The Atomic Ammunition 00426 delivers exceptional accuracy for precision shooting applications with its 168-grain hollow point boat tail design. This match-grade ammunition provides consistent performance across competitive shooting disciplines and long-range applications where precision matters most.
What Makes This Different
Atomic's precision manufacturing process creates ammunition that maintains tighter tolerances than standard factory loads. The 168-grain HPBT projectile features a streamlined boat tail design that reduces drag and maintains velocity downrange. Each cartridge undergoes quality control testing to ensure consistent powder charges and overall cartridge length, resulting in improved shot-to-shot consistency compared to bulk ammunition options.
Key Features
- 168-grain hollow point boat tail bullets optimized for accuracy
- Match-grade powder charges for consistent velocities
- Premium brass cases suitable for reloading
- Boat tail design reduces wind drift at extended ranges
- 50 rounds per box packaging for range sessions
- Compatible with all .308 Winchester chamber specifications
- Consistent overall cartridge length for reliable feeding
This ammunition performs reliably in bolt-action precision rifles, semi-automatic platforms, and designated marksman rifles. The 168-grain weight provides an optimal balance between velocity and ballistic coefficient for distances up to 800 yards. Match competitors rely on this weight class for its predictable trajectory and wind-bucking characteristics in various weather conditions.
Technical Specs
- Caliber: .308 Winchester
- Bullet Weight: 168 grains
- Bullet Type: Hollow Point Boat Tail (HPBT)
- Quantity: 50 rounds per box
- Case Material: Brass
- Primer: Boxer-primed for reloading
- Muzzle Velocity: Approximately 2,650 fps (24-inch barrel)
- Country of Origin: United States
Atomic Ammunition's commitment to precision manufacturing ensures each cartridge meets match-grade standards for serious shooters. The 50-round packaging provides sufficient quantity for load development and competition preparation while maintaining cost-effectiveness for precision shooting applications.