Category Archives: Gunsmithing

GunSkins® DIY Finishing Anyone Can Do

At the ShotShow in 2019 I picked up a couple of kits form the folks at GunSkins® so I could try them. The variety of skins for different guns in different patterns was impressive all by itself. As a lifetime gunsmith with about 35 years of work under my belt, I have seen a lot of products come and go. In recent years the arrival of many new finishing products for guns has given the client/end-user a lot to choose from. Not many of them are what I would consider DIY, GunSkins truly are!

One of the kits I was given was for a standard AR-15 magazine. Naturally, I selected a patriotic, 2A pattern for my project. GunSkins AR-15 Mag Skins are designed to fit 30-round 5.56 x 45 NATO (.223 Remington) AR15/M4 compatible magazines. The kit includes pieces for the left and right side of a single magazine. I actually read the instructions just for the fun of it… Just six easy steps. It was really pretty self explanatory. A clean surface is the most important thing when doing any finish work, no exception with this product.

I really like the idea of making my magazines easy to tell apart from my shooting buddies. The vinyl provides a modicum of protection to my magazines as well.

Time invested on my first wrap was about a 1/2 hour as I was trying to learn as much as I could about how the vinyl stretches and how the heat gun affects it. I used a couple of things like a pen cap and Sharpie® pen and a cleaning brush to form the vinyl into the grooves of the magazine. Items with a sharp edge may tare the vinyl so everything I used to form was dull or rounded. Occasionally a bubble would refuse to go away, I poked a tiny hole it in with the razor to allow the air to escape. Once you get the hang of the process it would go pretty fast.

Generally speaking, vinyl wraps are less expensive than some of the other gun finishes out there. That does not mean they are cheap. GunSkins says they use the highest quality vinyl for their kits. They offer a 100% waterproof cover, durability and color. GunSkins are NOT permanent the vinyl can be removed

Magazine in place.

Here is the finished product with the magazine in the firearm.

any time you want to change the look of your firearm.

Many other gun finish options require shipping your gun away or waiting hours or days for the finished product to be usable. GunSkins are designed with the end user in mind, as a simple DIY project that can be accomplished in just a few hours. Popular names in camouflage, such as A-TACS, Kryptek, Kuiu, and more are available. Allowing you to match the GunSkins wrap to apparel and gear of the same pattern.

 

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Filed under Gunsmithing, How To, shot show

Headspace Gauge Interchangeability App is Here!

Our friends over a 4D Reamer Rentals LTD have come up with a free app, yes its yours to use with no strings attached, none at all.

This app does what apps do best, provide a simple way to get the information you need and have it handy on your device/phone at all times.  Right now it’s available only for Android.

Two search methods are provided for the user. Results that are displayed are for cartridges that include the information you entered, so it matters what you type in.  It’s true, many gauges are able to correctly headspace more than one cartridge.  Knowing which ones is valuable information for the gunsmith. From the search results select the result that is closest to your desired caliber, each result will show the gauges that are fully interchangeable with that result.  If you do not see what you are looking for check the other options that appear in the result.  If no result appears, it is likely that your caliber of choice does not interchange with any other caliber, I.E. it has caliber specific gauges.

Many gauges will have “details” (information) available that should be helpful in selecting the correct gauges for your desired use.

With either search method when your receive “Compatible Results” similar to the screen shot below:

GaugeGuide App Screen Shot

The list of Gauges that Interchange is as complete as we have every seen.

Note that the list of “Gauges that Interchange” is a comma separated, continuous list. All calibers listed are interchangeable with the cartridge you searched.

The RENT or BUY buttons are used to place an order for the tools, if you need them.  You will be sent to the 4Drentals.com web site where you can order the tools you need.  The app can be found on Google Play, Click Here to see the page.

Search as much as you like, its free and informative!  Don’t take someones best guess what gauges you need, use a real data base that will tell you the truth and keep you safe.

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Filed under Ackley, Firearms, Gunsmithing, How To, tools, wildcat

AR-15 and AR-10 Build and Customizing Class

Become familiar with the most popular firearms format in the United States, the AR-15 and AR-10. Here is an opportunity to build and customize a rifle. Instruction will include functioning, disassembly of main and subgroups and reassembly, head spacing, troubleshooting and function testing tips, and various cartridges offerings in the AR format. The AR-10 rifles will be covered and the compatibility between the different manufacturers will be discussed.

Students are requested to bring all the parts for a complete build or in various states of assembly for completion during the class, or their own firearms as a whole rifle and bring any parts they may wish to customize. The build and customization of the course will be dependent on what the student brings to class. Students will have the opportunity to use many of the instructor’s tools. Students must be 18 years of age.  All State, Federal and local laws apply.

 Bring safety glasses and your own tools; the instructor will have tools for students to use such as punches, armorer wrenches, vise blocks, disassembly/reassembly tools, and torque wrenches. This enables the student to try the various tools and then they can decide what tools will work best for them before purchasing. Tools will not be for sale at the class.

 If you have purchased a handguard to install on your MSR, please bring the proprietary barrel nut wrench to match.

Class Dates: October 28 – November 1, 2019, time: 12:30 – 8:45pm  This is a five day class.  Cost $250

About the instructor….Dean Batchelder graduated from Colorado School of Trades in 1992 and in 1997 had his own shop and did bluing and general repair. In 2001 he started at Brownells as a Technical Support Gunsmith, and since then he has taught yearly classes on the MSR platform and on Alternate Finishes to the students at various Gunsmithing Schools and also at NRA Summer Schools. If you have any questions about the class, you may contact him at dean.batchelder@brownells.com

Class is being hosted by the Firearms Technology Program at Flathead Valley Community College in Kalispell, MT
Phone: 406-756-3832
www.fvcc.edu/continuing-ed

MSR Flyer Fall 2019 print and share.

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Filed under Firearms, Gunsmithing, How To, Rifles

Rifled Slugs for Slugging Rifles

Guest Blogger, Robart Schaefer

If you need to determine the bore diameter of a firearm, whether it be to get the exact SluggerHV_box_slugright size for cast bullets, or perhaps to identify the caliber, one of the best ways to do that is to slug the bore. This involves pushing a piece of lead, a slug, through the barrel and then measuring it. Usually, this requires a fair bit of pounding, especially if you do not have a slug that is close to the bore diameter. I have developed a method, however, that requires only a few light taps from a non-marring hammer and a standard cleaning rod.

Most shooters are familiar with “rifled slugs” for shotguns like these from Remington: Most people believe, or assume, that the grooves on the outside of the slug are there to cause the projectile to spin, thus giving it stability. This is partly true, although it is a clever bit of marketing to give a helical shape to the grooves; they do little for stability. The stability comes from the center of gravity being in the front of the projectile, like a badminton birdie. The primary purpose of the grooves is to allow the slug to stay in contact with the inside of the bore, creating a tight seal and not destroying the barrel when it exits through the choke, the restriction at the muzzle of most shotguns. The grooves give the ridges a place to swag into without causing undue pressure.

So, “What does this have to do with the price of beer in Milwaukee?” you might ask. Well, I bought an old Swiss Vetterli rifle at a gun show, and I want to shoot it but, 10.4x38Rmm Swiss Vertterli rimfire is just about as rare

as hens’ teeth. With these archaic, and foreign, cartridges it can be difficult to find reliable information on them. In fact, this cartridge was dropped from Swiss military use before 1900 (that’s before the internet so there is literally no information on it). The lack of information is made worse by the fact that a lot of cartridges of this era were paper patched so many publications will list the bore size as the lead projectile size which is 1410991432-Black-Powder-and-Round-Balls-packagingabsolutely incorrect because there would have been paper taking up the extra space in the bore.

When I went to slug the bore of this rifle, I had no pure soft lead (recommended for this operation) that was close to the diameter; my only two choices were 36 and 45 caliber round balls. I was standing in my shop thinking how to make a 45 caliber ball smaller in diameter when I realized I didn’t even know how small to make it, and all I really wanted to do was make it easier to push through the bore. Well, this is how shotguns do it so it should work for my needs, too.

First, use a pair of pliers to form consistent grooves around the equator of the ball. (if you have trouble finding the equator, look in the tropics, where you can find bright red tourists, drinking out of coconuts).  I used a pair of dial calipers to check the diameter was close enough to the bore diameter so that the ball would start into the muzzle of the gun.

Many types of lube will work for slugging, my favorite is Lucas Red n Tacky #2 grease.  They use it in race cars, so you know its the right choice for an old black powder rifle. Place the ball in the muzzle being careful to keep it straight (this makes it easier to push through the bore).

Use a non-marring hammer to start the ball into the bore.  You should only need a couple of light taps to get it started.  This could be a done with a muzzle loading ball starter if you have one of an appropriate size.  Then just push the ball through the bore.  I used a 3/16″ brass rod, but a one piece cleaning rod would suffice.  The force required is akin to seating a patched round ball in a muzzle loading rifle.

The slug came out with the ridges of the rifling clearly impressed into the grooves of the ball.  The groove diameter of my rifle is .419″ and is has a bore diameter of .397″.

 

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Filed under Gunsmithing, How To, tools

300 PRC Carves out a niche’ for Long Term Success.

Hornady has confirmed a report concerning the DoD’s decision: “The 300 Precision Rifle Cartridge (PRC), released by Hornady earlier this year, was tested and selected by the Department of Defense for its extended long range sniper program following a rigorous evaluation process that saw the new Hornady 300 PRC outperform the 300 Norma Mag as well as several other cartridges in testing past 2,000 yards.”

U.S. Department of Defense is adding the all-new Hornady 300 PRC (Precision Rifle Cartridge) to its arsenal. Last week the DoD awarded Barrett a contract to provide an undisclosed number of MRAD rifle systems chambered in 300 PRC.

More about the Hornady 300 PRC…

In keeping with current trends with new cartridges the 300 PRC is a non-belted magnum design. The 300 PRC is based on the .375 Ruger case.  Cases measure .532 at the base; this is the same as the .300 Winchester Magnum, so it will use a standard belted magnum bolt face.  There has been a wildcat version of this cartridge for many years, the 30/375 Ruger.  Another wildcat on the 375 Ruger is the 35 Miracle simply the 375 necked down to 358 caliber.

Our Sponsors over at 4D Reamer Rentals already have a couple of 300 PRC reamer and gauge sets on hand.

You can watch testing of the Hornady 300 PRC on BallisticMag.com.

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Filed under accuracy, ammo, brass, Firearms, Gunsmithing, reloading, Rifles, Shooting, wildcat

Passing of a Great Gunsmith and a Friend

With great regret and sadness I share the announcment of the sudden and untimely passing of my friend, Dino Longueira.

Dino was the brilliant inventor, innovator, and proprietor of Majestic Arms, New York City’s lone full time, full-service Gunsmith. He invented, many products, among them the Speed Strip Kit for the Ruger .22 Auto Pistols.  I met Dino and his wonderful wife Joanne at SHOT Show many years ago through my friends at AGI.  Jack Landis introduced us and it became an annual event to gather for dinner and laughs.  Dino possessed a sharp witt, was always friendly and fun to be around.  Gunsmiths like to gather and share stories because we are a unique and relatively small fraternity, Dino will be missed from but never forgotten at our annual gatherings!

Dino left us on Tuesday, December 4, 2018.  The profession, his beloved wife Joanne and family, and his many friends will sorely miss this wonderful man.  

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Pilot Diameter is Crucial

Things in the Gunsmithing world are changing.

We spent 8 years with President Obama being the top gun salesman of all time.  He managed to keep the fear level high enough that retail sales firearms grew exponetionally during his Presidency.  Then we had Hillary Clinton running for President during the Lame Duck period of Obama’s time in office.

The result was that tens, probably hundreds of thousands of new shooters, dare I say millions? These new shooters purchased guns out of fear that at some point in the future they would no longer be able to.  After some time many of them discovered how much fun guns are and all the sporting opportunities they provide.  Not to mention, the portion of the market that only cares about personal protection or concealed carry.  All these new shooters then need gunsmiths to help keep their guns running and to update them for specialized use or personal tastes.  That means more people hanging out a shingle as a gunsmith.

Personally, I am thankful for the huge growth in the gunsmithing market.  Competition is healthy for business, it pushes people to offer good service and meet the needs of the market place.

As all this has been happening lots of new people are learning to gunsmith.  Some get formal training from one of the traditional schools or from a distance learning company.  It’s exciting to see the market place grow so dramatically.  It does bring some new challenges that we did not see very often in the past.

New Gunsmiths fresh from school and Hobby Gunsmiths with little or no training have to learn some things the hard way, by trial and error, if there is nobody handy to teach them.  Here are some good resources: Books and DVDs

In this article we are going to talk about one of these items.  In the past I wrote about pilots, discussing solid vs. removable pilots. What we are looking at here is related to that information directly.

Solid pilot reamers are traditionally made with a pilot that’s diameter is at the miniumum expected diameter for barrels made in the U.S.   The idea is simple, by going to minimum spec. the pilots will fit most any barrel you may find.  It’s not unusual for a solid pilot to be a few thoushandths of an inch smaller than the bore (the diameter inside the lands of the barrel is the bore diameter). In short making them as universal as possible.  Some guys will claim they cannot be accurate, that simply proves they have a lack of experience, on the contrary they can be very accurate, producing chambers that win matches.  But that is a seperate subject.

removable pilot reamer

Removable pilot bushing retained by a screw.

So why do removable pilot reamers exist?

Because some folks like to remove every alibi they can from the process of chambering a barrel.  Removable pilots allow you to utilize a pilot bushing that closely fits the bore of your barrel.  This eliminates unnecessary run-out between the pilot and the bore of the barrel which might allow the chamber to be out of alignment with the bore.

No matter what size or type of pilot you are using, it must slip inside the bore.  A slip fit on a pilot is normally .0005″ to .001″ smaller than the bore.  If the pilot is too large it will not slip in the bore.  There are several bad outcomes possible from a pilot that fits too tightly in the bore.

  1. Damage to the lands ahead of the throat of the chamber by the friction of a solid pilot rubbing on the lands.
  2. Solid pilot and/or reamer broken, due to the stress of being too tight in the bore.
  3. Removable pilot too tight in the bore can cause the pilot to be forced back onto the reamer.  Since there is no cutting angle where the bushing meets the flutes of the reamer this will impede the advancement of the reamer in the bore.
  4. Removable pilot too tight in the bore often causes the bushing to stick in the bore.  If a gunsmith is paying attention and notices the tight bushing this will never happen.
  5. Air gauged match grade barrels are normally defined as those that have less than .0002″ variation in bore diameter from end to end.  So if you try to stay too close to bore diameter with the pilot bushing you may start out with a slip fit but hit a bind a little way into the bore, especially if the barrel is not match grade.
  6. Removable pilot bushings that fit too tight can introduce enough stress to occasionally cause a reamer to break or chip.

HINT:  If you think a chamber reamer is dull because it is harder than normal to advance into the barrel blank.  Check the pilot fit.  A tight pilot fit will make the reamer hard to turn and advance, giving the impression it is not sharp.  How do I know this?  Because nearly every time someone complains about a dull reamer I have tested them in a barrel blank in my shop and find that they cut just fine.  In these cases I often see damage to the pilot.  Below is a small gallery of photos showing what happens to pilots when abused.

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If you push hard enough maybe you can cut the pilot too.

20181021_132708

Bushing was forced back onto the reamer. You can see that there was no cutting edge where it met the reamer so it was mashed. Worst of all it expaned making the pilot even bigger in diameter.

20181030_144427-1

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Filed under accuracy, Gunsmithing, How To, tools

Excerpt from “Gunsmithing Student Handbook Series”

At the time of this writing there are three books in the Gunsmithing Student Handbook Series.  In early 2018 “Chambering Rifles for Accuracy” was released.  In its first week on Amazon.com it was #1 in two categories.  Gordy Gritters, famed benchrest gunsmith & Fred Zeglin well known wildcat and hunting rifle maker joined forces to create this comprehensive title.  It covers the subject of installing and chambering barrels from simple rechamber jobs, to hunting rifles and the last half of the book is all about benchrest quality gunsmithing.

The excerpt here gives you an idea of how careful the authors are to cover details often overlooked in such books.  Enjoy:

Tolerance Stacking; 
                Everything You Need to Know About Pilots?

Chamber reamers come with two styles of pilots, solid or removable bushing (the later sometimes called a floating pilot).  One is evil and one is practically perfection.  But which is which?  I can tell you that in renting tools to gunsmiths I have found the industry is split on this question about 50/50.  In other words, about half demand solid pilot reamers exclusively and the other half will not touch those nasty solid pilots with a ten foot pole.

It is clear that there is a trend toward the removable pilot reamers.  This is because barrel makers are not all holding to the same production standards.  Some have the idea that a tighter bore is better, while other makers hold close to the “standard” bore dimensions.  Example, .308 bores are .300” on the bore and .308” on the groove.  Custom barrel makers have tightened the bore to say .298”  This will required a smaller pilot as the standard pilots are normally .299” with tolerances of + 0 to – .0005”. removable pilot reamer 

Removable pilot reamer.

The reason for the tighter bore?  In short, it is believed that it produces better accuracy.  This is only true as compared to a loose bore that is oversized, i.e. a groove on a 30 caliber of .309 or .310 will produce lower pressures and potentially be less accurate because the bullet is not fully engaged until pressure bumps the bullet up to match the bore.

For a pilot to work correctly it should be .001” smaller than the actual bore dimension.  In other words, it needs to be a close slip fit.  If a pilot is too tight it will bind and likely break the reamer, and possibly damage the bore.  If a pilot is too loose it will promote chatter.  It is possible to run the pilot on a removable pilot reamer closer to the bore diameter (.0005” under bore diameter is ideal), but it must still slip easily in and out to avoid damage to the barrel or the tools.

A little history at this point might be interesting:  Red Elliot was and still is legendary with old timer gunsmiths as the absolute best reamer maker of the last century.  Near as I can tell he was the first to offer removable pilots on his reamers.  Why did he do this?  Well, he found that there were enough different barrel makers in his day that the dimensions of the bore diameter (where the pilot rides) varied a fair amount. 

So, this problem of bore dimensions changing a little is nothing new.  What about SAAMI standards you say?  I will address that in just a moment, for now lets talk about how Red Elliot handled bushing pilots.

I have seen several of Red’s reamers with bushing type pilots, what we sometimes call floating pilots today.  Red held very tight tolerances on his bushings so that it required a little pressure to slide them onto the reamer, held in place by a screw mounted in the end of the reamer the bushing would not turn once the screw was tightened.  This is contrary to the bushing pilots we see commonly used today, where the bushing is a slip fit with about .0005” tolerance internally.  This tolerance is added for manufacturing ease. Tolerance stacking is not usually mentioned in conjunction with floating pilot reamers, but we are going to take a closer look at it here.

Another source of tolerance issues is the fact that the pilot receiver on the reamer must be concentric (round), and in line with the reamer.  If either of these conditions is not correct there will be problems with the reamer cutting oversized or out of alignment with the bore.  Admittedly, this is not much of an issue with today’s cnc machines.  So long as the operator does not make an error, and no chips get caught in the set-up.  One other possible source of trouble would be a warped reamer (not common).

Now for SAAMI, their standards are voluntary, so obviously any barrel maker can decide whether or not to hold solid to the standards.  Industry standard is plus or minus a half thousandth (+ or – 0.0005”) on the bore diameter.  The bore diameter is the smallest diameter of the barrel, also referred to by shooters as “across the lands”.  The same tolerance applies to the groove of the barrel.  I will leave the discussion of groove depth as we are talking about bore diameter as it relates to chambering tools, groove depth does not affect these dimensions.

Admittedly barrels considered “match” grade or “air gaged” are supposed to be held to a tolerance of .0003” or less total variance, end to end of the barrel.  This does not indicate the actual bore diameter, we are left to assume that it is the standard diameter for caliber.  In the case of a 30 calibers we would be talking about a .300” bore.  What if the maker decides to simply use a gage that works with the bore diameter they are making, say .2995” and it air gages as above.  You have a match grade barrel but the bore is at the minimum size according to industry standards. 

Are you starting to see how bores can vary and still be within standards?

Of course there are those makers who operate outside the standards and make perfectly good barrels.  The point being; different size pilots will be needed to chamber these barrels as was recognized back in the 1950’s and 60’s by Red Elliot.  It’s pretty obvious by now that removable pilots are necessary tools in dealing with variations in bore dimensions.  It should be clear by now that variations in bore diameter of plus or minus .001” or even more, is not that unusual, even though such dimensions do not follow the voluntary standards set by SAAMI.

Solid pilot reamers offer certain advantages over the floating pilot.  First and most obvious there is no built in tolerance between the bushing and the reamer, because the there is no bushing.fixed pilot

 

 Solid Pilot Reamer

Since most barrel makers today are making barrels by the button rifled method dimensions tend to remain pretty steady for a given maker as buttons last a long time if properly cared for.  So if you deal with the same barrel maker all the time chances are a solid pilot reamer will fit the same from barrel to barrel. 

There are other factors that play into the bore and groove dimensions, but that is for a discussion for another book.

One limitation of a solid pilot reamer is that it cannot be changed to deal with variations in bore diameters.  Of course you can have the pilot ground down if necessary to fit a tight bore, but then you would probably need a second or even a third reamer to deal with various diameter bores. 

Everything in life is a trade-off.  Because of the expense of multiple reamers for the same caliber removable pilots are a cost effective answer to the problem.  $10 for a bushing beats $100 or more for another reamer.  There are shops that stock bushings in 0.0002” steps for the popular calibers.  This allows them to match the bushing to the bore every time.

pilot bushingsPilot bushings can be a big investment.

To make the use of removable pilots efficient and accurate, the gunsmith should invest in a set of pin gauges.  These are precision ground pins that can be used to gauge the bore and insure that the correct bushing is selected.  Using pin gauges allows the gunsmith to know what bore diameter the barrel maker is really supplying.

Now keep in mind the pilot has to slip into the bore, so in mechanical terms the pilot has to be about 0.0004” smaller than the bore to slip in without any interference. In most shops the pilot is figured at 0.001” smaller than the bore and rightly so.  Too tight a fit can gall and or leave marks in the bore or stress the reamer and break it during the reaming process.

What happens if the pilot is too loose?

Ninety-Nine times out of a hundred when a reamer chatters (vibrates) in use, it is because the pilot to bore fit is too loose. 

The lack of support when the pilot is too small allows the reamer to move around in the bore, as the tool tries to bite into the steel it grabs hard and because even tool steel is flexible you get chatter as the tool loads and releases tension.  This is the reason that some gunsmith’s insist on having a set of pilots that cover the possible variations in .0002” (That’s 2/10,000 of an inch.) increments.  Keeping the pilot as close to bore dimensions as possible will help eliminate chatter and promote a more precise chamber. 

If you have a pilot that is a perfect match for the bore but is too loose on the inside where it rides on the reamer then the advantage of a close fitting pilot is negated.  To pull the whole concept together…  If you have a .0002” tolerance on your bushing to barrel fit and the same on the pilot to reamer fit, you end up with .0004” total slop on the pilot. 

I can tell you that most people do not grasp this or understand why these tolerances  matter.  I base that statement on 30 years of talking to gunsmithing customers, and the people who call to rent tools.  The comments that shooters and gunsmiths make during our conversations indicate their level of understanding in a hurry.

In general if the total pilot run-out is under .001” then all will work fine and there should be no worries.  This rule holds true for solid pilot or removable pilot reamers.  Long ago I lost track of how many rechamber and barrel jobs I have done.  I can tell you that

Chambering Rilfes for Accuracy, cover

 it is possible to get an accurate job from either type of reamer.  In fact, if pressed for a choice I would say that solid pilot reamers are more accurate on average.  Especially for inexperienced gunsmiths.

I do not make this statement lightly, as I own hundreds of reamers of both types.  This goes back to the understanding of how the tools relate to the barrel.  To reiterate, the one caveat would be that for best accuracy the pilot of the reamer must meet the tolerances of less than .001” run out verses the bore, for all this to hold true.

There is another major factor in how well a reamer cuts and how accurate the gun will be…  The gunsmith must do a good job on the set up for machining.  If the threads are not true to the bore, or the chamber is crooked or oversized, or the throat of the chamber ends up off center, accuracy will be elusive to say the least.

Use of a floating reamer holder is a great way to insure an accurate chamber.  This tool allows the reamer to follow the hole in the barrel without any side pressure that might be caused by minor misalignment of the tail stock to the bore of the lathe.

Whether you plan to build accurate hunting rifles or top quality competitive benchrest and long range guns this handbook has detail descriptions and plenty of clear photos to make the subject easy to understand.  The other titles in the series deal with headspace, the vital counterpart to chambering, check them out here.  More titles are planned for the series.  These are college level training manuals that a gunsmith at any level of experience will value.

Another post of interest on this subject.

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Filed under accuracy, Books, Gunsmithing, How To, Rifles, Shooting, tools

The Big News for Fred Zeglin, April 2018

How many authors can brag that they held #1 in two categories on Amazon.com?

I don’t know the answer to that, but I am one of them so here I am, bragging.

Last month (April 2018) Gordy Gritters and I (Fred Zeglin) released our new book, “Chambering Rifles for Accuracy”.  This book is the 3rd in the Gunsmithing Student Handbook Series. Obviously the reception of the book and it’s counterparts in the series has been very good.  It’s gratifying to see our work appreciated by so many customers.

On behalf of Gordy and myself.

Thank you for pushing us to #1 on Amazon during the first week of April.

#1 on Amazon

#1 in Two Categories on Amazon!

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Filed under accuracy, Books, Gunsmithing, How To, Rifles, Shooting

Flathead Valley Community College offers AAS in Firearms.

Learn Skills

Projects that Challenge

Heading into our fifth year, this program started out as a two-semester certificate program created to provide a solid foundation in theory, design and function of firearms. In 2017 the program grew to include a second two-semester certificate. The second certificate will interest folks who are more interested in traditional gunsmithing and custom gun work. The Big new for 2018 is that the Board of Regents authorized a two year degree that combines all the classes into an Associate of Applied Sience (AAS).

Course topics will include firearms safety, manual mill and lathe operation, bench metal techniques, firearms repair, machine tools for gunsmiths and precision rifle building. Stock making, checkering, bluing and other finish techniques are taught along with custom modifications of all kinds of firearms.  Many of the classes have little or no prerequisites, so they are open to anyone who would like to learn and expand their experience with guns, contact the school for more information.

Students who successfully complete the program will be prepared for entry-level positions in the firearms industry and will have a better understanding and knowledge base for owning a gunsmith business. The program contains both lecture and significant hands-on training designed to instill an understanding of the design and function of today’s firearms.

“FVCC has the only Firearms Technologies Certificate Program of its kind in the country,” said FVCC Firearms Technologies Coordinator Fred Zeglin. “Students are challenged to develop skills that are not part of any other program. We are very proud to now offer a two year AAS degree that will jump start a student’s career in firearms.  By partnering with manufacturers in our area we have assembled a program that addresses the needs of the employers.”

Applicants must be at least 18 years old and able to legally own and possess firearms. A background check is required for all students who are accepted into the program.

The program was developed to build upon a foundational machining background, which is provided through the college’s Tier I Machining Certificate Program. Tier 1 Machining . Firearms Technologies Program applicants with industry or previous learning experience may opt to bypass the Tier 1 Machining Certificate Program by requesting testing and/or instructor consent.

Prospective students must apply both to the Firearms Technologies Program and for admission to FVCC. Firearms Technologies Program applications are available online at www.fvcc.edu/firearms or in the Admissions Office in Blake Hall on the FVCC Kalispell campus. For more information, contact Will Richards at 756-4862 or wrichards@fvcc.edu.

Download the application to attend classes

NPR story about the program

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Filed under accuracy, Firearms, Gunsmithing, How To, Pistol, Rifles, Rimfire, Shooting, Shotgun, Sights/Scopes, Stocks, tools