The Lehigh Defense Controlled Chaos 6.5 Creedmoor ammunition delivers devastating terminal performance through its innovative fragmenting design. This 130-grain load creates maximum tissue disruption while maintaining deep penetration for reliable stopping power.
What Makes This Different
The Controlled Chaos projectile features a unique solid copper construction with precision-machined fracture points. Upon impact, the bullet separates into multiple fragments while the base continues to penetrate, creating wound channels significantly larger than conventional hollow points. Independent ballistic testing shows up to 4 times the permanent wound cavity compared to standard expanding bullets.
Key Features
- Solid copper construction eliminates lead exposure and barrel fouling
- 130-grain weight optimized for 6.5 Creedmoor, .260 Remington, and .264 Winchester Magnum
- Controlled fragmentation creates multiple wound channels
- Deep-penetrating base ensures vital organ damage
- Match-grade accuracy with consistent 1-2 MOA performance
- Temperature-stable powder maintains velocity across conditions
- Nickel-plated brass cases for reliable feeding and extraction
This ammunition excels in hunting applications where quick, ethical kills are paramount. The fragmenting design proves especially effective on medium game like deer and antelope, delivering immediate energy transfer while the penetrating base reaches vital organs. Law enforcement agencies have adopted this load for its superior stopping power and reduced over-penetration risk in urban environments.
Technical Specs
- Caliber: 6.5 Creedmoor/.260 Remington/.264 Winchester Magnum
- Bullet Weight: 130 grains
- Bullet Type: Solid copper fragmenting
- Muzzle Velocity: 2,950 fps (24" barrel)
- Muzzle Energy: 2,513 ft-lbs
- Case Material: Nickel-plated brass
- Quantity: 50 rounds per box
- Manufactured in USA
Lehigh Defense's precision manufacturing ensures consistent performance shot after shot. The lead-free construction meets hunting regulations in California and other restricted areas while delivering terminal ballistics that exceed traditional lead-core designs.