The Magnetospeed V3 chronograph is affordable, easy to transport, and easy to set up. With a MagnetoSpeed barrel-mounted chrono you can quickly and easily record muzzle velocity (MV) without having to set up tripods or walk down-range. The compact MagnetoSpeed chronos are easy to operate and transport. With the full-featured V3 model, everything you need comes in a small fitted case. In the top photo are the components used with the MagnetoSpeed V3 Kit:
1. V3 Bayonet sensor
2. Display and control unit
3. Bayonet spacers (plastic and rubber)
4. Cords and mounting hardware (left), suppressor heat shield (right)
5. Alignment rod (square cross-section)
6. Rail adapter (sold separately)
Our friend Gavin Gear of UltimateReloader.com reviewed the MagnetoSpeed V3 and came away impressed. Gavin explains that a good chrono is essential: “If you want to load and shoot precision ammunition, you need the tools that will produce and validate the precision of your loads. A good chronograph is one of those tools! In this post I’m going to introduce you to the MagnetoSpeed V3 chonograph, the high-end electromagnetic chronograph which fills out the top slot in MagnetoSpeed’s equipment portfolio.”
In this 11-minute video Gavin reviews MagnetoSpeed’s top-of-the-line V3 Chronograph. He shows what ships with the unit, how to set it up for both rifles and pistols, and then he puts it through its paces showing how it captures velocity data. Gavin says he will follow-up with future videos showing how to link the MagnetoSpeed V3 to your mobile phone and how to log velocity data for future reference. To learn more about this high-tech chrono, visit UltimateReloader.com.
Given its compact size, reasonable price, and easy of set-up, we believe all serious shooters should have a MagnetoSpeed in their gear collection even if their primary chronograph is a LabRadar. The MagnetoSpeed V3 complete system is available now for $399.99 from Sportsman’s Warehouse (MSRP is $449.00). A Labadar Chrono by itself is $625.00 but they are currently out-of-stock.
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The Magnetospeed V3 chronograph is affordable, easy to transport, and easy to set up. With a MagnetoSpeed barrel-mounted chrono you can quickly and easily record muzzle velocity (MV) without having to set up tripods or walk down-range. The compact MagnetoSpeed chronos are easy to operate and transport. With the full-featured V3 model, everything you need comes in a small fitted case. In the top photo are the components used with the MagnetoSpeed V3 Kit:
1. V3 Bayonet sensor
2. Display and control unit
3. Bayonet spacers (plastic and rubber)
4. Cords and mounting hardware (left), suppressor heat shield (right)
5. Alignment rod (square cross-section)
6. Rail adapter (sold separately)
Our friend Gavin Gear of UltimateReloader.com reviewed the MagnetoSpeed V3 and came away impressed. Gavin explains that a good chrono is essential: “If you want to load and shoot precision ammunition, you need the tools that will produce and validate the precision of your loads. A good chronograph is one of those tools! In this post I’m going to introduce you to the MagnetoSpeed V3 chonograph, the high-end electromagnetic chronograph which fills out the top slot in MagnetoSpeed’s equipment portfolio.”
In this 11-minute video Gavin reviews MagnetoSpeed’s top-of-the-line V3 Chronograph. He shows what ships with the unit, how to set it up for both rifles and pistols, and then he puts it through its paces showing how it captures velocity data. Gavin says he will follow-up with future videos showing how to link the MagnetoSpeed V3 to your mobile phone and how to log velocity data for future reference. To learn more about this high-tech chrono, visit UltimateReloader.com.
Given its compact size, reasonable price, and easy of set-up, we believe all serious shooters should have a MagnetoSpeed in their gear collection even if their primary chronograph is a LabRadar. The MagnetoSpeed V3 complete system is available now for $399.99 from Shop.GoHunt.com (MSRP is $449.00).
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When is a single-stage reloading press worth close to a thousand bucks? When it’s made in Germany with CNC technology and crafted to aero-space precision standards. UltimateReloader.com’s Gavin Gear recently got his hands on a Turban 120mm Heavy Präzipress. This unit retails for about 715 Euros (714,27 €), which is $858.88 U.S. Dollars at current exchange rates*. Gavin put the Präzipress through its paces, and came away VERY impressed. READ FULL REVIEW HERE.
Impressive Test Results
Sizing once-fired 6.5mm Creedmoor cases with the Präzipress, Gavin achieved great results for shoulder “bump” consistency. The sizing results were nothing short of spectacular. After zeroing the first of ten cases, the remaining nine were essentially identical, showing as “0.000”, meaning less than half a thousandth of variation.
The Präzipress also delivered ultra-low run-out when seating bullets using a Forster die. On all ten test cases, the run-out was +/- 0.001″ (one-thousandth) or less.
Is this kind of press worth the money? Gavin says “yes” if you demand the highest level of precision in sizing and seating: “When you use this press, it’s immediately clear that there are no details neglected, and I can’t imagine one of these presses ever wearing out. Based on the precision tests I did with ammunition loading, it’s clear that this level of precision DOES make a difference for ammunition dimensions and consistency.”
According to Gavin, the “Heavy” 120mm version of the Präzipress is massive and boasts many notable design features:
— Three guide rods with linear roller guides (I have not seen these on any other press)
— Ambidextrous operation (handle can be mounted on left or right side)
— Positive snap shellholder retainer (secure, but easy to insert/remove shellholder)
— 120mm opening accepts cartridges up to .408 CheyTac Size length
— Enclosed spent primer catch system which contains debris
— Optimized leverage (VERY powerful mechanical advantage for sizing)
— Oversized handle (bar diameter) that minimizes flex
There are now three (3) triple-column Präzipress sizes. Along with the 120 model press featured above, there are even larger 140 and 150 models:
* Stated price does NOT include shipping to USA and other fees. The Turban-shop.de website states: “In the case of delivering to a non-EU country, there can be charged extra tolls, taxes, and fees. Packaging costs will be charged separately.”
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If you have ANY interest in custom rifle actions, you MUST watch this video from UltimateReloader.com. Folks, definitely watch the video — it is VERY informative! To produce this video, Ultimate Reloader’s Gavin Gear visited the BAT Machine facility in Post Falls, Idaho, and interviewed BAT owner Bruce Thom.
In the video Bruce Thom demonstrates how BAT Machine actions are created from start to finish. Bruce shows every stage of the process, employing multiple high-tech machines. It’s impressive — Forum members say that this is a “must-watch” video. Gunsmith Jackie Schmidt noted: “Great Video. Even though I have been in the machine shop business for 50 years, I still marvel at the new innovations in precision machining. Bruce has a very down-to-earth, common sense approach to explaining what to many seems like machining wizardry.” And Mark T. posted: “Watched it last night. Excellent video and excellent machining practices — precision from beginning to end.”
Click Arrow to Watch Video
For further explanation of the action production processes, with step-by-step listing of how receivers and bolt assemblies are created, read Gavin Gear’s full BAT Machine Article on UltimateReloader.com.
BAT Machine Company Was Started 29 Years Ago
Back in 1991, Bruce Thom started BAT Machine Company, which was incorporated later in 1996. Bruce’s shop stared with manual machines, quickly moving to CNC machines later in the 1990s. BAT Machine quickly achieved a following among benchrest shooters for crafting superb actions that exhibited flawless function and superb machining. Those qualities, benchrest competitors realized, helped produce tiny groups, win matches, and set benchrest records. BAT Machine now makes rifle actions for a wide variety of disciplines: F-Class, PRS, ELR, hunting, and of course short- and long-range benchrest.
BAT Action Body Machining Stages
As shown in the video, here are the major stages for the fabrication of a BAT Machine receiver body:
1. Start: raw 17-4 stainless round bar (higher toughness than typical barrel/receiver steel)
2. Heat treat
3. Bore central hole (for EDM wire), face ends
4. EDM machining (cut bore and raceways)
5. True OD, cut receiver threads and lug seats
6. Cut tang and related features
7. Finish machining including body OD, integral lug (if equipped)
Final Production Stages — Polishing and Deburring
After the receiver body and bolt are machined, they go through a deburring and polishing process.
In the image above you can see the stages. At left is a receiver body straight from machining. Some hand work is typically performed to break interior edges that are sharp from machining. In the center, the receiver shows can see the initial polish stage. During this stage, machining marks are removed by coarse polishing. Additionally for receivers that will be nitrided, that will be done next. But for actions that are NOT nitrided, a final polish brings the parts up to a high luster, as show on the right.
After polish (and nitriding if that applies) the bolts and receivers get a finish assembly, and testing for proper smooth functioning. The receivers are then registered with the ATF and shipped to the customer.
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If you load pistol or rifle ammo with a progressive press, we strongly recommend you get a Lock-Out Die from RCBS. This unique reloading die will prevent your progressive press from advancing if the dispensed powder charge is more or less than about 0.3 grains too high or too low. The Lock-Out Die really works. Your Editor uses it on his RCBS 2000 progressive press. I can affirm that a Lock-Out Die has “saved my bacon” a half-dozen times over the years when there was an over-charge (which could cause a Kaboom) or a low charge (which could cause a squib load).
The Lock-Out Die works by using a central die detection rod that sets its vertical position based on the height of the powder column in the case. Through an ingenious design, if the powder column height is too low or too high, the rod locks in place as you start to pull the press handle. This halts the press before the ram can lift and the cartridge plate can advance. Unlike a beeping alarm system (which can be ignored or defeated), the Lock-Out Die physically stops the movement of the press ram and prevents a bullet being seated in the “problem” case.
It takes a bit of tweaking to get the Lock-Out Die detection rod setting just right, but once it is correctly positioned, the Lock-Out Die works smoothly in the background. The Lock-Out Die won’t interfere with the loading process unless it detects a high or low charge — and then it positively stops the progressive loading cycle.
While crafted for use in RCBS progressive presses, the RCBS Lock-Out Die can also be used on a Dillon XL Progressive (see video below) or Hornady Lock-N-Load progressive — though it does take up one station which could otherwise be used for a final crimp die (after the seating die). The RCBS 2000 has one more station than a Dillon 550/650, so it’s an ideal platform for using the Lock-Out Die.
Learn More at UltimateReloader.com
On the UltimateReloader.com website, run by our friend Gavin, you’ll find an excellent two-part series on the function and set-up of the RCBS Lock-Out Die. Part One explains how the Lock-Out Die functions, using cut-away illustrations. Part Two shows how to install and adjust the Lock-Out Die on various progressive presses. The video below shows setup of the RCBS Lock-Out Die on the Dillon XL-650 progressive press.
When is a single-stage reloading press worth close to a thousand bucks? When it’s made in Germany with CNC technology and crafted to aero-space precision standards. UltimateReloader.com’s Gavin Gear recently got his hands on a Turban 120mm Heavy Präzipress. This unit retails for 850 Euros (850,00 €), about $960 at current exchange rates. Gavin put the Präzipress through its paces, and came away VERY impressed. READ FULL REVIEW HERE.
Impressive Test Results
Sizing once-fired 6.5mm Creedmoor cases with the Präzipress, Gavin achieved great results for shoulder “bump” consistency. The sizing results were nothing short of spectacular. After zeroing the first of ten cases, the remaining nine were essentially identical, showing as “0.000”, meaning less than half a thousandth of variation.
The Präzipress also delivered ultra-low run-out when seating bullets using a Forster die. On all ten test cases, the run-out was +/- 0.001″ (one-thousandth) or less.
Is this kind of press worth the money? Gavin says “yes” if you demand the highest level of precision in sizing and seating: “When you use this press, it’s immediately clear that there are no details neglected, and I can’t imagine one of these presses ever wearing out. Based on the precision tests I did with ammunition loading, it’s clear that this level of precision DOES make a difference for ammunition dimensions and consistency.”
According to Gavin, the “Heavy” 120mm version of the Präzipress is massive and boasts many notable design features:
— Three guide rods with linear roller guides (I have not seen these on any other press)
— Ambidextrous operation (handle can be mounted on left or right side)
— Positive snap shellholder retainer (secure, but easy to insert/remove shellholder)
— 120mm opening accepts cartridges up to .338 Lapua Magnum length
— Enclosed spent primer catch system which contains debris
— Optimized leverage (VERY powerful mechanical advantage for sizing)
— Oversized handle (bar diameter) that minimizes flex
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Probably the most popular centerfire rifle round in the Western Hemisphere is the .223 Remington and its metric match, the 5.56x45mm. Though many folks use “.223 Rem” and “5.56×45″ interchangeably, there are some meaningful differences in specifications for the original .223 Rem and the 5.56x45mm cartridge, as adopted by the U.S. military and NATO armies. The default chamber throats are slightly different and the .223 Rem is rated at 55,000 PSI vs. 62,366 PSI for the 5.56x45mm.*
.223 Rem vs 5.56x45mm — Key Differences
There is a truly outstanding, very thorough article on the subject, published by LuckyGunner.com.** This involved extensive testing, with pressure monitors, of 5.56x45mm ammo in .223 Rem chambers. Those tests revealed the peak pressures. Here is one of the ammo test charts:
NOTE: “The observed chamber pressure for Federal XM855 5.56mm ammunition in a .223 Rem chamber exceeded .223 maximum pressures, but not by a massive amount. The ninth shot (the red line) was an underpowered cartridge which exhibited significantly lower velocity and pressure than the other rounds, so it was excluded from the average velocity and pressure numbers for this chamber.”
And if you’re curious, LuckyGunner also fired .223 Rem ammo in a 5.56x45mm NATO-chambered AR15 rifle. As you would expect, the peak pressures were significantly lower, but the .223 Rem ammo still cycled the semi-auto AR-platform rifle perfectly well:
UltimateReloader.com Explains .223 Rem vs. 5.56x45mm
To explain the key differences between the .223 Rem and 5.56x45mm cartridges our friend Gavin Gear of UltimateReloader.com has created a very thorough 12-minute video. This covers the cartridge specifications and explains key considerations for hand-loaders. Gavin also addresses the oft-asked question “Can I shoot 5.56x45mm ammo in my .223 Rem chamber?” Gavin’s video is definitely worth watching. In fact, this is one of the most popular videos Gavin has ever created — it has been watched over 300,000 times on YouTube.
What Exactly Is the 5.56x45mm NATO Cartridge?
The 5.56×45mm NATO is a rimless bottle-necked intermediate cartridge family standardized by NATO with development work by FN Herstal. It consists of the SS109, SS110, and SS111 cartridges. Under STANAG 4172, it is a standard cartridge for NATO forces as well as many non-NATO countries.
Bullet diameter: 5.70 mm (0.224 in)
Maximum pressure (EPVAT): 430.00 MPa (62,366 psi)
Maximum pressure (SCATP 5.56): 380.00 MPa (55,114 psi)
Case length: 44.70 mm (1.760 in)
Rifling twist: 178 mm or 229 mm (1 in 7 in)
Parent case: .223 Remington (M193)
Ammo-Maker Federal Premium Compares .223 Rem and 5.56x45mm
Here is a video from ammo-maker Federal Premium explaining the difference between .223 Remington and 5.56x45mm NATO. Federal states that you may experience excessive pressures when firing a 5.56x45mm in a standard .223 Remington chamber:
One leading gunwriter has addressed the question of shooting 5.56x45mm ammo in .223 Rem chambers. He advocates caution (for more info, SEE pressure tests by LuckyGunner.com):
“I have received a slew of questions — many from first time AR-type rifle buyers — about the .223 Rem and the 5.56×45 mm NATO cartridges. Can I shoot 5.56×45 mm NATO in my .223 and vice-versa? Are these the same cartridge?
Externally, the two cartridge cases are identical. The main differences are that 5.56×45 mm NATO operates at a higher chamber pressure (about 60,000 PSI versus 55,000 PSI on the .223 Rem.) and the 5.56’s chamber is slightly larger than that of the .223 Rem. Also, the throat or leade is longer in the 5.56×45 mm chamber. What does this mean? You should not shoot 5.56×45 mm NATO out of a rifle that is chambered in .223 Rem. And be aware that some .223 Rem. ammunition will not reliably cycle through some AR-style .223 Rem. rifles, but it usually does. As a matter of fact, I have not encountered any difficulty with current .223 Rem. loads cycling through a 5.56 mm AR-style rifle.” – Mark Keefe, Editor, American Rifleman
* According to the official NATO proofing guidelines, the 5.56×45mm NATO case can handle up to 430.0 MPa (62,366 psi) piezo service pressure. The U.S. SAAMI lists Maximum Average Pressure (MAP) for the .223 Remington cartridge as 55,000 psi (379.2 MPa) piezo pressure with deviation of up to 58,000 psi (399.9 MPa). The chamber for military 5.56×45mm NATO has a longer throat prior to the bullet contacting the rifling which results in lower pressures when firing 5.56×45mm NATO ammunition. If 5.56×45mm NATO is used in rifles chambered for .223 Remington the bullet will be engraving the rifling when chambered. which can increase pressures past SAAMI Max levels. NOTE: The C.I.P. standards for the C.I.P. civilian .223 Remington chamber are much closer to the military 5.56×45mm NATO chamber.
** The full-length LuckyGunner article is well worth reading. It even provides specifications for a number of .223 Rem reamer types, and compares the original .223 Rem, the 5.56x45mm NATO, and the modern .223 Wylde chamberings.
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Midsouth Shooters Supply is running a big sale right on Lyman’s impressive new Brass Smith line of reloading presses. There are three models, each offering great performance and value for its class. You can save quite a bit of cash with this Midsouth Lyman Press sale. If you haven’t tried orange yet, we think you’ll be impressed. The little C-Frame is a steal at $69.99.
Lyman’s New Victory Single Stage Press competes with the RCBS Rock Chucker Press. If you like to prime on a press, this Victory has a priming system that’s much easier to use than the Rock Chucker system. With beefy Cast-Iron construction, strength and leverage is on a par with the Rock Chucker.
With a cast-iron frame, the Ideal C-Frame (open-front) press is stiffer than other small presses in this class. It is an excellent choice as an affordable, secondary press for your loading room, or a press to use at the range.
The new All American 8-Station Turret press sets a new capacity standard in a turret press. You get EIGHT stations, compared to 7 for a Redding turret and 6 for an RCBS turret. Lyman has also included a rear support that increase rigidity, reducing turret vertical displacement during loading. That helps load consistency.
NOTE: Along with the three individual presses, Lyman offers complete reloading kits combining the presses with powder measures, scales, and reloading tools. These kits are also on sale now at Midsouth.
Check Out New Lyman Presses in UltimateReloader.com Video
In this video, our friend Gavin Gear of UltimateReloader.com reviews all three new Lyman Brass Smith presses. He gives a quick over-view of their notable features. Gavin has loaded ammo on all three presses, and has tips on set up and installation. Check it out:
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Everyone needs a serious, full-size single-stage press such as the RCBS Rock Chucker for heavy-duty reloading tasks. But’s it’s also wise to have a smaller, more compact press for lighter duties such as decapping (primer removal), neck-sizing, and bullet seating. The new Lyman Brass Smith Ideal press fits that role perfectly, at an affordable price — about $80.00 retail.
With an $80 street price, Lyman’s new C-Frame press is an exceptional value. With beefy cast-iron construction, it is much stiffer than other presses in this compact category. The compound linkage is smooth. The base is big enough to provide good stability. For someone looking for a second press, or a smaller press to take to the range, the new Lyman Ideal may be the smart solution.
The Lyman Ideal press just started shipping. Our fiend Gavin Gear of UltimateReloader.com got one of the very first. Gavin has created a helpful video showcasing the features of this compact press. Gavin was impressed, finding the Ideal press operated smoothly with plenty of power for most tasks. (We would still use a bigger press with more leverage for heavy case-forming duties). Here is Gavin’s video. The first 7 minutes cover unboxing and assembly. Starting at the 8-minute mark, Gavin uses the Ideal press to load 6.5 Creedmoor cases:
Lyman Ideal Press
The Lyman Brass Smith Ideal Press is a budget-friendly, cast iron single-stage reloading press built right here in the USA. Here’s the official info and specs:
The large opening and C frame design allows you to access the shell holder without hitting the support bar on other types of presses. Changing shell holders is a breeze and the press holds standard 7/8″x14 TPI dies from any manufacturer. The high quality steel ram is one inch in diameter and the 3 7/8″ opening allows you to reload cartridges up to 3.7 inches tall. The Brass Smith is a true ambidextrous press that can be accessed from either side and mounted the same.
Lyman Brass Smith Ideal Press — Specifications and Features:
Rugged Cast Iron Frame
Ambidextrous Design
Handles Cartridges Up To 3.7″ Long
Durable Powder Coat Finish
Compound Linkage and 1″ Diameter Ram
Accepts Standard 7/8″X14 Dies and Standard Shell Holders
Weight: 12.6 Lbs.
Stay Tuned — Lyman will be sending an Ideal Press to AccurateShooter.com. In the weeks ahead we will test this affordable C-Frame press both in the workshop and at the range…
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Our friend Gavin of UltimateReloader.com has a new tool — the second generation Lyman Borecam. This upgraded version features higher-resolution 300K output so you can better see details inside your barrel. This digital borescope can also be used to inspect the interior of dies and other tools. Illumination, via LED, is adjustable. Record still images with the push of a button. The screen resolution for the latest Lyman Borecam is now 640×480, roughly 300,000 pixels (300K).
Gavin created a very thorough 15-minute video putting the Lyman Borecam through its paces. He uses it to scope a number of firearm barrels as well as some reloading dies. If you are considering buying a Borecam or other borescoping device, you should definitely watch this video. We have included time references to make it easier to “fast forward” to the subjects you want to see:
Lyman Borecam Video Timeline
1. 1:15 — Lyman Borecam Unboxing (All Components)
2. 4:00 — Shilen Match Barrel Blank Inspection (Brand New Barrel)
3. 6:16 — Thompson Center Compass .223 Rem Barrel Inspection (Used Barrel)
4. 9:08 — Smith & Wesson 686 .357 Mag Barrel Inspection (Used Barrel)
5. 10:30 — Glock 20 Polygonal Rifling Barrel Inspectino (Used Barrel)
6. 11:45 — M1911 Barrel Inspection (Defective Barrel with Bulge in Chamber)
7. 13:12 — Sizing Die Internal Inspections (Lee .223 Rem, Redding 300 BLK)
The Lyman Borecam comes complete with everything you need. Shown in photo are:
1. Borecam Wand (includes handle, rod, mirror, and digital lens/camera) with length indication scale. An inch scale runs the full length of the rod. That tells you where the lens is positioned inside the bore. Note the wand scale marks when recording screen captures. 2. Borecam Digital Display. The 600×480 display can record stills with included 128MB SD Card. A USB SD Card adapter is included. 3. Borecam Mirror Protector and cleaning kit. 4. AC Power Adapter (not shown, international plug adapters included).
UltimateReloader offers three key tips for the Lyman Borecam:
— First, before you start, make sure the mirror is clear and free of dirt, lint, or solvents.
— Use the Up and Down Arrows to adjust the illumination to suit your barrel.
— Experiment with how close you hold the mirror to the wall of the bore. This affects both brightness and focus.
YouTube Viewer Comments on UltimateReloader Lyman Borecam Video:
“Great review, Gavin. Your video capture of the display looks better than what they show in Lyman’s own product video.”
“Price is getting low enough to think I need one on the short ‘To Buy’ list. Have some milsurp rifles with horrid bores that should be very interesting to view. Don’t waste $$ on those $20 things on Amazon, I did and thoroughly wasted my money.”
NEW and IMPROVED — Lyman Higher Rez Borecam
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When you make a reloading mistake, you may need to “pull down” assembled ammo. The embedded UltimateReloader.com video demonstrates how to use the Hornady Cam-Lock bullet pulling system.
When Reloading Goes Bad — The Danger of Over-Charging
Our friend Gavin Gear of UltimateReloader.com was recently reloading some 9mm pistol ammo with his Hornady progressive press. As part of his reloading procedure, he visually checks the cases — and he noticed that the charges seemed high. Sure enough, his most recently-produced rounds were about two grains over spec. He diagnosed the issue: “I was using a powder measure without a baffle. What happened was, over the course of the loading session, things settled in, and the charge level increased.”
Not knowing just when his powder measure started delivering too much powder, Gavin decided, for safety’s sake, to pull down all the ammo he had just reloaded. Yes that’s time-consuming, but it’s better than the alternative — having a dangerous Kaboom while shooting. With fast-burning pistol powders, a two-grain over-charge could cause a blown case, damaged firearm, and/or serious injury.
Watch Cam-Lock Bullet Puller Used to Remove Bullets from Loaded Ammo:
Use of Bullet Puller starts 4:00 minutes into video.
Gavin says it is vitally important to perform safety checks during the reloading process: “You’ve got to do it — check every single round to make sure there IS powder, and that there’s not too MUCH powder. Double, Triple, Quadruple check your components… and your powder charges. You can’t be too careful.”
To pull down a loaded round, first place the cartridge in the shellholder on your press ram. Then raise the round up into the bullet puller device installed where a die would go. The Hornady Cam-lock bullet puller works by clamping the bullet in a collet when you flip down the red-coated lever. Then, with the case held by the rim in the shell-holder, the bullet exits the cartridge as the press ram is lowered. It takes time, but it’s pretty fool-proof once you get the hang of it. This entire process is illustrated in Gavin’s video, starting near the four-minute mark.
The Hornady Cam Lock Bullet Puller has four (4) key components: 1. Cam-Lock die body; 2. Cam-Lock lever; 3. Stem; and 4. Collet (Caliber-specific).
NOTE: In order to use this tool, you’ll need the appropriate collet for each diameter range of bullets you intend to pull. For example use collet #3 for 6mm, collect #6 for 7mm, and collet #7 for .308 Caliber.
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Here are the main tools you’ll need to assemble an AR-platform rifle
Planning to put together an AR-platform rifle? Or are you looking to upgrade your AR with a new barrel, stock, or trigger group? Then you should check out the AR-15 Rifle Build DVD from our friends at UltimateReloader.com. This DVD covers all the details of a custom build, using high-resolution video sequences, and helpful supporting graphics.
In this DVD, Gavin Gear guides you through the entire process including selecting components, acquiring and using the necessary tools, assembly steps and details for each component, and even mounting a scope. Building an AR-15 can be overwhelming, but with the right guidance and help it’s not difficult and can be very rewarding. With this DVD you’ll be able to build your AR-15 with confidence.
Upper: Barrel / Gas Block / Gas Tube
Upper: Handguard Installation
UltimateReloader.com’s AR-15 Build DVD is available just $9.90 (plus $3.80 shipping/handling). This DVD can pay for itself many times over by showing you how to do your own gunsmithing (and get quality AR components at attractive prices).
See Parts Installed in See-Through AR-15 Lower
This isn’t part of UltimateReloader.com DVD, but this YouTube video shows how to install the AR trigger group and other parts in an AR-15 lower. A transparent, see-through Tennessee Arms Company lower receiver was chosen to make it easier to see how the parts are installed.
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Impressive Test Results
If you load pistol or rifle ammo with a progressive press, we strongly recommend you get a Lock-Out Die from RCBS. This unique reloading die will prevent your progressive press from advancing if the dispensed powder charge is more or less than about 0.3 grains too high or too low. The Lock-Out Die really works. Your Editor uses it on his RCBS 2000 progressive press. I can affirm that a Lock-Out Die has “saved my bacon” a half-dozen times over the years when there was an over-charge (which could cause a Kaboom) or a low charge (which could cause a squib load).
