In the realm of terminal ballistics, innovation often dictates superiority. Lehigh Defense has pioneered such advancement with its Controlled Fracturing Technology, setting a new standard in bullet performance. Designed to maximize terminal efficiency, these bullets are crafted from solid copper or brass and engineered for precise action upon impact.
The hallmark of this ammunition is its pre-stressed design at specific points along the bullet's structure. This meticulous engineering ensures that after penetrating to a predetermined depth, razor-edge petals deploy. This deployment releases an energy spike while simultaneously creating multiple wound paths as the petals radiate outward from the primary trajectory.
What sets Lehigh’s technology apart from traditional expanding bullets is not just this fracturing and expansion but also what follows: The bullet shank returns to bore diameter and continues on its original path, ensuring deep penetration without deviation. While conventional projectiles may mushroom and restrict their own penetration capabilities—thus limiting effectiveness—Lehigh’s approach guarantees both immediate energy transfer and sustained momentum.
This combination of initial impact force followed by multi-path wounding potential makes Lehigh Controlled Fracturing ammunition a formidable choice for those seeking reliability in critical situations where precision matters most.
For enthusiasts who demand excellence in their ballistic tools, Lehigh offers more than just a projectile; it provides confidence through cutting-edge technology designed to perform when needed most.