “AP” headstamp, and was marked 22 TCM.

Actually, while the ammunition was labeled as “jacketed hollow points,” I think a more accurate definition would be jacked soft points, as the cavities in the exposed lead noses were so small as to be insignificant.

Rock Island Armory sells the .22 TCM pistol as a combination package, with a 9mm conversion barrel and recoil spring included. The base gun is a wide-body high-capacity 1911 based on the proven Para-Ordnance frame. When filled with 9mms, the flush magazines hold 17+1 rounds whether you’re filling them with 9mms or .22 TCMs—that’s right, you don’t need different magazines for the caliber conversion, just a new barrel and recoil spring.

The magazine supplied with my test pistol was manufactured by Mec-Gar, but any 9mm/.38 Super magazine designed for the Para will work with the RIA .22 TCM. Mec-Gar is a lot like Armscor, but instead of guns they are an OEM supplier of magazines for a number of different companies, including Smith & Wesson and Ruger.

Compared to a standard, single-stack 1911 a widebody 1911 is a bit, well, wide. As a result, the RIA TCM is not fitted with a long trigger, so most people should have no trouble reaching it. Apart from the caliber, the TCM looks like most modern 1911s.

The pistol is fitted with an Ed Brown-cut grip safety, Commander-style hammer, and has a checkered polymer mainspring housing. The front sight is a serrated post, and the rear is a fully adjustable, all steel no-snag design reminiscent of the Novak. The slide has a flat top and a lowered and flared ejection port. The bottom edge of the slide is beveled, which is a nice touch you usually only see on custom pistols. I personally prefer the ballnose scallop on the front of the slide to the original GI design. If you see other gun companies selling 1911s with that ballnose slide cut, chances are it’s a Rock Island slide.

The left side of the slide features a very nice silver-inlaid “ROCK ISLAND ARMORY” and their logo (not sterling silver, the color silver). The right side of the slide features a subdued TCM forward of the ejection port. Both the 9mm and TCM barrels feature attractive polished hoods but are otherwise black matte.

The front of the .22 TCM barrel is flared to mate with the barrel bushing, as for most of its length it is a slender .50″ in diameter. From the muzzle it looks like most .22 LR conversion barrels. The pistol has a standard, not full length, recoil spring guide rod. Trigger pull on my sample was a crisp 3.5 pounds.

While that may seem light, my pistol did not have a trigger job. Some trigger designs (1911, M1 Garand) just naturally provide shorter and/or lighter trigger pulls than others (AR-15, Glock). Without any special custom parts, the trigger on my test sample provided a crisp trigger half the pull weight of a standard Glock. The 1911 has the trigger pull against which all other pistols are measured, and for good reason. I love my Glock, but that is in spite of its trigger, not because of it.

The TCM comes with a non-extended single-sided thumb safety. I would have preferred something a little bigger, but it is fully functional. The grips on the TCM were checkered black plastic, secured by hex-head grip screws. If you wish to upgrade/accessorize, aftermarket grips designed for the Para-Ordnance should fit. In fact, any aftermarket parts should fit.

The slide to frame fit on my sample was acceptable, but the barrel fit was superb. A field-expedient way to check barrel fit is to press down on the hood when the slide is forward, and if it moves at all you shouldn’t expect match-grade accuracy out of that barrel. The .22 TCM barrel on my sample had absolutely zero movement with the slide forward. The TCM barrel has a small built-in feed ramp, whereas the 9mm barrel is a traditional, non-ramped design.

To convert the .22 TCM to 9mm, the process simply involves swapping out the barrels and recoil springs. Visually there was a slight difference between the two recoil springs; the 7-pound TCM spring was slightly shorter and of a thinner gauge. The recoil spring provided for the TCM is 7 pounds, and if you get confused as to which spring is which, trying both in the gun reveals a definite difference in resistance.

A factory 9mm recoil spring is 14 pounds, but the one provided with this pistol was lighter. Even if you forget to switch out the recoil spring, your pistol will still function shooting 9mm with a 7-pound spring….at least for a while. A recoil spring that light will cause frame battering when using 9mms, especially +P ammunition.

The .22 TCM is not the world’s first bottlenecked cartridge fired out of a pistol, not by a long shot. Any pistol fan can think of the 7.63mm Mauser or 7.65mm Luger, but bottlenecked cartridges have ranged all the way from the 5mm Clement to the .400 Cor-Bon.

Both HK and FN have developed bottlenecked PDW cartridges in the last few decades (the 4.6 x 30mm and 5.7 x 28mm respectively). FN’s 5.7 is the closest to the .22 TCM in ballistics (not to mention more successful and commercially available), so let’s compare the two.

The 5.7 x 28mm from FN was first chambered in the P90 PDW and then the Five-Seven pistol. FN designers were looking to create a light-recoiling cartridge to replace the 9x19mm that would also defeat personal body armor. It features bullets between 31 and 40 grains, with velocities up to 2300 fps, at least when fired out of a P90’s 10.4-inch barrel.

The original 5.7 armor-defeating round is not available for civilian sale, but even in straight FMJ configuration the small fast bullet provides a lot of penetration. As for stopping power when compared to 9mm…well, that’s a completely separate discussion.

How do those numbers compare to the .22 TCM? Well, while the velocities of FN’s 5.7 at first seem better, most published velocities for that cartridge are out of the P90’s barrel. When fired out of the FN Five-seveN handgun, 40-grain loadings of the 5.7 provide about 1850 fps. This is about 200 fps slower than the .22 TCM. Fred Craig stated that he specifically designed the cartridge around a truncated bullet to allow for more space inside the cartridge for powder, and it was designed to be fired in a pistol.

I only had the one type of .22 TCM ammo to run through the pistol, but it performed as advertised—the average velocity of the Armscor 40-grain JHPs was 2081 through my chronograph, and I was able to do 2.1-inch groups at 25 yards when the caffeine shakes were leaving me alone. The 9mm barrel wasn’t quite as accurate, but most ammunition types were grouping about 2.5 inches. Both my 9mm and .22 TCM Armscor ammunition was made in its Stevensville, Mont., facility.

Felt recoil of the .22 TCM is negligible. It definitely has less recoil impulse than a 9mm. The same can be said about FN’s 5.7, and for how little pushback there is, it seems amazing that there is a bullet screaming out of the muzzle at 2000+ fps. It is a very flat-shooting cartridge out to 100 yards, although you most likely will see a zero shift when switching between the .22 TCM and 9mm barrels.

Chances are your point of impact will be higher when shooting 9mm (mine was about 5 inches higher at 25 yards), which is why the pistol is supplied with a fully adjustable rear sight.

In case you’re wondering why there is a zero/point of impact shift, this occurs because of how far the gun moves in recoil between the time the primer ignites the powder and the bullet exits the muzzle. As the 9mm bullet is much slower heading down the barrel, the gun has more time to rock back in the shooter’s hand before the bullet exits, hence the higher point of impact on the target.

I don’t want to get into the whole argument about whether little tiny bullets that may or may not defeat soft body armor are superior in terminal performance to the 9mm. If you read back to Fred Craig’s reasons for designing the .22 Micro-Mag, “stopping power” and “armor penetration” were nowhere on the list. So what’s so great about the .22 TCM?

Well, it’s different. If something different is what it takes to get you out to the range, as far as I’m concerned that’s a good thing.

Secondly, I don’t know how effective a .223″ 40-grain JHP bullet at 2000 fps+ is against human targets, but I know I wouldn’t want to get shot with one. Thousands of people have been killed by much more anemic cartridges. Effectiveness against two-legged predators aside, I think the .22 TCM would be a very good small game cartridge.

An accurate high-velocity .22 pistol with adjustable sights and a good trigger seems the perfect medicine for squirrels or groundhogs.

Lastly, a lot of the cost of ammunition has to deal with weight. Heavier bullets cost more because they have more metal in them—and if you’re a reloader, not only do you already know that, you know how much component prices have shot up in the past few years.

Loaded with light 40-grain bullets, and built off of the very common .223 Rem. case, ammo for the .22 TCM is not very expensive, even though it is a new and relatively uncommon caliber. Armscor USA is selling the ammo I was using on their website for $24.95 for 50 rounds, and searching online I found it on sale for less than $22 a box.

Reloading dies and data are already available, if you want to go that route. As it is designed from standard .223 Rem. brass, I don’t think it would be too tough to make your own .22 TCM cases either. As for bullets, 35- and 40-grain .223 projectiles are widely available. While some enterprising soul will probably experiment with heavier bullets, they can lead to excessive overall length or insufficient powder capacity with such a small case.

I don’t know what labor costs in the Philippines are, but they are apparently low enough for Rock Island to be able to sell frames and slides to a number of gun companies who use them to turn out reasonably priced 1911s. Cutting out the middleman is even cheaper, and the whole .22 TCM kit, including the spare 9mm barrel and recoil spring, has a suggested retail of only $749.

If the idea of an alternate caliber 1911 intrigues you, or you like the idea of owning a pistol no one else at the club is likely to have, you should check out the TCM.


Not your buddy’s .22 1911—the new .22 TCM from Rock Island Armory is a new cartridge that throws a 40-grain bullet twice as fast as a .22 Long Rifle.

  • Leatherstocking

    Intriguing gun but I stopped short at the single sided thumb safetty. Every review should save one paragraph for the 15-20% of adult males who are left-handed and need to know if a weapon is suitable for southpaws
    and/or if a left-handed variant is available.

    • Thomas Medford

      The thumb safety can easily be swapped out with the ambi safety. Same with the slide stop. It’s still a 1911 and most parts are completely interchangeable with other 1911 parts. I believe there are 3 parts that are different on the wide bodies. Trigger, Mag release, magazine. Not sure if the grips are different or not.

      • Charlie Tango, TEXAS

        The thumb safety does not interchange, but the stop can swap out. The contours are different enough at the rear of the body that ambi becomes bit of an engineering exercise. Besides, most of us lefties are actually NON-bidextrous due to the prevalence of right handed everythings of daily life. I do like an ambi safety on a 1911 but can certain operate the ‘wrong’ handed safety well enough

  • James Taylor

    Great idea , I want one.

  • Jason

    Got one serial # 00012x and love the piece a lot!

  • Dave Bolin

    I've had a TCM 1911 for a few months and the gun just tickles me every time I use it with it's intended ammo. The fact that I can also run relatively inexpensive 9mm is a bonus. My example came as tightly fitted and precise as any custom gun and the custom touches on the slide make it that much more desirable. A word of warning; when you shoot the TCM ammo it makes a fireball and a bellow that will draw amazed looks from every lane on the range! In all, a wonderful new gun.

  • Jerry

    Just got the 22TCM 9mm. My concern is when converting from the 22TCM to 9mm, according to the directions you have to replace the extractors each time you convert. Has that been a problem? The gun came with an additional extractor to make that change.

  • Mr. Villien

    Are Auto Ordnance pistols really made by Rock Island?

  • Seaflip

    Jerry, I have the same question that I sent to the manufacturer and still waiting for a reply. From what I can gather onlline the newer ones, above 1000 serial # do not require the extractor to be swapped. Of course I want to hear that directly from RIA.

  • Phillip LaSusa

    Been waiting on mine since the second week of november. Maybe it will come in.

  • MicroMags

    “In case you’re wondering why there is a zero/point of impact shift, this occurs because of how far the gun moves in recoil between the time the primer ignites the powder and the bullet exits the muzzle. As the 9mm bullet is much slower heading down the barrel, the gun has more time to rock back in the shooter’s hand before the bullet exits, hence the higher point of impact on the target.”

    Any slow motion video of a gun firing/bullet exiting the muzzle will show you that this is absolutely not true.

    • 1911a145acp

      Uumm.. Sorry, the author’s explanation of POA / POI impact is a completely true and accurate statement of of why SLOWER bullets will have a HIGHER point of impact- at least at short range. This phenomena is especially apparent with handguns.

      • Marshall Eubanks

        Nope. The author is wrong. The barrel is locked to the slide as long as the bullet is in the barrel, and so the friction of the bullet against the barrel walls applies a FORWARD force on the barrel while the gas pressure against the breech face simultaneously applies a counteracting REWARD force to the slide. These counteracting forces significantly retard the recoil reaction of the slide for entire duration of the bullet’s travel down the barrel (and happen to be the genius behind Browning’s locked short recoil action). Only AFTER the bullet has left the barrel does the residual gas pressure act unopposed on the breech face and rapidly accelerate the slide rearward.

        Furthermore, as the slide is accelerated rearward, the only recoil force transmitted is the equal & opposite reaction to the rather small resistance provided by the action spring – the slide is otherwise “floating”. The mail recoil impulse does not occur until the slide backs out against the frame, finally dumping its kinetic energy into the frame and shooter’s hand. The bullet has likely already struck its target by the time this occurs.

        These reasons explain the empirical observation that, as can indeed be seen in slow-motion video, the bullet has left the barrel before any significant recoil reaction occurs.

        These facts together demonstrate that the author’s explanation is wrong. A far more plausible explanation would likely involve natural differences in trajectory combined with “tolerance stack” from the locking lug interface and barrel bushing fit, slightly changing the bore angle and therefore the point of intersection between the bore line and the sight line.

        Physics and mechanical understanding > something you read.

        • 1911a145acp

          The phenomena occurs in revolvers, fixed barrel single shot pistols, rifles and shotguns as well. That the projectile is fired from a Browning short recoil locked breech system is irrelevant. I am an NRA Certified Firearms instructor,Hand loader and competitive shooter. I have only been shooting for 40 years- I don’t know everything, but I have observed quite a few things. For every action there is an equal and opposite reaction- The barrel begins to move the MOMENT the projectile begins to move down the bore. The MASS of the projectile and the ACCELERATION
          ( velocity ) of the projectile and the DWELL time in the bore are the factors that cause the impact shift. There is no mechanical tolerance stack if you only change the velocity an/or the weight of the projectile. The bullet leaves the muzzle at the “moment of momentum’. which is dependent upon a host of factors. I can demonstrate a significant POA / POI by simply changing your grip.

          Shooting and observing> something you DO….

          • Marshall Eubanks

            It’s a good thing that being an NRA instructor isn’t sufficient qualification to teach physics or engineering. :p

            By the way, I handload and shoot extensively as well. But you won’t see me appealing to my authority, because my explanations speak for themselves. Unlike yours.

            First of all, “moment of momentum”? That’s the same thing as angular momentum, which in this case could only possibly apply to the rotational inertia/momentum of the bullet, which isn’t a part of the rearward recoil force. You really need to review your elementary physics.

            First of all, this firearm does not simply change the bullet weight and velocity. It shoots two calibers with two complete barrel assemblies (see the photos). A different barrel with a different barrel link could easily provide a different bore angle. There absolutely is a mechanical aspect and potential for “tolerance stack” to come into play in this situation.

            Yes, the fact that it’s a Browning short recoil design is significant. In a blowback design, the gas pressure force against the breech face immediately begins pushing the slide rearward, which compresses the recoil spring. The compression of the recoil spring transmits a portion of the rearward force acting on the slide to the frame (to which the barrel is affixed), rocking the frame and the barrel backward and up.

            This does NOT occur in a locked, short-recoil action. The barrel and the slide “float” on the frame. The barrel has a forward force from the friction of bullet traveling down it (the opposite force of the reaction pair is the force of friction resisting the bullet’s travel down the tube).

            The slide has a rearward force from the gas pressure (the opposite of this reaction pair is the forward force on the bullet). The locking lugs on the barrel are pulled, by the friction force, against the locking lugs of the slide, which is pulled the opposite direction by the gas force.

            The strong resulting normal force between the square sides of the locking lugs results in a very large static friction force, which prevents the rear of the barrel from tilting downwards (to do so the barrel locking lugs must slide down against the overwhelming friction between them and the slide lugs).

            Now, in order for the bullet to travel forward at all, the equal and opposite gas pressure forces between the bullet and the breech face must be greater in magnitude than the equal and opposite forces of friction between the bullet and the barrel.

            Therefore, the slide does win out and literally “yank” the barrel back with it. However, the opposing friction force significantly retards the slide’s rearward motion. Furthermore, the barrel link allows the barrel to move straight back for the initial 1/8 of an inch or so before it begins to tilt, and the aforementioned static friction between the barrel and slide lugs prevents any tilting so long as the bullet is in the barrel. This is why the action “magically” doesn’t unlock until AFTER the bullet has left the barrel.

            What all this means is that, in a short-recoil design, the barrel travels a very small amount STRAIGHT BACK while the bullet is in the barrel, but it cannot tilt (thereby changing the bore angle) until after the bullet is already on its way.

            Finally, the amount of spring compression during the initial straight back barrel movement is minimal, and therefore the reaction force against the frame is very small compared to all the other forces in play at this point.

            This means, first of all, that dwell time is irrelevant to POA/POI matchup in a short recoil design.

            This is, for the third time, confirmed by slow-motion video, which will show the bullet leaving the barrel before any appreciable change in bore angle can be observed. I merely explained WHY this is the case.

            It also means, incidentally, that grip can have no effect on anything that happens between the primer being ignited and the bullet leaving the muzzle. Any differences in POA/POI you note when students vary their grips must be a result of movements begun BEFORE the primer was ignited – during the trigger pull or even the lock time after the sear is released.

            This is also confirmed by slow motion video, which demonstrates that recoil in a short-recoil system has no appreciable effect on the shooter’s hand until AFTER the bullet has left the barrel.

          • 1911a145acp

            You’ll forgive my briefly qualifying my experience so as to offer a basis for my opinion. Obviously your education far exceeds mine.. congratulations. POI MUST change if we swap out parts. The narrow discussion here that you have missed is the FACT that lighter faster bullets WILL impact lower ( relative to the same POI ) at short range compared to slower heavier ones, when hand held, from the same platform. You deftly and accurately explain that in a blow back system the the bore elevates the moment the projectile moves and then some how, magically this DOES NOT occur in a Browning tilting barrel system. Do simple physics change in a Browning pistol? According to your theory, the high speed camera will show a 2000 fps, 45 grn. 22 TCM round exiting the muzzle before the barrel moves and will also show a 700 fps 230 grn ball round leaving with NO vertical movement of either barrel ? Sorry, not possible. Just because you don’t see it doesn’t mean it didn’t happen. Fractional differences in vertical bore angle at the moment the projectile leaves the muzzle, will cause significant changes in POI at 20 yards. I fully agree that 2 different calibers and two different barrels will have different POI. Lighter faster bullets fired from the same platform impact lower at short range than heavier slower bullets regardless of what mechanism they are fired from when hand held. The 1/8 inch movement to the rear of the barrel and slide locked together and the tilting down of the barrel to unlock in a Browning system is a constant DIMENSIONAL movement, the acceleration and dwell time of slower/faster projectiles, and the resultant peak recoil force in the bore is not. When hand held, It is not physically possible for the barrel to remain stationary before the projectile leaves. Recoil forces, both the rotational torque ( moment of momentum ) of a heavier bullet’s mass engaging the rifling and reward recoil force in the bore WILL elevate the barrel against the fulcrum holding it.

          • Huh

            you all be to smart for me

      • bubbinator

        Just got to say-shooter/reloader//LEO Fire Arms Instructor(since 1970 but not all at once)-everybody shooting a handgun knows FROM EXPERIENCE that heavy bullets hit higher and light bullets hit lower at hand gun range (+/-25 yds). Done it 50K + times in 5 decades.

        • 1911a145acp

          bubba- You’re a little late to the party but your experience and comments are most appreciated. To most non-shooters, the heavy/slow-vs- light/ fast projectile phenomenon as it relates to POA & resultant POI seems very counter -intuitive. I recall being astonished the first time I encountered it sighting in a RUGER Super Blackhawk with hunting loads 30 years ago.

          • bubbinator

            At my age, late to the party is a common occurrence. The 50K quote was not a joke-first year I got into reloading(38/357/44/45/9mm/223/30-30/30-06 to start) I counted 1700 empty 100ct primer boxes in m gun room trash can! And that was before I got on the agency rifle/pistol team!

  • Ed Canupp

    I have the combo and I love it, I don’t see the cost savings with ammo, but I do love the 22TCM tack driver, zip on recoil – small varmint exterminator. I use another RIA combo for cost savings and that is the XT22, but keep in mind 22LR is right now very difficult to find and very expensive too, in August 2013. BTW – ARMSCOR has EXCELLENT customer service, and there are after market wide body ambi safeties available, I have not installed one but they are available, you will likely have to “mill” your own grip panels, unless you find an ambi safety designed like what ARMSCOR uses on their tactical models.

  • jaguarmarc

    Very interesting…is the frame of strong integrity ? Do you know if I can also swap a 38 super barrel into and use the existing mags to run 38 super ? I’m also considering swapping another necked round…the Tokarev round 7.62 x 25…..which there are now several companies making the barrel for the Tokarev round to run in the 1911 9mm frame. Do you know IF this frame would also work for that scenario ? thanks

    • navajoRN

      I’ve got the same question about the .38 super barrel. Researching online just briefly, I got the impression that the 22TCM, 38 super and 9mm are fairly interchangeable. Anyone know for sure?

      • Charlie Tango, TExas

        The frame and slide are top notch stuff- However, the ejector is the same as the 9mm and doesn’t always work too good with the .38 Super. Change barrel, bushing, link and mag, give it a run. The 1911 even the wide bodies use a couple of pins to retain the ejector, so no big deal. Note- the .45 and the 38 Super ejector will not eject the 9mm or the TCM well at all.

  • Earl

    One unanswered question not mentioned in the article is the availability of dies for us re-loaders. Also, bulk bullets and who would have powder type and charge info. Buying preloaded ammo sounds expensive at this point. Comments, anyone?

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