Description
.223 / 5.56 (.224) 55gr FMJ-BT Reloading Bullets – 500 Count
Precision Engineering for High-Volume Performance
Elevate your reloading bench with these premium 55-grain Full Metal Jacket Boat Tail (FMJ-BT) projectiles. Designed for maximum consistency and reliable flight, these bullets are the gold standard for high-volume range training, tactical drills, and sport shooting.
Elevate your reloading bench with these premium 55-grain Full Metal Jacket Boat Tail (FMJ-BT) projectiles. Designed for maximum consistency and reliable flight, these bullets are the gold standard for high-volume range training, tactical drills, and sport shooting.
Whether you are loading for an AR-platform rifle or a precision bolt-action, these .224 diameter projectiles offer the uniform weight and aerodynamic profile needed for tight groups and flawless feeding.
Product Highlights
- Boat Tail Design (BT): The tapered base reduces aerodynamic drag and minimizes the impact of crosswinds, ensuring a flatter trajectory and better downrange velocity retention compared to flat-base alternatives.
- Uniform Concentricity: Each bullet features a high-quality copper jacket and lead core, manufactured to strict tolerances for consistent weight and balance.
- Optimal Stability: Perfectly suited for the most common .223/5.56 twist rates, including 1:7, 1:8, and 1:9, providing stable flight paths out to 300+ meters.
- High-Volume Value: Packed in a 500-count box, providing a cost-effective solution for serious shooters who demand quality without the premium price tag of individual hunting rounds.
Technical Specifications
- Caliber: .223 Remington / 5.56 NATO
- Bullet Diameter: .224″
- Weight: 55 Grain
- Bullet Style: Full Metal Jacket Boat Tail (FMJ-BT)
- Quantity: 500 Projectiles per pack
- Application: Training, Target Shooting, Plinking, and Competition
Why Choose These Bullets?
For reloaders in South Africa, sourcing reliable projectiles is key to maintaining a consistent shooting regimen. These 55gr FMJ-BT bullets are built to withstand high velocities while maintaining their structural integrity, ensuring your bore stays cleaner for longer with reduced fouling.
