380 Auto (0.355) Xtreme Penetrator Ftm Bullets Lehigh Defense, Llc

380 Auto (0.355) Xtreme Penetrator Ftm Bullets Lehigh Defense, Llc Reviews : You want to buy 380 Auto (0.355) Xtreme Penetrator Ftm Bullets Lehigh Defense, Llc. Get Cheap 380 Auto (0.355) Xtreme Penetrator Ftm Bullets Lehigh Defense, Llc at best online store now!!
 

380 Auto (0.355") Xtreme Penetrator Ftm Bullets Lehigh Defense, Llc.

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The progressive nose geometry of the Xtreme Penetrator allows for deep, straight penetration while creating a permanent wound cavity diameter exceeding that ...

The progressive nose geometry of the Xtreme Penetrator allows for deep, straight penetration while creating a permanent wound cavity diameter exceeding that of most expanding bullets. To top it off, the bullet is solid Copper and/or Brass able to overcome barriers to penetration; environmentally friendly, target unfriendly, very unfriendly, downright obnoxiously unfriendly.

  • Progressive nose geometry for deep, straight penetration
  • CNC machined from solid Copper and/or Brass to overcome barriers to penetration
  • Radial flutes that force the hydraulic energy inward to build pressure
  • Exceptional acceleration that creates high pressure energy spikes
  • Minimal surface area to increase the force at the point of contact and sharp cutting edges that defeat barriers
  • A permanent wound cavity that is 2 to 4 times greater than flat or ball nose bullets
  • Available for both handguns and rifles
  • Ballistics Testing - FBI Standard 10% Ballistics Gelatin
  • Barrier:  4 Layers of Denim

9mm (0.355") Controlled Fracturing Subsonic Bullets Lehigh Defense, Llc.

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LeHigh originated Controlled Fracturing Technology. These bullets are designed to deliver maximum terminal performance. Controlled Fracturing bullets are produced from ...

LeHigh originated Controlled Fracturing Technology.  These bullets are designed to deliver maximum terminal performance.  Controlled Fracturing bullets are produced from either solid copper or solid brass and are pre-stressed at specific points so that after a predetermined penetration depth, the razor-edge petals deploy, releasing an energy spike and then separate and radiate outward from the primary path of the bullet.  The bullet shank, now back to bore diameter, continues penetrating straight and deep along the initial impact path.

  • A minimum of four separate wound channels resulting in extensive damage
  • CNC machined from solid copper or brass, not formed or swaged
  • Exceptional accuracy from the advanced manufacturing process
  • Razor sharp petals for maximum terminal performance
  • Deep penetrating base projectile
  • Expansion is initiated by hydraulic energy – expansion only where it is required