XMP™ - Xtreme Material Penetrator

This projectile was designed to have extreme precision and penetrating capabilities at long distance

During development, it was proven extremely capable in penetrating a wide range of materials, in fact so effective that we named it: XMP™ – Xtreme Material Penetration. A known issue with armor-piercing ammunition, in general, is the use of carbides, making it less effective for taking out targets that are protected behind multiple layers of materials.

7.62 XMP™ are, as most of the projectiles from DSG Technology, extremely heavy. With the use of traditional calculation, bullets with this weight will not fly stably in barrels with “normal” twist.

Our engineering team had to discard all existing “rules” and look to nature in order to make the impossible possible. After many years of experiments, DSG Technology now possesses know-how and methods to have .30 caliber projectiles weighing in at 19-gram stable in a 1:12 twist barrel. 


XMP™ has exceptional accuracy and penetration capabilities at long range, against inclined targets (to 30 degrees), against windscreen barriers, without ricochet and without post-barrier deviation. It offers great performance against several types of intermediate barriers, as well as penetration of multiple layers of steel and near peer body armor. 

We urge clients with the need for taking out targets that are located behind one or more layers  of material; as engines, fuel tanks, radios e.t.c, to shoot this ammunition in comparative tests;  qualifying by real-life scenarios.

Our 7.62×51 XMP™ rounds provide higher force of impact for penetration and destruction of a target than all known existing standard 7.62×51 rounds, namely “twice more” at 500m range and “four times more” at 800m range, also our rounds stay supersonic about 50% longer range and has about 60-70% reduced wind drift than standard 7.62×51 rounds.