An ISO9001 company fully homologated to CIP.

Visit our website www.epgroupuk.com or www.sniperextreme.com for more information and all technical leaflets

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EPA Manufacturing Ltd

Building 154

Faldingworth Base

Spridlington Road

Faldingworth

Lincolnshire

LN8 3SQ

Sales +44 (0)1777 871310

Manufacturing +44 (0)1673 866200

www.epgroupuk.com

info@epgroupuk.com

www.sniperextreme.com

GLASS PENETRATOR - The important difference between our CNC turned projectiles and FMJ designs is the material used and the construction of the projectile. With a CNC projectile you have a solid monolithic construction, with FMJ projectiles the bullet has a soft lead core and a thin copper jacket. On impact with any barrier, especially hard barriers like glass, the FMJ projectiles tears itself apart and by the time the bullet has passed through the barrier. Their isn’t enough mass left to provide target effect. In many cases the mass is lost before it gets through the barrier and there is no target effect.Monolithic solids by their design, material and construction don’t have these issues, they deform and will lose mass but will always retain enough mass to maintain adequate target effect.Although the projectile is solid it is still a copper alloy and will not damage rifle barrels, its hardness is less than half that of a rifle barrel. We have fired many thousands of rounds through many types of rifles and have observed no detrimental effects on the barrel and no shortening of barrel life.

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GLASS PENETRATOR - Superior ammunition

Since the London Olympics in 2012 EPA has been extensively involved in developing new projectiles able to penetrate glass barriers, with minimum deflection and maximum retention of bullet weight.

For a bullet to successfully defeat a glass barrier it has to have the right balance, too hard and it will fragment and too soft and it will deform, the tip is also important, too flat and there is a risk of deforming, too sharp and the chances of deflection are increased.

We have experimented with many designs and materials during the last 4 years, all have been extensively tested on many different types of glass, aircraft, trains, double glazing even triple glazing. The results from all this testing have allowed us to design a bullet capable of defeating many types of glass.

The bullet is a specific grade solid brass alloy, CNC turned to very fine tolerances to ensure consistency and in turn accuracy. From all our testing we established a unique tip design, that offers the benefit of reliable penetration, even at oblique angles and a reasonable degree of accuracy, even after penetrating the barrier.

Due to the sensitive nature of this information we have not published actual results but will be happy to offer more information to the users and if necessary conduct further testing on behalf of the users.

We offer the round in several calibers;

- 5.56 (.223)

- 7.62 x 35 (.300AAC)

- 7.62 x 52 (.308)

- 300 Win Mag

- 8.6 x 70 (.338)

- 10.36 x 77 (.408 Cheytac) We can also offer other calibers on request.

.408 / 10.36 x 77mm

A CNC turned monolithic solid, with a special tip shape, very accurate but with the ability to punch through glass with minimum deflection. It is very effective for targets behind barriers, with enhanced performance and predictability. The round is capable of defeating windscreens and many types of glazing, including aircraft screens, whilst maintaining the original trajectory.

Cheytac Glass Penetrator

Projectile Weights Grains - 230gr NominalProjectile Weights Grains - 390gr NominalProjectile Weights Grams - 25.0 Grams NominalSuitable Twist Rate - TW 13-14Accuracy - Average Mean Radius @100yd/100m ≤ 1MOA ≤ 29mm RadiusMean Chamber Pressure - 4400 bar CIP 64000 PsiAverage Velocity - @Ambient 21º C. 70º F. - 2900fps/900mpsAverage BC - 0.42 Calculated on G1 Model

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.338 Lapua Magnum 8.6x70mmA CNC turned monolithic solid, with a special tip shape,very accurate but with the ability to punch through glass with minimum deflection. It is very effective for targets behind barriers, with enhanced performance and predictability. The round is capable of defeating windscreens and many types of glazing, including aircraft screens, whilst maintaining the original trajectory.

A CNC monolithic glass penetrating solid bullet designed to offer

maximum accuracy and extended ranges due to its very low drag

design. It is very effective against many types of barriers, offering

the ability to engage targets behind barriers with a degree of

predictability. The round will defeat many types

of light barriers, like double glazing and vehicle glass

whilst retaining almost all of its mass and maintaining its

trajectory.

Still SUPERSONIC at over 1000 meters

.300 Win Mag

Projectile Weights Grains - 230gr NominalProjectile Weights Grams - 15 Grams NominalSuitable Twist Rates - TW 10 - 11 & 12Accuracy - Average Mean Radius - @100yd/100m ≤1MOA ≤ 29mm RadiusMean Chamber Pressure - 4200 bar CIPAverage Velocity - @Ambient 21º C. 70º F. - 3020fps /930mpsAverage BC - 0.655 Measured G1 Model. 0.3100 G7 Model

Projectile Weights Grains - 177gr NominalProjectile Weights Grams - 11.5 Grams NominalSuitable Twist Rates - TW 10 - 11Accuracy - Average Mean Radius-@100yd/100m ≤1MOA ≤29mm RadiusMean Chamber Pressure - 5400 bar SAMMI. 4300bar CIP.Average Velocity - @Ambient 21º C. 70º F. - 2950fps/905mpsAverage BC - 0.475 Calculated on G1 mode. 0.236 Calculated on G7 model

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5.56 / .223 Primarily for lightly protected targets, with the ability to punch through glass and barriers and retain accuacy.

A CNC turned monolithic solid, with a special glass

penetrator tip. Very accurate but with the

ability to punch through glass with minimum deflection. It is very effective for targets

behind barriers.

Projectile Weights Grains - 141gr NominalProjectile Weights Grams - 9.15 Grams NominalSuitable Twist Rates - TW 10 - 11 & 12Accuracy - Average Mean Radius-@100yd/100m ≤1MOA ≤29mm RadiusMean Chamber Pressure - 4450 bar EPVAT. 4550 bar SAMMI. 4150 bar CIP.Average Velocity - @Ambient 21º C. 70º F. - 2925fps/900mpsAverage BC - 0.475 Calculated on G1 mode. 0.236 Calculated on G7 model

Projectile Weights Grains -141gr nominalProjectile Weights Grams - 9.14 grams nominalSuitable Twist Rate - TW 7-8Accuracy - Average Mean Radius-@100yd/100m ≤1MOA ≤29mm RadiusMean Chamber Pressure - 3800 bar SAAMI. 3700 bar CIPAverage Velocity - @Ambient 21º C. 70º F. - 1900fps/580mpsAverage BC - 0.47 Calculated on G1 Model

Projectile Weights Grains - 60gn nominalProjectile Weights Grams - 4 grams nominalSuitable Twist Rate - TW 7-9Accuracy - Average Mean Radius-@100yd/100m ≤1MOA ≤29mm RadiusMean Chamber Pressure - 4450 bar EPVAT. 4300 bar SAMMI. 4030 bar CIP.Average Velocity - @Ambient 21º C. 70º F. - 2950fps/905m/sAverage BC - 0.31 Calculated on G1 Model

7.62 x 52 (.308)

.300AAC / 7.62 x 35 EXTENSIVE TESTING PROCEDURES for all ammunition production...

• Visual Inspection

• Cartridge OAL and Weight

• Bullet Extraction

• Weight of Propellant Charge

• Complete Round Run Out

• Projectile Run Out for Dimension

and Weight

• Waterproofing

• Pressure Ambient 21°C

• Velocity Ambient 21°C

• Pressure minus 54°C

• Velocity minus 54°C

• Pressure plus 71°C

• Velocity plus 71°C

• Accuracy all calibers

• Function and Casualty

• Terminal Performance

THE LIST BELOW OUTLINES THE SERIES OF TEST WE CONDUCT ON ALL OUR AMMUNITION to ensure it functions and performs to clients expectations.

EPA indoor high speed filming facilities