A carpet is used up front for smoother tracking with the Joy-Pod’s flat, ski-style feet. The arms of the Joy-Pod were painted to match the stock. The rear bag features low-drag material on the ears.
F-Class competition grows in popularity every year. Unlike F-Open, the F-TR (Target Rifle) class is limited to the .223 Remington (5.56×45) or .308 Winchester (7.62×51) chamberings. F-TR rifles also use bipods rather than a front rest. But these are no ordinary Harris-style bipods. Modern F-TR bipods have a wide footprint for added stability and many F-TR shooters favor SEB Co-Axial joystick bipods (aka “Joy-Pods”). Today we are featuring an F-TR rig that showcases the types of components, and accessories used by top F-TR competitors — including a coaxial bipod and Labradar Chronograph. If you’re considering getting started in the F-TR game, take a close look at this modern F-TR build from Forum member DM.Oakes.
Modern F-TR Rig with Borden Action, Krieger Barrel, and SEB Joy-Pod
This handsome .308 Win F-TR rig features a smooth-running Borden BRM action, 30-inch 1:10″-twist Krieger barrel, and an X-Ring Laminated Wood stock. Up front is a coaxial “Joy-Pod” joystick bipod. This is a state-of-the art, wide footprint bipod used by many competitors at the Worlds in Canada. The long joystick allows the “driver” to quickly adjust both elevation and windage in a smooth, continuous motion. The Joy-Pod can be adjusted so it will hold setting during the shot — you don’t have to “hard-hold” the joystick. Many shooters let the joystick slide through their fingers as the rifle moves back on recoil. With a little practice (and careful placement of the rear sand-bag), the tracking is excellent and you can slide the gun right back to point of aim after each shot.
This F-TR rifle is shown during load testing with a LabRadar chronograph.
» Full LabRadar Field Test/Review by Ray Gross
If you are considering purchasing a LabRadar Chronograph system, we strongly suggest you read the very thorough and informative LabRadar Review by Ray Gross, past Captain of the USA F-TR team. Ray notes: “It takes me about 3 minutes to set up [my LabRadar] at the range. Because there are no downrange screens, I do not have to hold up other shooters on the range like I would when setting up a traditional chronograph. The convenience alone will mean that I will use it more often than my old chronograph. Every time I take it out, I enjoy it a little bit more.”
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A Canadian F-Class shooter (who shall remain nameless) was surprised when he saw this “flat-line” target displayed from a ShotMarker system. That’s 30 shots with almost no vertical at all. So what gives? The ShotMarker uses acoustic sensors to plot shot location. It is normally accurate to within a few millimeters. The shooter posted: “I’ve never had this happen before with a waterline. This is myself and another shooter, 30 rounds total, including four sighters at 900 meters in super strong winds that twitched back and forth every minute.”
So what happened? It turns our that the system’s wires were not connected correctly. AccurateShooter IT expert (and top F-Class Shooter) Jay Christopherson posted: “The wires are connected incorrectly… you’ve got the sensors crossed”. This ShotMarker system error can be diagnosed by doing a “tap test” as explained by Cal Waldner: “Thats a crossed sensor wire! That’s why a tap test needs to be done every time you rig the equipment. If a wire is crossed then you will catch it on the tap test.”
Other folks who viewed this target photo on Facebook said that they have seen a similar problem, so this is NOT an uncommon fault:
“Yup, my club had the same issue (and results) in an early outing with one of our ShotMarker units. The system reads the target area as a horizontal rectangle not as a square.” — Laurie Holland.
“I have seen this exact same result with the sensors plugged incorrectly.” — Dino Christopoulos
“This happened to several people at one match early on. Sensors crossed.” — Jen Bondurant
“I thought I was shooting a great waterline once [but the] wires were crossed — [a mistake from] setting up in the dark.”– Jerry Stephenson
The ShotMarker System — Technology and Performance
The ShotMarker was invented by Adam McDonald, a brilliant young Canadian who also created the AutoTrickler. The ShotMarker is an advanced system for plotting shot impacts on targets using acoustic sensors placed in the four corners of the target frame. The central Sensor Hub at each target transmits to the Access Point at the firing line using LoRa, a low frequency RF protocol. Unlike Wifi, this power-efficient design works at over 2 miles and provides hassle-free connectivity even without direct line of sight.
The sensor unit in each corner of your frame contains two precision MEMS ultrasonic microphones which are capable of measuring a supersonic bullet within 1mm – when the frame is perfectly still.
Real-world accuracy will be limited by motion of the sensors and the air while shots are being detected. Typically, every shot will be reported within a few millimeters, with ideal performance being realized on a stable frame in calm conditions.
A Canadian F-Class shooter (who shall remain nameless) was surprised when he saw this “flat-line” target displayed from a ShotMarker system. That’s 30 shots with almost no vertical at all. So what gives? The ShotMarker uses acoustic sensors to plot shot location. It is normally accurate to within a few millimeters. The shooter posted: “I’ve never had this happen before with a waterline. This is myself and another shooter, 30 rounds total, including four sighters at 900 meters in super strong winds that twitched back and forth every minute.”
So what happened? It turns our that the system’s wires were not connected correctly. AccurateShooter IT expert (and top F-Class Shooter) Jay Christopherson posted: “The wires are connected incorrectly… you’ve got the sensors crossed”. This ShotMarker system error can be diagnosed by doing a “tap test” as explained by Cal Waldner: “Thats a crossed sensor wire! That’s why a tap test needs to be done every time you rig the equipment. If a wire is crossed then you will catch it on the tap test.”
Other folks who viewed this target photo on Facebook said that they have seen a similar problem, so this is NOT an uncommon fault:
“Yup, my club had the same issue (and results) in an early outing with one of our ShotMarker units. The system reads the target area as a horizontal rectangle not as a square.” — Laurie Holland.
“I have seen this exact same result with the sensors plugged incorrectly.” — Dino Christopoulos
“This happened to several people at one match early on. Sensors crossed.” — Jen Bondurant
“I thought I was shooting a great waterline once [but the] wires were crossed — [a mistake from] setting up in the dark.”– Jerry Stephenson
The ShotMarker System — Technology and Performance
The ShotMarker was invented by Adam McDonald, a brilliant young Canadian who also created the AutoTrickler. The ShotMarker is an advanced system for plotting shot impacts on targets using acoustic sensors placed in the four corners of the target frame. The central Sensor Hub at each target transmits to the Access Point at the firing line using LoRa, a low frequency RF protocol. Unlike Wifi, this power-efficient design works at over 2 miles and provides hassle-free connectivity even without direct line of sight.
The sensor unit in each corner of your frame contains two precision MEMS ultrasonic microphones which are capable of measuring a supersonic bullet within 1mm – when the frame is perfectly still.
Real-world accuracy will be limited by motion of the sensors and the air while shots are being detected. Typically, every shot will be reported within a few millimeters, with ideal performance being realized on a stable frame in calm conditions.
A carpet is used up front for smoother tracking with the Joy-Pod’s flat, ski-style feet. The arms of the Joy-Pod were painted to match the stock. The rear bag features low-drag material on the ears.
On Sundays, we feature notable rifles that exhibit fine craftsmanship, quality components, and noteworthy shooting accessories. Today we are featuring an F-TR (F-Class Target Rifle) rig that showcases the types of components, and accessories used by top F-TR competitors — including a coaxial bipod and Labradar Chronograph. If you’re considering getting started in the F-TR game, take a close look at this modern F-TR build from Forum member DM.Oakes.
Modern F-TR Rig with Borden Action, Krieger Barrel, and SEB Joy-Pod
This handsome .308 Win F-TR rig features a smooth-running Borden BRM action, 30-inch 1:10″-twist Krieger barrel, and an X-Ring Laminated Wood stock. Up front is a coaxial “Joy-Pod” joystick bipod. This is a state-of-the art, wide footprint bipod used by many competitors at the Worlds in Canada. The long joystick allows the “driver” to quickly adjust both elevation and windage in a smooth, continuous motion. The Joy-Pod can be adjusted so it will hold setting during the shot — you don’t have to “hard-hold” the joystick. Many shooters let the joystick slide through their fingers as the rifle moves back on recoil. With a little practice (and careful placement of the rear sand-bag), the tracking is excellent and you can slide the gun right back to point of aim after each shot.
This F-TR rifle is shown during load testing with a LabRadar chronograph.
» Full LabRadar Field Test/Review by Ray Gross
If you are considering purchasing a LabRadar Chronograph system, we strongly suggest you read the very thorough and informative LabRadar Review by Ray Gross, past Captain of the USA F-TR team. Ray notes: “It takes me about 3 minutes to set up [my LabRadar] at the range. Because there are no downrange screens, I do not have to hold up other shooters on the range like I would when setting up a traditional chronograph. The convenience alone will mean that I will use it more often than my old chronograph. Every time I take it out, I enjoy it a little bit more.”
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A team of Texas engineers uses the principle of convolution to plot shot impacts. By triangulating data from multiple accelerometers, each shot’s exact point of impact can be plotted with great precision.
Waterloo Labs is a group of engineers from National Instruments and other self-declared “nerds” from Austin, Texas. These folks conducted an interesting demonstration using electronic accelerometers to plot bullet impacts from a suppressed Ruger MKIII .22LR pistol. The accelerometers respond to vibrations caused when the bullets hit a drywall target backer. By triangulating data from multiple accelerometers, each shot’s exact point of impact can be plotted with great precision. These point-of-impact coordinates are then fed into a computer and super-imposed into a Flash version of the Half-Life video game (which is projected on the drywall board). The end result is being able to “play” a video game with a real firearm.
Do-It-Yourself Electronic Target System?
Now, we are NOT particularly interested in shooting Zombies in a video game. However, the technology has interesting potential applications for real shooters. Waterloo Labs has published the computer code, used to triangulate bullet impacts from multiple accelerometers. Potentially, a system like this could be built to provide display and scoring of long-range targets. Sophisticated electronic target systems already exist, but they use proprietary hardware and software, and they are very expensive. The Waterloo Labs experiment shows that shooters with some computer and electronic skills could build their own electronic scoring system, one that can be adapted to a variety of target sizes and materials.
In addition, we imagine this system could be utilized for military and law enforcement training. The walls of structures used for “live-fire” room-clearing exercises could be fitted with accelerometers so the bullet impacts could be plotted and studied. Then, later, the impact plots could be combined with a computer simulation so that trainees could “replay” their live-fire sessions, viewing the actual location of their hits (and misses).
Camp Perry has entered the electronic age — Perry’s first electronic targets “go live” this week. On Thursday, July 21, the CMP hosts a Ribbon Cutting Ceremony to celebrate the installation of its new Kongsberg electronic rifle and pistol targets on Camp Perry’s Petrarca Range. During the afternoon, guests can test out the new targets with their own suitable firearms, or use “loaner” AR-15 rifles and M9 pistols provided by the CMP.
The first ten electronic rifle targets, placed at 200 yards, are now ready for action on the Petrarca Range. Reduced target centers will allow shooters to practice for longer distances as well. the smaller pistol/smallbore targets are mounted in portable carriers so they can be stationed at 25 or 50 yards. Three pistol targets are now in place (see photo at right).
This is the beginning of a process to supply many ranges at Camp Perry with state-of-the-art Kongsberg (KTS) electronic targets similar to those installed at the CMP’s Talladega Marksmanship Park. However, the CMP is NOT planning a whole-scale replacement of all of Camp Perry’s old-fashioned targets.
CMP Offers Free “Test Drives” of Kongsberg Electronic Targets
Petrarca Range will be open throughout the National Matches to allow competitors and visitors to try the KTS targets for FREE. During this time, guests are encouraged to bring their own firearms and ammo to use at the range as no rentals will be available other than the day of the Ribbon Cutting. After the National Matches are over in August, the range will be open several Mondays for Open Public Shooting, with a small fee charged to shoot on the electronic targets.
Video Demonstrates Kongsberg Target System
KTS Electronic Targets use multiple acoustic sensors to “hear” the shot and accurately triangulate its location. Shot placements (and score values) are calculated instantly and transmitted in real time to display screens at the shooting stations. These kind of targets allow matches to run faster, with no pit duties required. All scoring is handled by the KTS central “brain” which can outputs scores to linked electronic scoreboards.
Monitors Display Score and Shot Location Instantly Each Kongsberg target connects to a monitor that displays the hit locations to the shooter. Easy push-button controls allow the shooter to cycle through hits and options without having to change positions. The monitors employ non-glare glass protected by an aluminum frame that acts as a shade. This ensures good visibility for the shooter.
These state-of-the-art electronic targets are also used in the CMP’s new Talladega Marksmanship Park, where they have proven to be very popular with shooters. NOTE — the CMP is not planning a whole-scale replacement of all of Camp Perry’s old-fashioned targets. However the CMP hopes to modernize the Camp Perry facility, by installing some electronic targets on all Camp Perry ranges by summer 2018.
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Camp Perry is moving into the future. The first fifteen (15) electronic targets are being installed right now at Camp Perry’s Petrarca Range. This is the beginning of a process to supply many ranges at Camp Perry with state-of-the-art Kongsberg (KTS) electronic targets similar to those installed at the CMP’s Talladega Marksmanship Park. NOTE — the CMP is not planning a whole-scale replacement of all of Camp Perry’s old-fashioned targets. However the CMP hopes to modernize the Camp Perry facility, by installing some electronic targets on all Camp Perry ranges by summer 2018.
Camp Perry’s new Kongsberg electronic targets will be similar to the targets installed at the Talledega facility (shown above). Image courtesy CMP and www.AL.com.
New Kongsberg Electronic Targets for Camp Perry
On the Camp Perry Petrarca Range in Ohio, KTS targets for rifle, pistol and smallbore are currently being installed. The CMP states: “The project is going according to plan and is within budget, with completion expected by the end of June for CMP use and those attending the National Matches.”
When the new target systems are installed, the Petrarca Range will offer 10 KTS targets for rifle and five KTS targets for pistol and smallbore. Though the rifle targets will be located at the 200-yard line, the changing of the target faces and the use of reduced target definitions will allow shooters to practice for longer distances as well. Pistol targets will be mounted in portable carriers that will allow them to be set up at 25 or 50 yards.
More Electronic Targets at Camp Perry by 2018
It is hoped that some KTS rifle targets will be available on ALL of the Camp Perry ranges by summer of 2018. (These will supplement the conventional target frames, not replace them altogether). 2016 National Match competitors will be able to try out the new KT targets when they visit the Camp Perry training site in July. In the future, the Petrarca Range will be open for public use.
Monitors Display Score and Shot Location Instantly Each Kongsberg target connects to a monitor that displays the hit locations to the shooter. Easy push-button controls allow the shooter to cycle through hits and options without having to change positions. The monitors employ non-glare glass protected by an aluminum frame that acts as a shade. This ensures good visibility for the shooter.
Engineered in Norway, Kongsberg target systems do more than just display shot locations to competitors. The system automatically calculate scores, and every target is networked to a central, “command” computer. This can provide updated competitor rankings, and can even display the results to event spectators on large view screens. See how it works in this video from Kongsberg:
Video Demonstrates Kongsberg Target System
Mobile Electronic Targets Will Be Moved Around the Country
The CMP now has set of mobile electronic Kongsberg High Power targets. The CMP plans to shuttle these transportable targets to a variety of ranges in the north, south, east, and west, allowing shooters around the country to experience the benefits of electronic target systems. The CMP has found that shooters love the fact that matches run much more quickly and efficiently with electronic targets, as shooters do not have to be shuttled to the pits between relays. In addition, each shooter has a monitor providing instant feedback of his shot locations and scores.
In April, 15 mobile electronic targets were temporarily installed and fired upon from 200, 300 and 600 yards at the Oklahoma City Gun Club during the Oklahoma CMP Games Matches. The mobile targets were transported from Talladega and mounted by the CMP and volunteers for use during the event. The targets were removed at the conclusion of the event for future use at other High Power ranges.
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by Tony Chow
In recent years, the use of electronic trainer systems has revolutionized training in all disciplines of position shooting. By capturing (and illustrating) key performance variables like the steadiness of a shooter’s hold, accuracy of aiming, and the timeliness of trigger release, these devices can offer tremendous insights into the strengths and weakness of a shooter’s position and technique, making high-level marksmanship training less voodoo and more of a science.
Until now, electronic trainers all suffered from one critical limitation: the inability to be used outdoors in live fire training. Now, however, SCATT has introduced the next-generation MX-02 electronic trainer, a product that can finally support outdoor live firing in broad daylight, as well as dry firing indoors. In addition, the MX-02 is the first electronic trainer to support centerfire rifles. It goes without saying that, when we at AccurateShooter.com were offered an MX-02 test unit to review, we jumped at the opportunity.
How the SCATT MX-02 Works
The SCATT sensor mounted on the end of the barrel has a digital camera that “sees” the black bullseye in the target, even in broad daylight outdoors. Using the bullseye as a reference, the SCATT software tracks the movement of the muzzle relative to the center of the target. The unit can plot these movements as a continuous trace, which appears on a monitor as a squiggly, colored line. Data points from the trace are also available in a tabular spreadsheet format. This allows the shooter to “crunch the numbers”, revealing strengths and weaknesses in his gun-handling and aiming technique.
In our testing, we confirmed that, like SCATT’s earlier indoor-only WS-01, the MX-02 offers excellent support for indoor dry-fire training, which will continue to be the primary means through which position shooters sharpen their fundamental skills. Since the new SCATT uses the same familiar Windows software for data capture and analysis as its predecessors, shooters and coaches upgrading to MX-02 will have no learning curve to overcome, and newcomers to the SCATT platform can tap into the wealth of institutional knowledge accumulated over the years by the shooting community on how to interpret shot data.
It’s in the support for outdoor live firing, however, that SCATT MX-02 distinguishes itself from its predecessors and the competition. Shot trace data captured by MX-02 during live firing turned out to be every bit as valuable (and revealing) as we had hoped. The ability to correlate SCATT tracing with real shots on target gave us a better understanding of the shooting process, and helped the reviewer, already a high-level smallbore prone shooter, uncover a significant problem in his shooting. SCATT MX-02’s outdoor capability is therefore an invaluable feature, particularly for experienced shooters aspiring to world-class performance.
In summary, SCATT MX-02 is an outstanding product that delivers on its promises. We heartily recommend it, both for first-time users of electronic training aids, and also for those shooters who may wish to upgrade their current electronic training system. The MSRP for SCATT MX-02 is $1,799, $500 more than its predecessor, the SCATT WS-01, which is still available. In my view, the $500 premium for the MX-02 is justified by the MX-02’s enhanced capabilities, making it a better long-term investment.
Our complete, 3600-word MX-02 review of the SCATT MX-02 can be accessed through the link below. This full review contains many more photos plus detailed field test results. For the time being, the review only covers our experience with the product in smallbore shooting. An upcoming addendum to the review will include test results from centerfire shooting. Those attending SHOT Show in Las Vegas next week can examine SCATT MX-02 in person. SCATT will have the MX-02 on display at Booth 111.
What lives in the Alabama backwoods and has 54 sets of ears? The answer is the new, $20 million-dollar CMP Marksmanship Park in Talladega. This new facility, set to open in May, boasts electronic Kongsberg Target Systems (KTS) at 200, 300, and 600 yards. All totaled, there are 54 Kongsberg target units, each with its own acoustic sensors — the “ears” as it were. Each KTS target has a set of acoustic sensors (very precise microphones) that plot the shot location using sound triangulation. Shot locations are accurate within a fraction of a millimeter. What’s more, because electronic targets do not expand or shrink with humidity levels, as paper does, scoring should be more consistent match to match.
Monitors Display Score and Shot Location Instantly Each target connects to a monitor that displays the hit locations to the shooter. Easy push-button controls allow the shooter to cycle through hits and options without having to change positions. The monitors employ non-glare glass protected by an aluminum frame that acts as a shade. This ensures good visibility for the shooter.
Engineered in Norway, Kongsberg target systems do more than just display shot locations to competitors. The system automatically calculate scores, and every target is networked to a central, “command” computer. This can provide updated competitor rankings, and can even display the results to event spectators on large view screens. See how it works in this animated demo video from Kongsberg:
Video Demonstrates Kongsberg Target System
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Two new 50m rimfire 40-shot group size records were set last week at the Eley test range in Fellbach (Stuttgart), Germany. This range employs an electronic target system that automatically calculates shot placement with great precision. The rifles are secured in clamping fixtures during testing. On January 21st, a new 13.2 mm record was set, follow by an even-better 12.4 mm record (that’s 0.488″). The previous record was 13.3 mm set in 2007.
Before we go further, we need to explain how these 40-shot records are determined. The record is not 40 shots fired in one single, continuous string at a single target. Instead the record is based on the software-calculated “consolidated” group size of four, separate 10-shot groups. Software at the Eley test range is capable of over-laying four, 10-shot groups so they appear as one large “consolidated” group. These “consolidated” 40-shot group overlays have been recognized as new records.
Here are the target images. The first row shows four separate targets. The second rows shows the consolidated overlay of 40 shots, along with consolidated score numbers.
Record 1, 13.2 mm Consolidated Group (Score 426.7)
Michael Baumann, Bleiker Rifle, Eley lot 1014–01002
Record 2, 12.4 mm Consolidated Group (Score 427.7)
Michael Baumann, Bleiker Rifle, Eley lot 1014–06005
The first record was a 40-shot, 13.2 mm group (Score 426.7), which broke the previous record by 0.1 mm. The second record (using the same equipment) was a fantastic group size of 12.4 mm (Score 427.7), breaking the new record by 0.8 mm. Both records were set with Eley rimfire ammo produced in 2014 just 10 days before the test.
ELEY now offers three Test Ranges located in Birmingham UK, Stuttgart Germany, and Winters, Texas. All three ranges have two 50-meter lanes ideal for testing .22 Rifles and Free Pistols. USA and German ranges also have the ability to test Free Pistols and Rapid Fire Pistols at 25m. For more information on Eley’s customer test ranges, go to: http://www.eley.co.uk/en/test-ranges
Story Tip from EdLongrange. We welcome reader submissions.
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by Tony Chow
In recent years, the use of electronic trainer systems has revolutionized training in all disciplines of position shooting. By capturing (and illustrating) key performance variables like the steadiness of a shooter’s hold, accuracy of aiming, and the timeliness of trigger release, these devices can offer tremendous insights into the strengths and weakness of a shooter’s position and technique, making high-level marksmanship training less voodoo and more of a science.
Until now, electronic trainers all suffered from one critical limitation: the inability to be used outdoors in live fire training. Now, however, SCATT has introduced the next-generation MX-02 electronic trainer, a product that can finally support outdoor live firing in broad daylight, as well as dry firing indoors. In addition, the MX-02 is the first electronic trainer to support centerfire rifles. It goes without saying that, when we at AccurateShooter.com were offered an MX-02 test unit to review, we jumped at the opportunity.
How the SCATT MX-02 Works
The SCATT sensor mounted on the end of the barrel has a digital camera that “sees” the black bullseye in the target, even in broad daylight outdoors. Using the bullseye as a reference, the SCATT software tracks the movement of the muzzle relative to the center of the target. The unit can plot these movements as a continuous trace, which appears on a monitor as a squiggly, colored line. Data points from the trace are also available in a tabular spreadsheet format. This allows the shooter to “crunch the numbers”, revealing strengths and weaknesses in his gun-handling and aiming technique.
In our testing, we confirmed that, like SCATT’s earlier indoor-only WS-01, the MX-02 offers excellent support for indoor dry-fire training, which will continue to be the primary means through which position shooters sharpen their fundamental skills. Since the new SCATT uses the same familiar Windows software for data capture and analysis as its predecessors, shooters and coaches upgrading to MX-02 will have no learning curve to overcome, and newcomers to the SCATT platform can tap into the wealth of institutional knowledge accumulated over the years by the shooting community on how to interpret shot data.
It’s in the support for outdoor live firing, however, that SCATT MX-02 distinguishes itself from its predecessors and the competition. Shot trace data captured by MX-02 during live firing turned out to be every bit as valuable (and revealing) as we had hoped. The ability to correlate SCATT tracing with real shots on target gave us a better understanding of the shooting process, and helped the reviewer, already a high-level smallbore prone shooter, uncover a significant problem in his shooting. SCATT MX-02’s outdoor capability is therefore an invaluable feature, particularly for experienced shooters aspiring to world-class performance.
In summary, SCATT MX-02 is an outstanding product that delivers on its promises. We heartily recommend it, both for first-time users of electronic training aids, and also for those shooters who may wish to upgrade their current electronic training system. The MSRP for SCATT MX-02 is $1,799, $500 more than its predecessor, the SCATT WS-01, which is still available. In my view, the $500 premium for the MX-02 is justified by the MX-02’s enhanced capabilities, making it a better long-term investment.
Our complete, 3600-word MX-02 review of the SCATT MX-02 can be accessed through the link below. This full review contains many more photos plus detailed field test results. For the time being, the review only covers our experience with the product in smallbore shooting. An upcoming addendum to the review will include test results from centerfire shooting. Those attending SHOT Show in Las Vegas next week can examine SCATT MX-02 in person. SCATT will have the MX-02 on display at Booth 111.
High-Tech Hits the Road
The Civilian Marksmanship Program (CMP) has a portable air gun range that travels around the country in trailer rigs. The CMP’s new $425,000 mobile range features 60 electronic targets, automated target lifts, target monitors (for 60 stations), and jumbo viewing screens for spectators. Positioned on tables along the firing line (photo below), the 60 MEGALink color screens show scores in real time. The high-tech electronic targets provide quick and accurate results, and spectators can watch a “live feed” on eight big-screen LED television monitors. The entire system is controlled by a trio of computers which do the scoring and operate the targets, lifts, and TVs.
The CMP’s state-of-the art, mobile air gun range boasts 60 electronic MEGAlink targets produced in Norway. MEGAlink is the same target system used at CMP North and South stationary air ranges. The MEGAlink target “boxes” are each connected to a lift system than can raise and lower the targets for 3-position shooting. All of the components are designed so that the range can be quickly constructed using as few as three people. A large trailer can haul all 60 targets plus all the related monitors, computers, tables, chairs, and hardware in one load-out.
“With travel being difficult for competitors to make it to Ohio or Alabama, the idea of the mobile range arose to transport electronic targets to the shooters instead of them coming to us,” said James Hall, CMP Program Outreach Supervisor. Because of its versatile design, the range can be used as either a 60-point range or broken down into three sets of 20 targets or two sets of 30 targets. “The range can be set up in almost any combination of targets, which allows small gyms and conference centers to host a match with maximum target use,” said Hall.
The first “trial” match of the Mobile Range was at the Montgomery Bell Classic in Nashville, TN in October 2012. “The match was a success, not only for the Montgomery Bell Academy, but also for the CMP,” Hall said. “The targets ran well, and we received a positive response from spectators.” Other CMP events where the range has been put to the test include the 5th Brigade Championship in Kerrville, TX in December 2012 and the Bass Pro 600 in Leeds, AL in January 2013.
All packed up and ready to go, the CMP’s Mobile Range will roll on to future events, including the JROTC Service Championship in Salt Lake City, UT, 4H Nationals in Grand Island, NE, the American Legion Championship in Colorado Springs, CO and various CMP summer camps and clinics. “The Mobile Range has generated a great response,” Hall admitted. “We hope it continues to give shooters out west and other areas of the United States a chance to compete.”
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Do-It-Yourself Electronic Target System?
The first ten electronic rifle targets, placed at 200 yards, are now ready for action on the Petrarca Range. Reduced target centers will allow shooters to practice for longer distances as well. the smaller pistol/smallbore targets are mounted in portable carriers so they can be stationed at 25 or 50 yards. Three pistol targets are now in place (see photo at right).
Each Kongsberg target connects to a monitor that displays the hit locations to the shooter. Easy push-button controls allow the shooter to cycle through hits and options without having to change positions. The monitors employ non-glare glass protected by an aluminum frame that acts as a shade. This ensures good visibility for the shooter.
Story based on report by Ashley Brugnone for 
“With travel being difficult for competitors to make it to Ohio or Alabama, the idea of the mobile range arose to transport electronic targets to the shooters instead of them coming to us,” said James Hall, CMP Program Outreach Supervisor. Because of its versatile design, the range can be used as either a 60-point range or broken down into three sets of 20 targets or two sets of 30 targets. “The range can be set up in almost any combination of targets, which allows small gyms and conference centers to host a match with maximum target use,” said Hall. 
