ELR Trigger Time & Ballistic Solvers

By Mark V Lonsdale

In the past year I’ve made a couple of observations about ELR shooting that readers may find helpful, particularly shooters new to ELR:

  1. Shooters don’t shoot their ELR rifles enough because of lack of opportunity or cost of ammunition
  2. Many own ballistics solvers, such as the Kestrel Elite with AB Ballistics, but have not taken the time to really understand all the required functions and inputs to get a reliable solution

So let’s start with the first issue – trigger time. In almost every other shooting discipline, such as NRA or IPSC pistol shooting, PPC, smallbore, high powered rifle, F-Class or F-TR shooting, competitive shooters shoot a lot. And when I say a lot, I mean hundreds, if not thousands of rounds per month. As an IPSC shooter I was shooting 40-50,000 rounds per year, and in the various rifle disciplines that I was shooting hundreds per month. But for many involved in ELR shooting, that number drops off dramatically.

CE352 PetersonBrass

Shooters preparing for an ELR match (1,500 yards+) may shoot less than 50-100 rounds total because of the cost of ammunition. A hundred rounds of handloads with top of the line bullets and brass, such as Cutting Edge bullets and Peterson brass, will run the shooter approximately $700, but less once he or she begins reloading the brass. But even so, $700 could buy several thousand rounds of ammunition for a smaller caliber such as 9mm, .45, .223 or .308. This is one good reason for ELR rifle shooters to keep an accurate .223 Rem or .308 Win in their arsenal for more economical practice.

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375 CheyTac with a Stiller TAC-408 action, McMillan A5 Super Magnum stock, and Nightforce ATACR 7-35x56mm scope. Ammunition is Cutting Edge 400 Lazers loaded into Peterson brass. Applied Ballistics comes from a Kestrel 5700 Elite with a Garmin 701 Foretrex to confirm range and target locations     

But on that note, training with a .308 is not the same as training with a .375 CheyTac or .416 Barrett. Granted, the fundamental marksmanship skills are similar, but just because you shoot well with your 6mm Dasher F-Class rifle off a rest, does not mean you will shoot equally well with a .375 CT off a bipod. From personal experience, and after talking to Derek Rodgers and Paul Phillips, I changed my style of prone shooting to better suit my .375 and saw immediate improvements.

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Paul and Derek shooting at the 2018 King of 2 miles. Emil on the spotting scope with    Team AB

As in any championship sport, and in particular prone rifle shooting, it is necessary to develop the required neuro-muscle memory and body mechanics to be able to adopt the same shooting position repeatedly. This is no different to the repeatable swing needed for golf, the arrow release in archery, or even throwing darts and being able to hit triple 20s. It all comes down to repetition.

Once a shooter has found his or her natural shooting position, with little to no muscle strain to hold the rifle on target, he or she must be able to repeat that position consistently. And we all know that consistency is the goal of every shooter. This is not the ability to shoot a tight group or hit the 1500-yard gong on one day, only to completely blow it the next. But to be able to take to the mound and shoot consistent good scores commensurate with one’s experience and equipment.

So while most structured shooting practice is beneficial, immaterial of the rifle or discipline, it is not the same as time behind a particular rifle. ELR rifles are bigger, heavier (23–50 pounds), and recoil differently to the more controllable calibers. ELR shooting also requires the ability to adapt your prone shooting position to targets at distances from one to two miles, under tight time limits, and at various up- or downhill angles. This requires time, ammo and practice to become consistent.

The next issue is having the opportunity to shoot at extreme distances. Many shooters only have access to 100-300 yard ranges, and are limited to shooting .223 to .308 Win calibers on many 600 yard and 1,000 yard NRA ranges. It takes time and money to travel to open country or desert where you can shoot out to 2,500 yards and to validate dope at 250 yard increments.

The result being, many shooters find themselves turning up at matches with only 50-100 rounds practice, shooting against sponsored shooters who may have shot several hundred rounds and attended multiple ELR matches. The new shooter has also not had the opportunity to validate his or her dope at all the distances being shot in the match, keeping in mind that the ballistics solutions developed at sea level on a 75 F day may not translate well to Raton, NM, with a density altitude of 9,000+ feet and 93 F for the King of 2 Miles. And even then, shooters can be eliminated after just 6 rounds if they fail to score at 1,550 yards.

Team McMillan

Team McMillan at the King of 2 Miles. The targets are not the 1,000 yard targets visible on the right, but up in the hills to the left between 1,550 and 3,525 yards

Ballistic Solvers

I will use the Kestrel with AB Ballistics as the example, since these are the most prevalent at ELR matches and sniper competitions. On several occasions in the past year I have been asked by individuals on the range to help set up their Kestrels. Many had just taken it out of the box and not taken the time to read the instructions or watch the how-to videos on the Kestrel Ballistics site. Others have assured me that they had inputted all the required data and just needed me to show them how to add multiple targets, as an example.  But on close review I would find that they had not kept the firmware updated and the most basic inputs were way off, even gun data, BCs and muzzle velocities.

A6 Medium Kestrel

My Kestrel is like my credit card – don’t leave home without it (plus my laser range finder). This is a 6.5 Creedmor in a McMillan A6 stock, and even with a top of the line Leupold Mark 5HD 5-25x scope, it is not suited to ELR shooting. While good on steel to 1,500 yards, the small bullets lose what is needed for effective ELR shooting. 

There are basically two areas that require data input in a Kestrel – gun data and environmentals. If the gun data is off, for example incorrect BC, caliber, muzzle velocity (MV), or twist direction, then all firing solutions will be off to some degree proportionate to the degree of error with the inputs. When you are setting up your Gun files, ensure that all the data is correct – don’t just guess and don’t use the MV or BC off a factory box of ammo. As long as you stay with the same rifle, the only thing that will change is the bullet info and muzzle velocity. And even if you stay with the same bullet and load, the MV will still change as the barrel wears or as you change elevations (altitude) and temperatures. Your MVs on hot summer days will be higher than cold winter months, so chronograph your ammo just prior to a match or hunting trip, and if possible, do it on site. (see previous article on muzzle velocities)

Now, for the hunter or individual shooting at less than 600 yards, there are functions that are not critical to getting on target. But as the range extends beyond 1,000 and particular beyond 1,500 yards, every input becomes critical. For example, shooters who do not have a lot of experience with long range shooting have little understanding of Spin Drift and Coriolis, and at less than 600 yards, depending on caliber, we may be talking only a couple of inches. But out past 800 yards Spin Drift is carrying that bullet to the right (out of a right twist barrel) to the point where at some given range it will be off the target. Coriolis is also adding a right drift shooting north or south; low shooting west; and high shooting east. So if your ballistic solver is not activated for Spin and Coriolis your solutions will be completely off at longer ranges. With Coriolis, the shooter also needs to input the latitude and direction of fire (which requires calibrating the internal compass), but many shooters new to the Kestrel have no experience with those functions.

Kestrel_Elite Wind Vane

Kestrel 5700 Elite with Applied Ballistics, mounted on the weather vane, also available from Kestrel. This can then send live time updates to your smart phone by Bluetooth Link

One shooter asked why the Kestrel was telling him to put in Left Wind in no wind conditions. He had the wind set at 0 mph. This was because he was shooting north and the Spin Drift and Coriolis were carrying the bullet to the right. Since these functions were turned on, the Kestrel was giving him a Left Wind to compensate for the right drift. You could even have a light wind from the right (3 o’clock) but not enough to counter the Spin and Coriolis, so you would still have to put in left wind instead of right wind.

Many environment functions can be turned on or off, just as environmentals can be set to Live or Lock, but unfortunately many Kestrel owners have not taken the time to learn these functions. Even though there are some excellent videos on YouTube from Kestrel Ballistics, Panhandle Precision, and Snipers Hide, the best way to learn these functions is to have someone actually show you and then repeat them until they are learned. Then just take the time to periodically explore all the functions in the Kestrel so that you know how to adjust each one. At extreme long range, accurate data inputs will greatly improve your probability of a first or second round hit.

Lastly, ELR shooters are some of the friendliest, most helpful individuals on the planet. They’ve all been through the same learning pains as the new shooters, so are happy to share their experience. There are also some very helpful sites on Facebook, but stay away from the ones with snarky trolls and individuals who don’t actually shoot ELR. Even a rookie can quickly sort the talkers from the serious shooters. But for Kestrel questions, start with the videos on Kestrel Ballistics or posted by Panhandle Precision on YouTube. Just search under Kestrel 5700 Elite.

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Duncan Davis, Kelly McMillan, Paul Phillips, and Derek Rodgers at the 2018 King of 2 Miles. You can be sure they will all be there in 2019 and 2020

Now get out and shoot more with your ELR rifle and play around with your Kestrel until you have figured it out. Both will dramatically improve your scores and hit probability.

END

 

Feel free to post questions in the comments below, or on Global Precision Group or ELR Extreme Long Range Shooters

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MUZZLE VELOCITY IS NOT A CONSTANT

Why Long Range Shooters Need to Periodically Chronograph their Rifles and Ammunition

By Mark V. Lonsdale

One of the most important data points that needs to be entered into any ballistic program or solver, such as AB Analytics, is the muzzle velocity (MV) of the selected rifle and ammunition combination. This is in conjunction with caliber, ballistic coefficient (BC), bullet length, barrel twist rate, and scope height above bore. But muzzle velocity is not something a shooter should measure just once and then assume it is always correct, even though many have made this mistake. Or even worse, they use the published muzzle velocity off the box of factory ammunition. While MV is less important for plinking or hunting under 300 yards, it is critically important for the long range shooters (600-1500 yards) and extreme long range shooters (1500+ yards).

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Chronograph with the Labradar 

There are a number of reasons handloaded ammunition can change in muzzle velocity, to include, increasing the powder charge by as little as 0.1 grains, changing type or weight of projectiles, changing primer brand, and changing neck tension or crimp on the bullet. Any changes to the loading components or procedure demands a trip to the range to chronograph the ammo.

Factory ammunition can also exhibit wide changes in muzzle velocities. First, when you purchase different lot numbers of factory ammo, there will usually be a change in muzzle velocity. This is often more noticeable with plinking or hunting ammo and less with match grade ammo, but even match grade ammo could have a shift of 10-40 fps.

Between lot numbers, the factory may have changed to a different powder, a different primer, or a different lot number of projectiles. Then there are environmental effects. Changes in the season, ambient temperature, humidity, barometric pressure, and elevation above sea level will all affect muzzle velocity and the resultant point of impact (POI). This will be proportionate to the extent of the swing in temperature, gain in elevation, or drop in barometric pressure.

A6 Medium Kestrel

6.5 Creedmoor used for testing. Atlas Tactical action, 24″ Bartlein 1:8″ barrel in a McMillan A6 stock and topped with the Leuopld Mark 5HD 5-25x scope   

Additional changes in muzzle velocity will occur as a new barrel breaks in, wears, or if the shooter adds a muzzle brake or suppressor.  As an example, the following MVs were pulled from one of the 6.5 Creedmoor rifles I am testing. All the test ammunition is factory ammunition from the same lot numbers. The first column was from a new 24” Bartlein barrel with a 1:8” twist.

Factory Ammo                            Jan 2018            July 2018                         August 2018

                                                          New barrel      added muzzle brake    200 rounds

Federal Berger 130 Hybrid      2,830 fps           2,866 fps                         2,892 fps

Hornady Match 140 ELD          2,726 fps           2,746 fps                         2,780 fps

Hornady Match 147 ELD          2,670 fps           2,721 fps                         not tested

The above example shows a  51 – 62 fps increase in velocity from a new barrel, to 100 rounds and the addition of a Piercision muzzle brake, and then at 200 rounds with the brake. If I was still using the original MV, this would result in a significant error in predictive POI at 1,000+ yards.

6.5CM Ammo

Factory ammunition used in 6.5 CM testing

Whichever ammunition a shooter selects, to get accurate ballistic data or firing solution, the shooter should chronograph the ammunition periodically to track wear or changes in the barrel; if there is a big shift in ambient temperature, as in 85 F summer to 32 F winter months; or a significant shift in elevation, as in sea level to 6,000+ feet. Keep in mind that 6,000’ on a hot day could result in a density altitude of 9,000+ feet, as we found this summer during the King of 2 Miles at the NRA Whittington Center in Raton, New Mexico.

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The second 6.5 Creedmoor being used for testing. Rem 700 action, 24″ Krieger Heavy Palma barrel, 1:8″ twist; McMillan A6 stock; Leupold Mark 4 6.5-20x scope 

Finally, the shooter should know that not all chronographs are equal. A cheap chronograph that may have a 40-50 fps error from actual MV, will result in a significant error in data input and all resultant firing solutions. This goes back to the computer adage of, “garbage in, garbage out” and that a computer is only as good as the data inputted.

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Early two screen type chronographs are sensitive to light condition and placement. 

Conclusion – accuracy, diligence, and consistency is critical in all aspects of reloading and long range precision shooting, and an accurate MV is a critical part of that process.

END

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Extreme Long Range (ELR) Shooting and the Practical Value

By Mark V. Lonsdale

Testing your skills at long range shooting is neither expensive nor overly difficult. Anyone with a modicum of rifle shooting skills, a good 300 Win Mag, 7mm Mag, or even 6.5 Creedmoor, and a box of match grade ammo, can sling lead at 1,000-1,500 yards and score five out of ten hits on a 36” gong. But when you make the decision that you not only want to compete, you want a high probability of winning, then the cost and time commitment increase considerably. You just went from the $1,500 rife to the $5,000-$8,000 rig (rifle, scope, mounts, rings, bipod, etc.); with top of the line scopes, alone, running $2,000-$4,000 plus mounts. There is also the investment in precision reloading equipment, ballistics solvers, and a significant time commitment.  Part of that time commitment is traveling to locations where you can actually shoot 1,500 to 3,500 yards.

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Tools of the trade – 375 CheyTac built on a Stiller TAC-408 action in a McMillan A5 SuperMagnum stock. The Kestrel 5700 Elite and Garmin 701, both with AB Ballistics solvers, are essential to ELR shooting

Now, when you decide to try your hand at extreme long range shooting, out passed 1,500 or 2,000 yards, then the investment in equipment and time go up exponentially. Even small improvements come at high costs along with considerable time and effort. ELR shooting is not a game for just “run what you brung” hunting rifles with factory hunting ammo.

Never the less, there is significant growing interest in ELR shooting from both recreational shooters and the military. But in both cases, the name of the game is increasing hit probability at 1,500 – 3,500 yards; and even more challenging, first round hit probability out passed 2,000 yards.

One of the best examples of this was the Applied Ballistics ELR World Record attempts shot in January just prior to the 2018 Shot Show. I had the privilege of being invited to be one of the Rangemasters for this event, so had a front row seat to observe some of the best ELR shooters put their skills on the line.

David Tubb and Christie Tubb competing in the ELR Central World Record Attempt in Pahrump, NV, 2018

Sponsored by Bryan Litz of Applied Ballistics LLC, and organized by Paul Phillips of Team AB and the US Rifle Team, the match was hosted on the Wilcox range at Front Sight, in Pahrump, NV. Shooters were challenged by five 36”x36” steel targets positioned every 250 yards from 1,500 yards out to 2,500 yards. What made this match different from many others was no opportunity to practice on the range, no opportunity for sighter shots, and the need to place three out of three shots on steel to score. The shooter could choose what distance he or she felt comfortable at shooting.

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Kelly McMillan and Paul Phillips being interviewed at the ELR Central World Record attempts in Pahrump, NV, January 2018. Paul was the first to go 3 for 3 at 1,500 yards using a 375 CT in a McMillan Beast stock. 

With some of the top ELR shooters in the country, including US Rifle Team and Team AB shooters, only three shooters were able to go three for three after two attempts (4 hours apart). Keep in mind that many of these shooters had $6,000+ invested in their rifles, practiced regularly, and were shooting hand loaded ammunition that ran about $7.00 per shot.

Listening to the competitors prior to the match, many felt confident in their abilities and high dollar thunder sticks. Most were serious shooters with close ties to the shooting industry, who had all scored hits on extreme long range steel targets at other locations. But doing it cold on an unfamiliar range was a whole new challenge, especially calculating for wind, spin drift, and Coriolis with no sighter shots.

So why did this match make the rule of “three for three” with no sighters? First, because it is “practical” both for the long range hunter and the military sniper. As the Training Director for the Specialized Tactical Training Unit my interest, and passion, is for the long range cold bore shot. This is a motivation shared by Eduardo who manages the King of 2 Miles shoot, since he is also a sniper instructor in his home country. The US military is also exploring the lessons learned from ELR shooting, and in particular the various ballistic solvers now available. Devices such as the Kestrel 5700 Elite, and the SIG and Wilcox rangefinders, loaded with the AB Ballistics solvers, have made great strides towards quantifying and minimizing the variables of long range ballistics.

However, all this modern technology does not take the burden off of the shooter. The shooter must still develop reliable data to input into these devices, such as muzzle velocity, projectile BC, and zero. It also requires a rifle/ammunition combination capable of sub-MOA accuracy, and a scope that has sufficient elevation to reach out passed 2,000 yards. This often requires running a base with more than 20 MOA of slant to optimize the elevation in the scope. For example, with a 40 MOA base on my 375 CheyTac, I can only dial out to 2,400 yards, then I have to use hold-over on the reticle; but with a 60 MOA base I can reach out to 3,500 yards. The other alternative is to go with a TACOMHQ Charlie Tarac, but that’s an article for another day.

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TACOMHQ Charlie TARAC mount on a Nightforce ATACR 7-35×56 scope with Tremor3 reticle

Another issue in ELR shooting is knowing at what distance your bullet will go transonic and potentially lose stability. How well the bullet carries energy and velocity is a combination of caliber, muzzle velocity, bullet weight, bullet design, and ballistic coefficient. Again, we are not looking for that lucky hit on a huge steel plate, but consistent first round hits and follow-up shots. Taking 20 to 30 shots to hit an 4-foot gong at 4,000 yards may be fun, but it is more luck than skill. This is not to detract from the individuals who spend several thousand dollars in the effort, or the hours of hand loading ammo, but the true practical value is in first or second round hits and then consistent follow-up hits. As commonly said, “there is little value in havig a rifle that shoots quarter-inch groups at 100 yards if you can’t read wind at 1,000 yards.” While changes in elevation, temperature, and direction of fire (DoF) can be plugged into a ballistic solver, even the best wind meter such as the Kestrel only gives you the wind at the firing point, not 1,500 to 3,500 yards down range.  Wind reading is still the foundational skill and art to successful long range shooting.

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There are no wind flags or artificial wind indicators in ELR shooting. Shooters and spotters must learn to read the mirage or dust kicked up by previous impacts in the dirt.

But for those shooters willing to commit the time and expense to ELR shooting, it can be an immensely satisfying endeavor. It can also be immensely frustrating, especially when you travel a thousand miles to shoot an ELR match, but are eliminated after only 6 rounds, but there are dedicated individuals who are wiling to keep trying and keep coming back.

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King of 2 Miles event at the NRA Whittington Center in Raton, NM. The ELR targets are not the 1,000 yard targets seen to the right, but up in the hills to the left, from 1,550 to 3,520 yards

For the shooter who is new to ELR, or just considering stepping up from a 300 Win Mag to a 375 CheyTac, you will not find a more open, friendly, or helpful group of shooters than ELR shooters. They are all willing to share the “secrets” of their rifles, optics, and ammunition, knowing that when it comes down to competition day, it is more about solid shooting fundamentals and reading the wind than having the best or most expensive rifle.

See you on the range!

END

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Why Run a Charlie TARAC?

Why Run a Charlie TARAC?

By Mark V. Lonsdale

The short answer is to be able to shoot longer distances than the internal scope elevation adjustments will allow. Most of the high-end scopes are running about 30 MILS or 100 MOA of elevation, but with a .375 CheyTac, pushing a Cutting Edge 352 grain MTAC at 3,000 fps, it takes 62.5 MILS or 214.7 MOA to reach 3,500 yards without using holdover.

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Mounting ring with four powerful magnets

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Charlie TARAC mounted to a NF ATACR 7-35×56 FFP

So what is a TACOMHQ Charlie TARAC (Target Acquisition)? It is basically a compact periscope that shifts the scope’s zero optically to whatever the TARAC is calibrated for. For example, a 30 MIL unit (103 MOA) jumps my 100 yard zero directly to 2,500 yards with the above load. That leaves all the internal elevation adjustment in my scope to dial up to 3,400 yards. I then need to use 4 MILS of holdover to reach 3,500 yards. These units are also quite ruggedly built for military applications.

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Charlie TARAC mounting ring attached to Nightforce scope on my .375 CheyTac built on a Stiller TAC-408 action in a McMillan A5 Super Magnum stock

So with the 2018 Ko2M just 5 weeks away, I made the decision to go with the Charlie.

Here are the steps for mounting and shooting:

  1. Ensure that the rifle scope is dead level on the rifle. Verify this on a tall target with a plumbed vertical line.
  2. Ensure that the Charlie mounting ring is attached dead level to the front of the scope. It screws on in place of the shade and then locks down with a cross bolt.
  3. On the range, ensure that you have a solid 100 yard zero with your rifle/ammunition combination, and re-zero the scope turrets.
  4. Now mount the Charlie which attaches by very strong magnets, backed up with two Allen bolts on the sides. You have just moved your point of impact up by whatever the Charlie is calibrated to – in my case 30 MILS or 103 MOA.

Left: scope level. Top right: Charlie level. Bottom right: Scope level

So how do you verify the new point of impact?

It is like running a tall target test with a scope. 30 MILS is 108 inches at 100 yards, but I didn’t have a 9-foot target so ran the test at 50 yards. This only required a 6-foot target since the point of impact should be 54 inches above the point of aim and on the plumbed line.

True to specification, aiming at the base of the target resulted in a group on the line 54 inches above my point of aim. Obviously this will need to be validated at longer distances, but based on the first rudimentary test, I am feeling very confident that I now have a combination of rifle, ammunition, scope, and Charlie to reach 3,500 yards for the Ko2M – if I even make the finals.

For additional information you can check out the TACOMHQ website, and the units are available through ELRHQ.com in Phoenix, AZ

 

END

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Interview with a Champion

INTERVIEW WITH A CHAMPION – DEREK RODGERS

FTR World Champion / 2017 Ko2M Champion   

 By Mark V. Lonsdale

With the 2018 King of 2 Miles (Ko2M) only 5 weeks away, those selected to compete in July 2018 are all  focused on load development and preparations for the king of ELR shooting events. And be assured, Derek Rodgers will be there to defend his title.

Last October I had the opportunity to interview Derek about his experience

Team Derek Rodgers ko2m17001

Derek with team mate and spotter Paul Phillips 

What made you decide to get into ELR shooting?

  • Derek: I was interested in shooting ELR distances after learning the King of 2 Miles event was held in Raton, NM. I have competed in 1000 yard competitions for 15 years, so shooting beyond those distances was a natural evolution.  Also being a resident of New Mexico and having open terrain gives me a lot of opportunity to shoot far.  I get enjoyment out of proving something will work, and I have always had a way of making loads perform.  Working through these challenges and pushing the envelope with cartridges made me want to explore this discipline of shooting.

What is the Ko2M?

  • Derek: The Ko2M stands for King of 2 Miles. It is an Extreme Long Range (ELR) event ranging from 1550 yards to 2 miles.  This match is held in Raton, New Mexico and shooters are given 5 shots to hit the first target.  They are rewarded with 5x the distance in points for a 1st round impact, 4x for the 2nd shot, 3x for 3rd, 2x for the 4th, and 1x for a 5th shot hit.  After each distance the shooter acquires the next target and fires 3 shots at the target.  The targets are located at varying distances along a mountainside.  Any single hit will allow the shooter to advance to the next distance.  The top 10 shooters scores advance to a “finals” division where they will be challenged to shoot at 1.5, 1.75, and 2 miles.  The same rules apply, but are given 15 shots total to shoot these 3 targets.  Verifying hits was done with cameras and 2 verifiers that can see the bullet strike the steel target and make it swing.  This match is what gave me enough of a push to enter the ELR game.

Team AB ko2m1710

Team AB at the 2017 Ko2M

Did any of your team mates on Team Applied Ballistics talk you into it?

  • Derek: Paul Phillips knew I had interest in shooting the further distances. He and I have been teammates for 10 years.  These teams were Team Sinclair and Team USA – FTR.  Paul talked to Bryan Litz and told him I may be someone they should look at as becoming an AB Team member.  Bryan reached out to me and asked if I would be interested.  I was, and told Bryan that I was interested in helping prove the science of shooting at these distances and so the journey began.

Why did you select 375 CheyTac?

  • Derek: I chose the 375 CheyTac because it simply made sense. Most of the other Team AB shooters were using another 375 cartridge with a bit more performance.  However, brass was harder to get and I am not a big fan of belted cases if a non-belted version can be had with similar results.  The 375 CT has been out for quite some time and the availability of components was a lot easier to come by.  I felt it was hard enough to pioneer a road that few have successfully gone down and sticking to a known cartridge had some positive benefits for my shooting program.  I was trying to minimize variables that could have ultimately caused obstacles of success.

Derek's ammo 400 lazer cut

How long did it take to have the rifle built after making the decision?

  • Derek: It took around 6 months to go from scratching out a plan to having a finished build. I was able to secure an action for the project.  At the time, McMillan Stocks were working on a new stock purpose built for ELR shooting.  This stock was called the “ELR Beast” and is suited to handle the larger scale actions that are needed for the task.  Once I had a barrel and had it fitted, I had the barreled action sent to McMillan for custom stock inletting.  They did a superb job in cutting the inletting for my particular set up.

DR 375-CT Bench

Derek’s 375 CheyTac in the McMillan ELR Beast 

Were you happy with the selected barrel twist?

  • Derek: I chose a 7.75 twist Bartlein barrel and was quite happy with it. However, I also saw shooters using 7, 8, and 9 twists with success in 375 caliber.  I believe the 7.75” is enough to easily stabilize a 400+ grain bullet even at a lower elevation.  We were shooting in Raton at above 6,400’ elevation.  This elevation allows for more forgiveness in bullet stability.  My bullets were predictable and the impact on steel at 2 miles was round proving the bullets were still stable at the 3,600 yard mark.

Was the action bedded into the stock? What was used for bedding?

  • Derek: I used a Barnard P-Chey Action. This action is unique in that it has a smooth hole located at the bottom of the action.  Smaller sized Barnard’s like the Model P also have a hole but are threaded where a bottom-belly recoil lug can be utilized easily.  The Chey-P is different.  Mac Tilton is an old friend of mine and even though he does not sell Barnard actions anymore, I called him and asked for his advice.  I had already chambered and fit the barrel without a barrel recoil lug.  He told me I could substitute a V-Block and pin my action where it was a slip fit into the V-Block.  I took his advice and the action and rifle went together like Fort Knox.  This served as my recoil lug and my bedding system.  That really is a testament to how rigid the McMillan ELR Beast stock is.  It can accommodate V-Blocks and non-normal bedding applications.  Although pillar bedding is probably the best solution in most cases.  I had Alex Sitman at Masterclass Stocks bed it.  I am not sure what his exact formula is on bedding compound, but it is extremely robust.

How many different loads did you test to settle on the load you used?

  • Derek: I tried a variety of loads before settling on one. I actually tried a range of bullets from 352 grains to 409.  I focused my attention to the solid projectiles that Cutting Edge offers.  I first tried Retumbo powder and was sorely disappointed as it created a massive pressure spike and accuracy was not acceptable for my set-up.  I switched to the much slower burn rate of H50BMG.  This slower burn rate gave me very reliable velocities and the accuracy was around 1/3 MOA at 1000 yards.

Did you do the initial testing at 100 yards?

  • Derek: I do the majority of my testing at 325 yards and 600 yards. I find 325 yards to be a truthful test for me.  At this distance I can weed out good loads from great ones.  I have also found that if I can get a group to form consistently at 325 yards, it will be checked at 600.  If it passes this test, it will likely work just fine further out.  In the case of my 375CT, I wanted to shoot it at 1000 yards with a couple small changes in reloading to see if I could get something better.

What muzzle velocity were you looking for?

  • Derek: I wasn’t looking for any specific muzzle velocity. In fact, I was having trouble finding any data that had merit, so I developed my load that worked for me and my rifle.  I have learned from many thousands of rounds of loading and development of other cartridges, more velocity is not always the answer.  I was cautious of this and focused on producing consistently small groups while maintaining a stout load.  Our summer time temperatures in New Mexico can wreck a good load if you push a cartridge too far.  As it turns out I was able to reach near 3,000 fps with accuracy that was more than acceptable.

What was the best group?

  • Derek: After I had a working load, I spoke to Dan Smitchko from Cutting Edge Bullets on how to tighten it further. He gave me tips and I then tried to further vet a final load at 1000 yards.  Fortunately I was able to find a load that shot under 3” of vertical at 1000 yards and settled on it being what I would push forward with in practice and the Ko2M event.

How many rounds did you fire before settling on a load?

  • Derek: I shot just over 100 rounds before I settled. However, I did choose the Cutting Edge 400 grain Lazer bullet because the rest of Team AB was already using it.  I felt it would help simplify the ballistic math if we all used the same projectile.  It is easier to see a pattern while testing our rifles with the same bullet profile.  I’m sure I would have found a load with any of the projectiles tested as they all showed promise.

Did you have the opportunity to practice at long range?

  • Derek: I did a small amount of testing at 1000 yards, but it was a mad scramble to get a rifle together and shooting well enough before we practiced as a team. A few weeks prior to the Ko2M, we all did some practicing on a separate range at the New Mexico’s Whittington Center’s “back-country”—where the staff at the WC have targets arranged from several hundred yards away to 2 miles.  This proved to be an extremely crucial breakthrough in our ELR development.  We were able to test our individual guns, as well as, compare with each other.  I don’t get many opportunities to shoot with my peers being I am located in New Mexico and the majority of Team Applied Ballistics is located in Michigan.  It is refreshing to compared notes with similar rifles with my peers at the same time versus shooting all alone.

ko2m Kelly

Were your Ko2M come-ups based on the ballistics program or on actual shooting data?

  • Derek: We used ballistic programs to gather our initial come-ups and they were all very close—if not correct. However, we did modify some of our data to match the actual drop of the bullets used for each rifle.  My come-ups were derived from a hybrid solution of ballistic and actual firing data.

Did you select the come-ups for each distance or was it a Team effort?

  • Derek: Each shooter was responsible for determining their rifles trajectory. However, we would also vet the come-up solutions with two other shooters and devices.  If there were differences, we averaged them to come up with a sensible ballistic solution.

What was the most significant value of having Team Support?

  • Derek: The most significant value of a team is having the support network in place to help raise your ability to another level. When you can combine years’ worth of competitive, reloading, shooting and internal and external ballistic knowledge it can make for a synergy that is unmatched in comparison.

Garmin Foretrex 701.jpg

Did you dial in adjustments after a miss or just aim off? Kentucky windage?

  • Derek: We did both. Our primary goal of getting on target was identifying how far off the shots were missed by and making a change to the scope.  I prefer to make a scope adjustment rather than holding off.  I am always more certain of my scope hold this way, as 2nd and 3rd shot holds become exponentially more difficult as impacts change.   In other words, it would be very difficult for spotters to know what the proper hold is if they are uncertain of my scope hold.  I personally suffer from nerve issues in my face and the inability to blink my shooting eye.  It has affected the razor sharp clarity of my vision.  It makes it easier to “hold center.”  We decided as a team that if the shooter sees the impact, the shooter could hold that offset and take another shot.  I actually performed this at 2 miles.  However, in theory it would work, I would prefer to utilize my team and spotters to give me a calculated adjustment to get me as close as possible to the center of the target.

KO2M plates

Hanging ELR targets for the Ko2M in Raton, NM

Any significant lessons learned?

  • Derek: Putting together a large scale rifle is different from smaller size rifles. Resources can be limited.  Being part of a group of other ELR shooters will help in making proper decisions on what to get and where it can be obtained.  We also learned how to work together as a team.  This was crucial to success.  We had processes we thought would work and soon realized as a team we had failures.  We were able to modify and come up with new job roles as individuals on the 3 man team and then began to progress with hitting targets at a quicker pace.

To conclude, I would like to thank Derek for taking the time to answer my questions. His willingness to share his experience is the mark of a true sportsman and champion.

Pauls 416 Barrett

Paul Phillips 2018 Ko2M rifle – a 416 Barrett in a McMillan ELR Beast stock

Go to Tactical Rifle Shooters facebook page for links to video of the 2017 Ko2M narrated by Paul Phillips

Whittington 2017.jpg

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Photo credits to Team AB, Ko2M, and various photographers

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New Stock from McMillan – the A6

A6 Atlas1

McMillan A6 stock with Graphite shell and molded in Woodland Carbon Ambush camo, adjustable cheek rest, and spacer system to adjust length of pull (LOP). Atlas Tactical action; 6.5 Creedmoor Bartlein medium Palma barrel cut to 24″; Badger M5 bottom metal; Nightforce ATACR 7-35x56mm scope 

The A6, which has been rolled out in time for Shot Show 2018, is similar to the iconic A5 in many respects, however, the fore-end has a squarer profile making it ideally suited for PRS/NRL type barricade shooting.

Squared fore-end on the A6 stock

A6 Atlas-Bartlein

You can see in this image how the flat fore-end affords the A6 added stability on any flat surface or barricade

Since this is my first 6.5 Creedmoor (no jokes please), I have been chronographing a variety of factory loads. With a Bartlein medium Palma profile, 1:8″ twist cut to 24 inches, on a 50F degree morning at sea level, factory ammunition results were: Hornady Match 147 ELD averaged 2,670 fps; Hornady Match 140 ELD averaged 2,726 fps; and Federal Berger 130 Hybrids came in at 2,829 fps. The 140s seemed to group the best, but still early days and more testing to come. Will also be working up some hand loads  with the Berger Long Range 140 grain BT Target in Peterson brass, when I get back from Shot Show.

6.5CM Ammo

A6-3

More to follow

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The Importance of Measuring Cartridge Headspace – Part 2

By Mark V. Lonsdale

As a continuation to the series of reloading fundamentals for rookies, we will take a look at the importance of measuring headspace and accurately bumping the shoulder on your brass. But keep in mind that this article is a “why to” not a “how to.” The how to will come in the instructions with whichever measuring system you decide to go with, plus a reputable reloading manual.

The tool to measure the headspace or shoulder position markets under a number of names – shoulder bump gauge, precision mic, or cartridge comparator – but each does basically the same thing. They give a measurement from the base of the cartridge to a predetermined spot on the shoulder. So, why do you need to know that?

A comparator allows the shooter or reloader to do a number of things:

  1. Measure the headspace of factory or reloaded ammunition to ensure it is within spec for safe and reliable use. If the case is too long it simply will not chamber, and if it is too short, it will not headspace correctly, may not fire, or may result in a case separation.
  2. Quantifies the chamber headspace in a particular rifle by measuring the headspace of fired cases from that chamber. After firing, a cartridge fire-forms to the size of the chamber.
  3. It will ensure that you are getting the minimal shoulder set-back when setting up your reloading dies.

This last one is probably the most important for the reloader. By minimizing the set-back of the shoulder, you are limiting the expansion or stretching of the case during firing, improving consistency and accuracy, and extending the life of the brass. So the cartridge comparator also serves as a diagnostic tool to ensure the rifle chamber is within specifications, and to gauge if the sizing die is set-up correctly.

As an example, if you measure the shoulder on once-fired brass from a rifle chamber that is reamed to spec, you will find that the headspace will measure “0” on an RCBS Precision Mic gauge. This is because the case has fire-formed to the length of the chamber.

New factory match ammunition may read minus three on the same gauge. In other words, the shoulder is three thousandths (0.003”) shorter than the spec chamber. This is so that it will chamber correctly. After firing, that case will be fire-formed to the chamber so should have moved the shoulder forward to match the actual size of the chamber.

Now, after you have run a fired piece of brass through your sizing die you may find that you have pushed the shoulder back ten to twenty thousandths (0.010” to 0.020”). This is too much. So now you can adjust the sizing die up to bump the shoulder back just enough to chamber in that particular rifle without any issues. Once you are getting the required amount of bump on your bump gauge, you can lock the die.

Whidden Shoulder BumpWhidden shoulder bump gauge inserted into dial calibers 

So for optimum accuracy and case life, the goal is to set the shoulder back the minimal amount while still enjoying reliable feeding. But if you own several rifles of the same caliber, and you want your reloads to function flawlessly in all your rifles, then you will need to set the shoulder back from the shortest chamber. This way it will cycle in all rifles.

hornady_headspace_gauge_set2_1

Hornady collet system

There are a number of options for measuring headspace and shoulder set-back.

  1. One of the more common methods, and least expensive is a collet or bump gauge that fits in a standard set of dial or digital calibers. Hornady and Sinclair are popular and the collets are quite affordable. The most expensive part is an accurate set of calipers, which every conscientious reloader should own.
  2. Another option is the RCBC Precision Mic set specific to each common caliber. These are very handy but a little slower than using calipers. Cost is around $50 depending on caliber.
  3. The top shelf option is a Cartridge Comparator from Dave Manson Precision Reamers. This system consists of an indicator stand with a base, datum blocks, and plunger-type dial indicator. Once set-up it is very accurate and efficient to use. Check out http://www.mansonreamers.com

RCBS Precision Mic system

Dave Manson Cartridge Comparator dial indicator stand 

These three systems are not only used to measure headspace and shoulder set-back, they are also be used to measure overall length and seating depth for bullets. For more consistent accuracy, you will generally want to load your bullets longer and closer to the lands than most factory ammunition. You will often hear shooters talking about 0.015” off the lands or a jump of twenty thou – meaning that the ogive of the bullet is 0.020” back from the lands. However, if you are feeding rounds from the magazine for hunting or competition, then you will be limited to an overall length (OAL) that still fits in the magazine.

Finally, as you get into reloading, and in particular reloading for precision rifle shooting, the more you need to quantify actual measurements and tolerances. Don’t think of this as a painful chore. Once you really understand the advantages of reloading, and see the proof on the target in your scores and the tight groups, you will find precision reloading to be as enjoyable as the shooting (well, almost). There is something very satisfying about producing high quality rifle ammunition.

For additional reading, study the introductory chapters in the reloading manuals from Berger, Sierra, Hornady or Speer. There are also some excellent books such as Handloading for Competition; Extreme Rifle Accuracy; or Prone and Long Range Rifle Shooting.

308 375 CT

On left, 308 Win with the Berger 185 grain Juggernaut loaded long. On the right, 375 CheyTac using the Cutting Edge 352 grain bullet. Both loaded into Peterson match grade brass 

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Rifle Reloading 101 – A Primer for Beginners – Part 1

By Mark V. Lonsdale

Warning: Hand loading ammunition is a potentially dangerous activity that requires serious consideration, training, and attention to detail. It becomes even more dangerous if the individual is inattentive, drunk, or easily distracted.

It cannot be overemphasized that, for someone getting into reloading, SAFETY is #1. Lack of common sense or fundamental knowledge can lead to dangers not only on the loading bench but also on the range. A not uncommon error is double charging a cartridge which can literally turn a gun into a hand grenade. Another danger is not loading any powder into a cartridge so that the primer alone pushes the bullet into the barrel but not out the other end. So if a second round is fired, the barrel can rupture with disastrous results for not only the shooter but also bystanders.  Just Google “exploding guns” and you will see the results.

Lesson Learned: Take reloading seriously!  

GETTING STARTED

Individuals get involved in reloading for one of two reasons, economy or accuracy. For some, it can be both. When I was a competitive IPSC/USPSA shooter, I was shooting 200-400 rounds per day of .45 ACP so began reloading for cost and consistency. At that time, no one made factory 200 grain H&G ammunition, plus I was able to adjust my loads to make power factor. At the same time I was also shooting high powered rifle and sniper matches, so hand loaded .308 Win and 300 WinMag for accuracy, knowing that even the best factory match ammo was not as accurate as my own reloads. To this day, I hand load primarily for accuracy and continue to experiment with bullets, powders, and primers to find optimum loads for long range shooting.

So the first decision for the aspiring hand loader is economy or accuracy, since the equipment and requirements are quite different. If you are loading for cost and quantity then you will probably go with a progressive press that can crank out 600 to 1,000 rounds per hour. These are usually the 9mm and .45 ACP pistol shooters and .223 Rem AR shooters who are shooting hundreds or even thousands of rounds per month.

For the precision rifle shooters, the question becomes, “how much precision?” A shooter banging 2+ MOA steel plates does not need the same level of precision as a benchrest shooter looking for one-hole groups, or F-Class Open competitor shooting 5-inch X-rings at 1,000 yards. Similarly, PRS shooters may be shooting 250+ rounds per event, while F-Class and F-TR only shoot 60-70 rounds. So the higher volume shooters may opt for progressive presses and powder throwers, while the hard core precision shooters, seeking ultimate accuracy, will opt for a single stage press and hand weighing every load.

Bench 111817

Low budget loading bench for rifle reloading set up with a single stage RCBS Rock Chucker Supreme. From left to right – powered chamfer and deburring tool, loading block and funnel, powder measure, scales and trickler, press with dies, primer press. 

For the purposes of this article, we will focus on the shooter who is new to medium or long range rifle shooting but does not want to commit the many thousands of dollars necessary to be competitive on the national stage. This is the average guy or gal who has $1,500 invested in the rifle and scope but is interested in better accuracy than factory ammo plus a cost saving. Keep in mind that there are only a few calibers that have factory match-grade ammunition, such as .308 Win. .223 Rem, and 6.5 Creedmoor. All the others have a plethora of hunting ammo but not precision match ammo.

COST SAVINGS

To expand on the cost saving, if you already have a good supply of once fired brass, then you can reload for about 50 cents a round – most of that being the cost of the bullets. This is at least half what you would pay for a box of 20 factory rounds, and even more for premium hunting ammo. But this does not include the initial outlay for the reloading equipment. An RCBS starter package with all the basics and a single stage press runs around $350. This includes press, scales, powder measure, priming tool, primer flipper, lube pad, chamfering tool, funnel, loading block, and a manual, but no dies. A progressive press alone could be twice that.

There is also a significant price difference between a basic entry level RCBS reloading die set ($40-$70) and Redding match-grade dies, bushing dies, and seating dies with micrometer adjustment ($180-$280).

Left: Redding 308 Win match-grade dies; Right: 308 dies alongside Whidden .375 CT dies for ELR shooting

If you are getting into extreme long range shooting (ELR) then you will definitely want to hand load for both accuracy and cost savings since a box of 20 factory rounds runs upwards of $140.00. Loading .375 CT, using quality components such as Cutting Edge bullets and Peterson brass, will run around $7.00 per round, but once you start reloading the used brass then the cost goes down. There is also the added cost of custom dies which could run $400.

Left: 308 Win Peterson brass and Berger bullets. Right: .375 CT Cutting Edge bullets and Peterson brass

THE GEAR

To begin with, let’s look at the basic requirements for reloading. First is a press, and even with a single stage press, such as the Rock Chucker Supreme, a shooter can load 50 rounds in one to two hours, depending on how much case preparation he or she chooses to do. With the press, and at a minimum, you will need a sizing die that also decaps the spent primer, and a seating die to seat the new bullet. In between those two steps, case sizing and bullet seating, you will seat the new primer and load powder into the case.

A tumbler is another essential for cleaning the brass and there are several relatively inexpensive ones on the market. I tumble my fired brass before resizing so that I am not carrying dirt and carbon into my sizing dies, and then again after sizing to additionally clean up the brass and the now empty primer pocket.

Additional small hand tools that are useful for case prep include a primer pocket cleaner and a case neck chamfering tool to debur the neck mouth. A kinetic impact type bullet puller is also a handy item to have available. A powder measure and an accurate set of scales are also essentials. Keep in mind that the less expense powder measures throw by volume not weight so may throw charges a few tenths of a grain either side of the ideal charge. To correct for this, when I am hand weighing powder charges, for example 44 grains, I will set the powder measure to throw around 43.8 grains then use a powder trickler to bring it up to exactly 44 grains on the electronic scales. I than hand pour that into the case with a small funnel before seating the bullet.

Left: Electronic scale and powder trickler. Right: Manual primer press 

To seat the primers, several presses include a priming accessory, but I prefer a separate primer press. This gives more control and a better feel to this critical step.

As you begin shooting your brass a number of times, it will be necessary to measure the over-all length of the brass after sizing since it will stretch. At this point it will be necessary to invest in a set of digital calipers and a case trimmer to trim the brass back to spec.

When selecting loading components, it is necessary to decide if you are loading for hunting or target shooting, and what is the optimum bullet weight for your rifle. Faster twist barrels favor heavier bullets and slower twist the lighter bullets. For example, the .308 Win 150 and 168 grains fly well out of a 1:12 or 1:11 twist barrel, while 185s and 190s prefer a 1:10 twist barrel – but those are just broad examples. The preferred way to establish which bullet weight and velocity your rifle performs best with is to run your own tests on the range.

308 Win. rifle with a Bartlein 1:10 twist barrel set up for 185 grain and 200 grain Berger bullets. Atlas action, McMillan A5 stock, Nightforce ATACR scope 

KNOWLEDGE BASE

The next step, before beginning reloading, is the most important – educate yourself on reloading procedures and safety. The general recommendation is to get a good reloading manual from the likes of Sierra or Berger and study all the early chapters. Then go to the individual caliber that you are shooting and look up the bullet weight and load recommendations with various powders. To simplify matters, seek advice from someone who is an accomplished reloader and is shooting the same caliber as you.

The other alternative is to go on line to review the myriad of videos on YouTube. Look for the ones from reputable professionals in the industry, not just Joe Schmo in his basement.

The next step is to come up with a routine for your reloading. This is important for quality, consistency, and safety. Accuracy is the product of uniformity and consistency, so you need to be doing the same thing every time. This will also prevent missing a critical step. My preference is to do everything in batches of 100 cases, all the same brand and same number of firings (1x, 2x, 3x, etc.)

The following is a simplified loading procedure for a beginner, without getting into all the additional steps used by high level competitive shooters.

  1. Sort, select and tumble 100 cases. If you are using new cases such as Peterson or Lapua then the first 3 steps are not necessary.
  2. Lube, full length size, and decap 100 cases
  3. Tumble again to remove case lube and clean primer pockets
  4. Inspect cases, check primer pockets, and chamfer necks
  5. Prime 100 cases
  6. Set and adjust the seating die into the press
  7. Set powder scale for desired load
  8. Throw or hand weigh loads into 10 cases then seat bullets for 10 rounds
  9. Repeat loading 10 cases at a time until all 100 are loaded
  10. Place loaded rounds in a plastic ammo box and label with bullet, powder weight, and COAL

20171222_173328_resized

Loading powder into ten cases at a time and then seating the bullet 

The additional steps common to higher levels of precision reloading include weighing cases and projectiles into batches; turning the necks, annealing, and checking for wall thickness and concentricity. While these are important at the national level, they are not essential for just cranking out ammunition that will consistently go sub-MOA, provided you are using quality components and are diligent in the basics.

SAFETY

A few Safety Tips:

  1. Organize your reloading bench in a clean, safe environment away from any naked flames or small children
  2. Don’t accidentally mix components for various calibers. Put all the powders and primers from one caliber away, before beginning with a new caliber
  3. Don’t get distracted when reloading. There is too much risk of throwing a double charge or no charge at all, resulting in the risk of bursting the chamber or a bullet being lodged in the barrel
  4. Wear safety glasses when dealing with powders and primers, especially when seating primers
  5. Don’t force anything. If you have to force it, you are probably doing it wrong
  6. Be patient, methodical, and take your time to do it right
  7. Carefully inspect all your brass after cleaning and before loading for any deformities or cracks. If in doubt, throw it out
  8. Keep written records of the number of times you have reloaded each batch of brass, the powder charges used, and the cartridge over all lengths (COAL). You will also want to track the muzzle velocities and relative accuracy of each load for future reference
  9. Start at the lower recommended loads and work your way up. Do not start at the max recommended powder charge
  10. Clearly label your ammo boxes with the bullet weight and powder charge – for example, 185 grain Berger Juggernauts, 44 grains of Varget, COAL 3.030”

308 375 CT

.308 Win. on left, .375 CT on right. The larger case volume of ELR calibers use three times as much powder as the more conventional cartridges, and even more for the 50 BMG shooters. 

Final word of advice, talk to other shooters who are competent reloaders. You will find they are more than happy to share their knowledge and experience. And don’t think of reloading as a chore. You will actually come to enjoy the process of making your own ammo and seeing the improved results on the target.

Stay tuned for the next installment

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LabRadar Simplified

By Mark V. Lonsdale

For those who are intimidated by technology, here is a shooting range Quick Start guide to the LabRadar. Once you become familiar with the functionality, you will find the LabRadar to be quick and easy to use.

The LabRadar does not come with the white numbers on the left. These were added to make the text easier to follow

Once you have loaded the batteries and have the LabRadar aimed at the target, push button #1 to turn it on – you will see a blue light. Push #2 and it will ask if you want to start a new series. Push #3 to accept the new series. Push the Arm button (#4) twice – the light will turn orange. Begin shooting. Each MV will show up on the screen. When you are finished with the series, push and hold the Arm button (#4), 2-3 secs, and a summary will come up on the screen. You will see average MV, highest, lowest, ES and SD, etc. Push #2 when you are ready to begin a new series and follow above instructions.

Labradar A5 Atlas

Be sure to read the instructions that come with the LabRadar, but I have found this placement works well. Once I became familiar with the operating parameters, the only time I miss a reading is when I forget to hit the Arm button. 

20171119_084714_resized

When running a muzzle brake, position the LabRadar so that it is not in the muzzle blast zone 

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ELR Central World Record Event

ELR-Central

INAUGURAL WORLD RECORD EVENT

 Las Vegas, NV – Sunday, 21 Jan 2018

Location:         Front Sight Range, 1 Front Sight Road, Pahrump, NV 89061

Time:               Registration: 0600-0700         Range Brief: 0700

Morning Relays: 0800-1000   Afternoon Relays: 1400-1600

Awards Dinner: 1800 – 2000 at Pahrump Valley Winery

Entry Fee:        $50.00

Registration, contact: Kathy.Barnhart@appliedballisticsllc.com (231) 468-1231

RULES (Rev 10)

The following rules have been established to standardize the requirements for a recognized ELR Central World Record attempt, while managing 50 shooters in an efficient manner. Multiple shooters will be on the line simultaneously, waiting their turn to shoot. The order of shooters will be selected randomly prior to the beginning of the relay.

  1. The World Record will be 3 out of 3 direct impacts on a 36-inch square plate with no practice shots or sighters.
  2. One rifle per shooter for both attempts. Two shooters cannot share one rifle.
  3. Shooters will not shoot their rifles within 4 hours of this ELR World Record attempt; except for a 100-yard confirm zero.
  4. No limit on caliber, cartridge or bullet. No restriction on optics or aiming devices.
  5. Rifle weight limit of 50 pounds including anything attached to the rifle (optics, bipod, sling, etc.) No heavy Rail Guns or bolted down shooting systems.
  6. Shooters may have one spotter, and the shooter and spotter must stay as a team. Spotters can work with only one shooter for the day.
  7. Shooters are permitted to shoot and spot only once in a 4 hour period. A shooter from the first relay can spot for his spotter in the second relay so that both can shoot. Shooter and spotter cannot shoot in the same relay.
  8. There must be a minimum of 4 hours before shooters can attempt another World Record. For example, once in the morning, once in the afternoon.
  9. No more than two (2) World Record attempts in one day.
  10. The target will be 36 inches square. If there are hits on the target and there is a way to mark them on the monitor, it will be at the discretion of the Match Director to decide when the target should be re-painted.
  11. Targets will be located at distances from 1500-2500+ yards. Distance to the target will be announced on the day of the match and measured from the center of the firing line. The range will be verified +/- 5 yards with at least two (2) laser range finders.
  12. Shooters are still responsible for ranging their own targets from their shooting position on the line. ELR Central will provide rangefinders if shooters don’t have them.
  13. The Match Director will be impartial and will not coach or assist any shooters.
  14. The ROs will establish the shooting order and give range commands. The shooting order will be established by random draw.
  15. Shooting will be done from the any position, to include prone, sitting, kneeling or standing with a bipod or tripod. Shooters may have one rear bag to support the toe of the stock.
  16. Accommodations will be made for individuals with physical restrictions at the Match Director’s discretion.
  17. Shooters will be divided into relays. On command, all shooters and spotters in the relay will line up on the firing line behind their rifles and spotting scopes.
  18. There will be a time limit of 3 minutes per shooter once the individual command to fire is given.
  19. Once the shooter has been given the command to fire, no other person can assist or communicate with the shooter except the spotter.
  20. The next shooter on the line should be prepared to shoot immediately following the previous shooter and when commanded by the RO.
  21. “Impact” will be clearly announced by the Match Director or his designate for everyone to hear.
  22. Impacts on target must be a direct hit. Skip shots or ricochets will not be scored.
  23. Every attempt will be made to video all shooters for World Records. World Records must be witnessed and verified by 5 witnesses including the Match Director.
  24. Any existing record must be broken by at least 10 yards.
  25. If a shooter has a spotter, they will both be named as the “World Record Team.”
  26. If a shooter shoots without a spotter, he or she will be named as the “World Record Individual.”
  27. If more than one shooter scores 3 for 3 at a given distance, both shooters will hold the World Record until another shooter goes 3 for 3 at a longer distance.
  28. After a World Record setting performance, the exact range will be re-measured from the shooter’s shooting position to the target. The shooter’s rifle may also be weighed at this time to ensure that it is under the 50 pound limit.
  29. All shooters and spectators will be required to sign a liability release waiver.
  30. It is encouraged to pre-register and complete a waiver
  31. Additional administrative and range safety rules will be given at the pre-match range brief. Rifles will be cased or actions open with an empty chamber indicator flag.
  32. Match Director and ROs reserve the right to remove any shooter from the line and from the event for unsafe rifle handling.

ELR Central Personal Best Record Attempt

  1. If a shooter misses the first shot, he or she will be given two (2) more attempts to make an impact, but still within the 3 minute time limit. This will not be for record or certificate.
  2. Certificates will be awarded for making 3 for 3 impacts at the shooter’s longest distance. For example, 1500, 1600, 2000, etc.

 

Please contact the event organizer with any questions: Paul Phillips (734) 347-8024

Pauls Rifles

 

 

 

 

 

 

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