NOTE: There are ten (10) shots in the group, but for simplicity we are only displaying five (5) shot circles. Adding more circles won’t change the measurement because the two most distant shots, which determine group size, ARE included.
What kind of 200-yard accuracy can you get in an enclosed, underground test range? Would you believe 0.162 MOA at 200 yards with a .338? Have a look at these test targets from Sierra Bullets. Like most bullet manufacturers, Sierra does live-fire bullet testing to ensure that Sierra projectiles perform as promised, with repeatable accuracy. Sierra tests bullets in its own underground test complex. Sierra’s 300-meter test range is the longest, privately-owned underground bullet test facility in the Western Hemisphere.*
Day in and day out, various bullet types are tested using a big collection of barreled actions. These barreled actions are clamped in stout, return-to-battery test fixtures. These big, heavy test fixtures provide near-perfect repeatability (with no human-induced holding or aiming errors).
Sierra Bullets 10-Shot Groups at 200 yards
Check out these 10-shot test groups shot at the Sierra Test Range at 200 yards. Note that the numbers listed on each sample are actual measurements in inches. To convert to MOA, cut those numbers in half (to be more precise, divide by 2.094, which is 1 MOA at 200 yards). For example, the 0.340″ middle group works out to 0.162 MOA at 200 yards.
Scan-Verified 0.162 MOA Accuracy at 200 Yards
To verify the accuracy of Sierra’s measurements, we measured the middle (.338 caliber) 10-shot group with our On-Target Group Measurement software. We registered a group size reading of 0.339″ — within one-thousandth of the Sierra measurement. The calculated group size in MOA (Minute of Angle) is 0.162.
That’s amazingly good for ten rounds of big .338 caliber bullets. A FIVE-shot 0.162 MOA group at 200 would be considered excellent at any benchrest match. But remember this target has TEN shots. The current, one-target IBS world record for ten shots at 200 yards is 0.245″, set by Ed Watson in 1999.
Bevy of Barreled Actions for Bullet Testing
Sierra Bullets uses dozens of barreled actions for testing bullets in its enclosed, 200-yard test range. Each barrel has its own logbook to track the barrel’s usage.
Click Photo to Zoom
*Even Longer Test Tunnels Exist in Europe: At Stadeln in Germany, RWS (now part of RUAG) owns a 500 meter tunnel (above ground level) which has existed for decades. In Thun, Switzerland, RUAG has a fully-instrumented 500 meter underground tunnel. Near Ulm, Germany, there is a 5-lane 300 meter underground shooting range that is open to the public.
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NOTE: There are ten (10) shots in the group, but for simplicity we are only displaying five (5) shot circles. Adding more circles won’t change the measurement because the two most distant shots, which determine group size, ARE included.
What kind of 200-yard accuracy can you get in an enclosed, underground test range? Would you believe 0.162 MOA at 200 yards with a .338? Have a look at these test targets from Sierra Bullets. Like most bullet manufacturers, Sierra does live-fire bullet testing to ensure that Sierra projectiles perform as promised, with repeatable accuracy. Sierra tests bullets in its own underground test complex. Sierra’s 300-meter test range is the longest, privately-owned underground bullet test facility in the Western Hemisphere.*
Day in and day out, various bullet types are tested using a big collection of barreled actions. These barreled actions are clamped in stout, return-to-battery test fixtures. These big, heavy test fixtures provide near-perfect repeatability (with no human-induced holding or aiming errors).
Sierra Bullets 10-Shot Groups at 200 yards
Check out these 10-shot test groups shot at the Sierra Test Range at 200 yards. Note that the numbers listed on each sample are actual measurements in inches. To convert to MOA, cut those numbers in half (to be more precise, divide by 2.094, which is 1 MOA at 200 yards). For example, the 0.340″ middle group works out to 0.162 MOA at 200 yards.
Scan-Verified 0.162 MOA Accuracy at 200 Yards
To verify the accuracy of Sierra’s measurements, we measured the middle (.338 caliber) 10-shot group with our On-Target Group Measurement software. We registered a group size reading of 0.339″ — within one-thousandth of the Sierra measurement. The calculated group size in MOA (Minute of Angle) is 0.162.
That’s amazingly good for ten rounds of big .338 caliber bullets. A FIVE-shot 0.162 MOA group at 200 would be considered excellent at any benchrest match. But remember this target has TEN shots. The current, one-target IBS world record for ten shots at 200 yards is 0.245″, set by Ed Watson in 1999.
Bevy of Barreled Actions for Bullet Testing
Sierra Bullets uses dozens of barreled actions for testing bullets in its enclosed, 200-yard test range. Each barrel has its own logbook to track the barrel’s usage.
Click Photo to Zoom
*Even Longer Test Tunnels Exist in Europe: At Stadeln in Germany, RWS (now part of RUAG) owns a 500 meter tunnel (above ground level) which has existed for decades. In Thun, Switzerland, RUAG has a fully-instrumented 500 meter underground tunnel. Near Ulm, Germany, there is a 5-lane 300 meter underground shooting range that is open to the public.
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NOTE: There are ten (10) shots in the group, but for simplicity we are only displaying five (5) shot circles. Adding more circles won’t change the measurement because the two most distant shots, which determine group size, ARE included.
What kind of 200-yard accuracy can you get in an enclosed, underground test range? Would you believe 0.162 MOA at 200 yards with a .338? Have a look at these test targets from Sierra Bullets. Like most bullet manufacturers, Sierra does live-fire bullet testing to ensure that Sierra projectiles perform as promised, with repeatable accuracy. Sierra tests bullets in its own underground test complex. Sierra’s 300-meter test range is the longest, privately-owned underground bullet test facility in the Western Hemisphere.*
Day in and day out, various bullet types are tested using a big collection of barreled actions. These barreled actions are clamped in stout, return-to-battery test fixtures. These big, heavy test fixtures provide near-perfect repeatability (with no human-induced holding or aiming errors).
Sierra Bullets 10-Shot Groups at 200 yards
Check out these 10-shot test groups shot at the Sierra Test Range at 200 yards. Note that the numbers listed on each sample are actual measurements in inches. To convert to MOA, cut those numbers in half (to be more precise, divide by 2.094, which is 1 MOA at 200 yards). For example, the 0.340″ middle group works out to 0.162 MOA at 200 yards.
Scan-Verified 0.162 MOA Accuracy at 200 Yards
To verify the accuracy of Sierra’s measurements, we measured the middle (.338 caliber) 10-shot group with our On-Target Group Measurement software. We registered a group size reading of 0.339″ — within one-thousandth of the Sierra measurement. The calculated group size in MOA (Minute of Angle) is 0.162.
That’s amazingly good for ten rounds of big .338 caliber bullets. A FIVE-shot 0.162 MOA group at 200 would be considered excellent at any benchrest match. But remember this target has TEN shots. The current, one-target IBS world record for ten shots at 200 yards is 0.245″, set by Ed Watson in 1999.
Bevy of Barreled Actions for Bullet Testing
Sierra Bullets uses dozens of barreled actions for testing bullets in its enclosed, 200-yard test range. Each barrel has its own logbook to track the barrel’s usage.
Click Photo to Zoom
*Even Longer Test Tunnels Exist in Europe: At Stadeln in Germany, RWS (now part of RUAG) owns a 500 meter tunnel (above ground level) which has existed for decades. In Thun, Switzerland, RUAG has a fully-instrumented 500 meter underground tunnel. Near Ulm, Germany, there is a 5-lane 300 meter underground shooting range that is open to the public.
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First there were books, then Videos/DVDs, then Ballistic Apps, then Seminars, and now Applied Ballistics is moving into the gun-building business. Founded by Ballistics guru Bryan Litz, Applied Ballistics LLC has been a world leader in the science of ballistics for the shooting sports. Now Applied Ballistics is using its expertise to produce complete rifle systems capable of world-beating Extreme Long Range performance.
Applied Ballistics Weapons Division Will Offer Complete Tactical ELR System
Applied Ballistics Weapons Division (ABWD) states: “We have the capability to build you a custom rifle, with ammo matched for that system. We can test the ammo and rifle combination over Radar in the lab. ABWD [will be] offering a complete system, with a CDM specific to that rifle. The first rifles are purpose built for 2500+ yard engagements.”
Based on the “teaser” video above, ABWD will offer a complete rifle system featuring Nightforce riflescope, ELR optical prism, laser rangefinder, Kestrel wind meter, and ammo that has been tuned for the rifle and trajectory-verified with Doppler Radar. This promises a “turn-key” system with sub-MOA 1000-yard accuracy plus hit capability at ranges out to 2500+ yards.
One Facebook reader asked: “Will you focus your rifle builds to just Extreme Long Range or will you be doing PRS-style type rifles as well?
AB states: “We are starting out with this ELR system, but will be offering more systems in the near future, as well as custom rifle builds. Stay tuned as the ABWD website should be up soon!”
Many Questions about ABWD’s New Products:
Of course, like our readers, we have many questions about this new project:
1. What cartridge types will be available in ABWD Rifles?
2. What companies will supply the rifle actions and chassis systems?
3. Who will supply the barrels and what are length/chambering options?
4. Will ABWD rifle systems be offered to the general public (vs. military/LEO)?
5. When will the first ABWD rifle systems be available?
And last but not least…
6. What will these ABWD ELR Rifles cost, both by themselves and as a complete package (with solvers, LRFs, optics etc.)?
News Tip from EdLongrange. We welcome reader submissions.
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Report by Corbin Shell
Not long ago, I learned of the King of 2 Miles (KO2M) shoot held in Raton, NM and was fortunate enough to get an entry slot. I will be shooting with David Tubb, multi-time High Power and Long Range National Champion, on a team we call the “Second Amendment Cowboys”. Given such short notice, I scrambled to find the necessary components to build a suitable rifle for the event. I turned to longtime friend and owner of X-Treme Shooting Products (XTSP), Tom Myers, to see if he might have a suitable action. XTSP is known for its premium titanium rifle receivers, however XTSP also manufactures stainless actions. As luck would have it, Tom was completing a small run of .338 Lapua Magnum-sized stainless steel single-shot actions. Other components were sourced as quickly as possible and the building began in earnest.
Before acquiring the first component for this build I already knew who was going to perform the work, Doyle Anglin at Dixie Guns, inc.. Doyle’s attention to detail and rifle building knowledge is second to none! I came to Doyle with the idea of building a rifle to shoot in the King of 2 Miles match and his ears perked up. Once all the components were in hand Doyle began construction. Doyle was given free liberty to build whatever he felt best for the job given the time constraints and components that were readily available on such short notice. I cannot thank Doyle Anglin enough for the stellar job he did!
KO2M .338 Lapua Magnum Improved — Rifle Components
— Custom laminated stock Doyle Anglin designed and created from scratch
— 10″-long aluminum barrel block designed and made by Doyle Anglin
— XTSP (X-Treme Shooting Products) PH420 stainless single shot receiver 1.450” diameter. PVD-coated receiver body. FNC-coated one piece bolt.
— XTSP +35 MOA and +60 MOA tapered Picatinny rails, PH420 stainless, PVD-coated
— XTSP two-stage trigger with safety
— Krieger 1:9.3″-twist barrel. 1.450” for 6.5” tapering to 1.100” at the muzzle. 33.5″ finished length
— Piercision Rifles 3/4×24 slab-sided, 5-port muzzle brake
— BAT stainless trigger guard
— Masterclass cheek piece with extended rods
— Masterclass butt plate hardware
— Duplin Bipod
— Spuhr +20.6 MOA one piece scope mount
— Ivey +175 MOA adjustable scope mount
— Sightron SIII 6-24x50mm MOA-value scope (100 MOA of total travel)
— Geier & Bluhm 10 minute precision bubble level mounted to barrel block via extension rod
— Manson .338 Lapua Magnum Improved 30-degree reamer, .375” neck diameter
Load Information
— Sierra 300 grain MatchKing, meplats trimmed and pointed, seated .010″ into lands*
— Hodgdon Retumbo Powder, 101 grains
— Peterson .338 Lapua Magnum brass
— Federal 215 primers
— Jim Carstenson custom reloading dies: inline seater, full-length bushing, neck bushing and threaded micrometer seating die
This load has achieved 3050fps with low single-digit SDs
Given the 12-pound barrel weight, Doyle strongly suggested a barrel block to offer additional support and increase rigidity. Doyle created a split ten-inch aluminum barrel block and mating steel plate that is inletted into the forend of the custom laminated stock. The 1:9.3″-twist Krieger barrel is epoxied into the barrel block as well as being held in place by the ten socket head cap screws. Two hardened and ground pins locate and index the barrel block onto the steel mating plate. The steel mating plate acts as the recoil lug which mates up to the cut on the reward section of the barrel block. The Krieger barrel is chambered with a 30-degree Lapua Magnum Improved reamer and throated accordingly, yielding a loaded round of approximately 4.000 inches.
The barrel is capped with a very effective Piercision Rifles 3/4×24 slab-sided, five port muzzle brake. The size proportions of the muzzle brake work well with the 1.100” muzzle diameter, however it will work on barrels up to 1.450″ in diameter.
Doyle Anglin worked his creative magic and constructed the multi-color laminated stock from a blank. The five inch fore-end allows the rifle to be utilized in a dual role — either benchrest or prone with bipod. The cheek piece hardware is from Master Class Stocks and is adjustable for cast on/off with preset elevation settings via half-moon shaped clips. The two-way adjustable butt plate hardware also comes from Alex Sitman at Master Class Stocks. The multi-colored laminate stock is clear-coated with special marine UV inhibitor paint. The glass smooth finish makes the wood appear wet and is extremely smooth to the touch.
Lots of Elevation on Tap with Angled Rails, Spuhr and Ivey Mounts
Topping off the rifle is either a +35 or +60 MOA X-Treme Shooting Products Picatinny scope rail. The receiver and scope rails are pinned for accurate repeatability when interchanging. Five 8×40 socket head cap screws firmly hold the scope rail in place. A SPUHR +20.6 MOA tapered, one-piece scope mount securely grasps the Sightron SIII 6-24x50mm MOA scope. I cannot say enough good things about the quality of the SPUHR scope mount! This is the only fixed scope mount that I will use going forward and a special thanks goes out to Ulf at SPUHR! The 35 MOA rail and 20.6 MOA SPUHR mount setup allows full utilization of the Sightron’s 100 MOA of internal travel. The second scope setup is comprised of an Ivey +175 MOA adjustable scope base and Sightron SIII 6-24x50mm optic.
Scope in SPUHR mount shown below:
Scope in IVEY Mount with barrel block-mounted precision bubble level:
When shooting extended long range (ELR) it is important that the scope’s crosshairs remains level. Should the crosshairs be canted it will induce impact shift which increases with the angle of cant and distance. The decision was made not to use any of the lesser quality/precision bubble levels that currently flood the market. These levels have poor resolution usually between one and two and a half (1-2.5) degrees. It must be noted that not all levels are created equal. The fine folks at Geier & Bluhm offered up a solution with a precision glass vial horizontal level with an accuracy of ten minutes. As a refresher, one degree is comprised of 60 minutes of angle. The level setup we chose for this rifle is, at minimum, six times more accurate than the best scope or picatinny level on the market. The 10 MOA bubble level sensitivity is just about perfect and does not create a situation of having to “chase” the bubble left and right when in position.
A portable 150 MOA tall target was created to test both scope tracking and crosshair alignment. When testing at the local 100-yard range I got a lot of strange looks and a few inquiries as to why in the world was I shooting thirteen FEET above the aiming bullseye.
As the F-TR shooters have learned, it is very important that the rifle travel freely and repeatable under recoil. I turned to Ray Gross who custom made a rubber and Cordura shooting mat which the bipod rides on. This mat is of the same material and construction that most of the F-TR team is utilizing. The rubber durometer is correct so the rifle does not bounce or hop when fired. The bipod skis slide very easy on the Cordura-topped mat. A big thanks goes to Ray Gross for assisting with the mat setup. In addition, high molecular weight polyethylene (HMWPE) tape was applied to the butt stock of the rifle. The HMWPE tape allows for extremely low friction between the butt stock and rear sand bag. This configuration tracks very well and slides rearward like it is on rails.
As load development progressed I tested three different brands of projectiles. A ladder test was performed at 300 yards to determine where the node was with my barrel and powder combination. The rifle liked between 99-101 grains of Hodgdon Retumbo. I then proceeded to shooting ten shot groups at 1000 yards. In this rifle the Sierra 300gr Matchking was hands down the winner for smallest groups and the best elevation at 1000 yards. The load settled on is 101 grains of Retumbo and 300 grain Sierra Matchking. 500 Sierra bullets were measured base to ogive and the spread over the entire 500pc measured .003” with 490pc varying by .001”. Keep up the good work Sierra Bullets! A special thank you goes to John Whidden for generously allowing me to come to his shop and repoint the Sierra .338 projectiles and allowing me to test at his 1000 yard range.
Preparation for the King of 2 Miles match has been a great learning experience and a lot of fun! Next year’s rifle design is already in the works and should be an over the top build. Stay tuned to AccurateShooter.com for further details!
* The Sierra 300gr MatchKings were meplat-trimmed and pointed using the original pointing system made by Ferris Pendell for Jim Hardy. A big thank you goes out to John Whidden for allowing me to come to his shop and use the original bullet pointing system.
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We’ve seen a huge surge of interest in extreme long-range shooting in the past year. Guys are testing their shooting skills at one mile (1760 yards) and beyond. However, it’s kind of pointless to toss expensive bullets downrange if you can’t see your hits (and plot the misses). For that reason, a good target cam system is an essential piece of kit for any extreme-range shootist. Here is a report on a system developed by Forum member Mark Dalzell (aka “MDSlammer”) a couple years ago. With elevated directional antennas, this system worked reliably at 2300 yards (1.3 miles).
Mark Dalzell likes to shoot at extreme long range in the Nevada Desert. (See 2300-yard Hits in VIDEO). In order to see both hits and misses at ranges out to 2300 yards, Mark assembled a target-cam system that broadcasts multiple video cam feeds wirelessly to a receiver on the firing line. Down-range, Mark positioned a high-gain antenna. This was key — without the antenna the system’s useful range was less than 1000 yards. But with the hi-gain antenna Mark gets very clear signals from 2300 yards.
If you missed Top Shot All-Stars last night on the History Channel, don’t fret — you can watch the latest full episode online HERE. This week competitors faced the ultimate long-range challenge — shooting a 40″ exploding target at ONE MILE — the longest distance ever attempted on Top Shot. The rifle was a Barrett MRAD chambered for the .338 Lapua Magnum. Whoever hit the target the quickest (and with the least number of shots) won a prize (an Oculus rifle scope). The top seven shooters were “safe” from the elimination round. The four who faltered faced possible elimination. This wasn’t easy. At one mile (1760 yards) a 10 mph wind shift can move the bullet nearly twenty FEET laterally. And a lot can happen in the 3+ seconds it takes the bullet to hit the target. (Ballistics based on a 250gr Lapua Scenar launched at 2900 fps, with full value wind vector. Lapua factory .338 LM ammo was used during this episode.)
CLICK to watch Mile Shot Full Episode on History.com
Some competitors did remarkably well — hitting the one-mile target with ease. However, challenging winds sent others to elimination, where they faced off using a prehistoric weapon, the Atlatl. To see who did well and who was eliminated, visit the Top Shot All Stars Video Archive.
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Berger Bullets has released a new, 250-grain .338 caliber Hybrid OTM Tactical bullet. This is a slippery projectile, with an impressive .349 G7-model Ballistic Coefficient (.682 G1 BC). This new bullet gives Berger TWO heavyweight .338-cal bullets in its line-up — Berger already offered a 300gr OTM Tactical Hybrid with a .419 G7 BC, and a whopping .818 G1 BC. Berger tells us: “The .338-Cal 250gr and 300gr Hybrid OTM Tactical bullets were optimized for use in the .338 Lapua Magnum cartridge, but will work great in other cartridges as well.”
The new .338 cal, 250gr Hybrid was designed by Bryan Litz. The new 250-grainer’s Hybrid design blends a tangent ogive with a secant ogive. These blended shapes yield outstanding ballistic performance, yet the blended Hybrid design is normally less “finicky” about seating depth position than are secant-ogive, VLD-style bullets. Hence less load tuning should be required with the Hybrids compared to VLD designs. According to Bryan, these thick-jacket OTM Tactical bullets have been optimized for specific cartridges. They should be successful at either magazine-feedable lengths or loaded long for single-shot firing situations, which can allow for more powder capacity and higher velocities.
.338 Cal Hybrids for Long-Range Hunting?
While Berger officially says that the new 250gr Hybrid and its larger 300gr cousin are “not recommended for hunting”, large .338-caliber bullets with similar construction, such as the Sierra 300gr Match King, have been used successfully by long-range hunters for many years. One experienced hunting guide told us: “This combination of bullet diameter and bullet weight has proven to be a very effective on elk and other large game.” Berger’s 250gr and 300gr OTM Hybrids offer a higher BC option than other bullets in this caliber and weight ranges. Berger does plan, in the future, to offer .338 caliber 250-grain and 300-grain Hybrid Hunting bullets.
Loaded Ammo with new .338 Hybrids Available from Bryan Litz
Bryan Litz’s ammunition business, Applied Ballistics Munitions, now offers loaded .338-caliber ammo for two cartridges: .338 Edge and .338 Lapua Magnum. This ammo (for both cartridge types) is offered with your choice of either the 300gr OTM Hybrid or the new 250gr and 300gr OTM hybrid. If you’re not familiar with the .338 Edge, this is a 300 Remington Ultra Magnum necked-up for the .338 bullet. The .338 Edge has become popular with long-range hunters.
Story tip from EdLongrange. We welcome reader submissions
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Last week, at the DSEi trade show in London, UK, Sako unveiled an all-new tactical rifle, designed from the ground up as a modular system, which can be user-configured in the field to shoot multiple calibers. By changing bolts and barrels, Sako’s new TRG M10 can be switched from a 7.62×51 NATO round to the .300 Win Mag, or the even larger .338 Lapua Magnum. With the capability of the TRG M10 to shoot both standard and magnum cartridges, Sako now has a product that can compete with other multi-caliber sniper rifles such as the Barrett MRAD, released last year. CLICK HERE for TRG M10 Spec Sheet.
Sako Breaks TRG Mold with New M10
The TRG M10 represents quite a departure from Sako’s current TRG models which use a composite shell over a metal chassis which holds the barreled action. There is no outer shell or “skin” on the TRG M10. The action bolts into a rigid, exposed metal chassis to which a rail-equipped metal forearm/handguard is attached. Bipods can mount directly to a bottom Picatinny-style rail or to a metal block clamped to the rail on the underside of the forearm (See Photos).
TRG M10 Previewed in London CLICK HERE to view more photos of the new TRG M10. These images, taken at DSEi in London, show the rifle both fully assembled as well as pulled apart into its major sections: action/barrel, folding stock, forearm, bolt assemblies, magazines. As the TRG M10 is designed to shoot multiple calibers, it employs two different bolt assemblies to fit both standard and magnum cases (of course this requires a barrel interchange as well).
For Military and Law Enforcement Only — for Now
Currently, the TRG M10 is marketed for “military and law enforcement only.” It will be interesting to see if Sako eventually decides to sell the TRG M10 to American civilian shooters. If Sako changes its mind about the civilian market, we would not be surprised if an announcement to that effect would be made at SHOT Show 2012 (to be held Las Vegas, NV, January 17-20, 2012). The TRG M10 system will next be displayed at the Milipol trade show in Paris, France on October 18-21, 2011.
There is an extensive discussion of the new Sako TRG M10 on the Snipers’ Hide Forum. Overall, the initial reaction of ‘Hide members has been positive. Quite a few of those who commented on the rifle stated they would purchase a TRG M10 if it was offered to civilians. Hopefully Beretta, Sako’s parent company, will recognize that popular demand for the TRG M10 would be sufficient to justify its release to the civilian market. Only time will tell….
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X-Treme Shooting Products has announced that its new line of Titanium actions is in full production, with short and long receivers ready to ship. The .338 receivers should be ready by the time of the NRA Annual meeting in late April. X-Treme Shooting is currently the only manufacturer of Titanium rifle receivers in the USA. Titanium construction offers significant weight savings, without compromising durability. On a long-action build, using a Titanium action could save up to 10 ounces. The short and long Titanium receivers both have a Rem 700 footprint, but with enhancements for improved function and accuracy. These are custom-grade actions, “absolutely true and dimensionally correct.”
Benefits of Titanium Construction
Why Titanium? In addition to being much lighter than steel (by volume), Titanium is extremely strong, and very corrosion-resistant. That is why it is used for critical parts in jet airplanes and spacecraft. Titanium is as strong as steel, but 45% lighter. It is 60% heavier than aluminum, but twice as strong. Titanium has the highest strength to weight ratio of any common metal. Titanium does requires special milling tools and techniques for production. However, it is otherwise a highly-desirable material for rifle actions because it is light, strong, and corrosion-resistant.
New CG INCH Action Available
X-Treme Shooting sells a variety of other precision products, including the CG X-Treme Mod22 two-stage trigger, the Centra Goliath Front Sight, and the CG INCH target action from Australia shown below. The new INCH action, designed by Robert Chombart, are offered with either .308 or .223 bolt faces, for $1075.00. This is an excellent action for F-Class and Fullbore shooters. Call for finish options and other details.
For more information or to place an order, email ctmyers [at] x-tremeshooting.com, or call (513) 313-3464, or visit X-TremeShooting.com.
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Media Day at the Boulder City, Nevada range was a blast — literally. We had a chance to sample some big .338 Lapua Magnum rifles from Barrett and Sako. The recoil on the Sako TRG42 was epic, as it lacked a muzzle brake, and the front sandbag did nothing to tame rearward movement. We’ll provide more info on the TRG42 (and its new folding stock) later this week.
New Tikka T3 Sporter — Master Sporter Reborn
Tikka unveiled an interesting new T3 Sporter, fitted out in a handsome laminated position stock. This seems to be the successor to Tikka’s popular (but long since discontinued) Master Sporter series. We only hope Beretta, Tikka’s parent company, will eventually offer a wider selection of calibers — right now Beretta only plans to sell .223 Rem and 22-250 versions in the USA.
New Tikka T3 Sporter
MRAD is Impressive — and Brutally Expensive
Barrett’s new MRAD “adaptible” rifle was an impressive beast — as it should be at $6000.00 per unit. It did display some very clever engineering that allows a user to switch barrels and even change calibers with no gunsmithing. Check out the video for a review of the many unique features of the MRAD.
Crosman’s Computer-Controlled Airgun
Perhaps the most innovative (or at least technologically advanced) rifle on display wasn’t officially a “firearm” at all. Crosman’s new Benjamin Rogue, pneumatic varmint rifle actually has a microprocessor-controlled “fire control” system. Yes this state-of-the-art airgun actually has an internal computer that monitors the available air pressure, and sets the output level according to the bullet weight and desired velocity. This is no Daisy B-B gun — the Rogue is big and bulky. But it also delivers the hitting power of a 38 Special, all without a single kernel of gunpowder. Crosman’s Rogue will launch a 145gr polymer-tipped Nosler bullet at 850 fps. Just run the numbers and you’ll find the Rogue delivers as much terminal energy as many centerfire pistol cartridges.
Polymer Cartridge Casings from PCP
A Florida-based company, PCP Ammunition, unveiled a truly revolutionary product — polymer-cased ammo. The “cartridges” have a metal rim/base section (like shotgun shells) but nearly all the cartridge body is a tan-colored high-strength polymer. No, this product won’t do reloders much good, but it could be a huge “hit” with the military, as a polymer case is at least 25% lighter than brass. PCP Reps claimed that PCP’s plastic-bodied ammo can withstand loads that would be considered “full presure” in conventional brass. Stay tuned for further updates.
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IMPORTANT UPDATE: In a subsequent BBC Interview, Harrison reported it took about NINE shots for he and his spotter to initially range the target successfully. Then, he reported, his first shot “on target” was a killing shot. That makes the story more plausible.
In a stunning display of marksmanship, and the ultra-long-range capability of the .338 Lapua Magnum cartridge, a British sniper killed two Taliban machine-gunners at a confirmed range of 1.54 miles. The distance to the target was GPS-ranged at 8,120 feet or 2,706.6 yards — well over a mile and a half. According to Britain’s Times Online, this successful engagement was the longest ever: “The previous record for a sniper kill is 7,972 feet, set by a Canadian soldier [in Afghanistan] in March 2002.” (Canadian Cpl. Rob Furlong used a McMillan Tac 50 in his 2002 engagement.)
The amazing shots were made by Corporal Craig Harrison of the Household Cavalry using an Accuracy International L115A3 rifle, chambered in .338 Lapua Magnum. L115A3 rifles, part of the British Army’s Sniper System Improvement Programme (SSIP), were first deployed to Afghanistan in May 2008. Corporal Harrison, with the assistance of his spotter, Trooper Cliff O’Farrell, dropped two Taliban machine-gunners with successive shots while providing covering fire for an Afghan national army patrol south of Musa Qala last November. Harrison told the Times that: “We saw two insurgents running through [a] courtyard, one in a black dishdasha, one in green. They came forward carrying a PKM machine-gun, set it up and opened fire on the commander’s wagon. I rested the bipod of my weapon on a compound wall and aimed for the gunner firing the machine-gun.” Harrison fired three rounds, the first killing one machine-gunner, the second killing the other (who had taken over the weapon), and a third to disable the enemy gun.
A shot at this ultra-long-range requires a superbly accurate rifle, a highly-skilled marksman, and favorable conditions. Harrison said: “Conditions were perfect, no wind, mild weather, clear visibility.”
Corporal Harrison is a brave soldier. During an ambush later in his Afghan tour of duty, a bullet pierced his helmet but failed to penetrate his skull. Some weeks after that, he broke both arms when a road-side bomb exploded under his vehicle. After recovering from his wounds, Harrison volunteered to return to Afghan duty.
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IMPORTANT UPDATE: In a subsequent BBC Interview, Harrison reported it took about NINE shots for he and his spotter to initially range the target successfully. Then, he reported, his first shot “on target” was a killing shot. That makes the story more plausible.
