Wednesday, 22 October 2014
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Controlled Fracturing Bullets and Ammunition

Overview

Controlled Fracturing BulletsLehigh 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.

Unlike traditional expanding bullets which mushroom and dramatically limit the bullet’s penetration and provide only one wound path, Lehigh’s Controlled Fracturing ammunition creates an initial energy transfer, multiple wound paths, and a deep penetrating base – a far more effective bullet.

In hunting applications, this unique terminal performance provides multiple projectiles which will penetrate vital organs and blood vessels, increasing the amount of tissue damage and leading to more blood loss. In addition to the damage these petals inflict, the main shank or base of the bullet is designed to penetrate the off side hide creating a better blood trail should you need it.

Our Controlled Fracturing bullet offers another distinct advantage.  Since you are getting multiple projectiles radiating out, away and forward from the primary bullet path inside the animal, the Controlled Fracturing bullet compensates for small point of aim - point of impact errors. Imagine that buck fever causes you to pull your shot so that it strikes two inches from the heart or lungs. With the Controlled Fracturing bullet, it will be almost impossible for one of the petals to not penetrate these organs.

In personal defense applications, Controlled Fracturing technology is the most effective way to neutralize a threat.  In an extreme high stress situation, where shot placement is likely not going to be perfect, this technology provides multiple wound channels coupled with a large energy transfer and a deep penetrating base, meeting all of the requirements for stopping a threat instantly.

Features

 

  • 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

  • Offered in a Professional Series and a Reduced Recoil Series

 

Gel images

9mmCFGelShot copy

Video

Technical

The following chart calculates the wounding area of Lehigh Defense Controlled Fracturing Bullets

CFTechnical

Notes:

Petal Weight + Base Weight = Total Weight

Petal Width + Base Width = Total Width

 


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