Caliber .270-170 Spitzer Nosler Ballistic Tip Bullets 50 pcs
The Nosler Ballistic Tip Hunting bullets in .270 caliber, weighing 170 grains, are meticulously engineered to deliver exceptional precision, consistent performance, and optimal terminal energy transfer, essential for effective game harvesting across diverse hunting scenarios. Featuring an aerodynamically optimized polymer tip, color-coded by caliber for quick identification, these projectiles initiate rapid and uniform expansion upon impact, ensuring maximum tissue disruption and ethical kills.
The fully tapered copper alloy jacket is designed to maximize energy transfer while maintaining superior weight retention at all practical velocities, enhancing penetration and controlled expansion. This jacket construction, combined with a reinforced jacket base, provides a stable platform for expansive mushrooming, resulting in a large wound channel without sacrificing bullet integrity.
Incorporating a boat tail design, the bullets streamlined base reduces drag and improves ballistic coefficients, thereby enhancing downrange accuracy and velocity retention. This aerodynamic profile is particularly advantageous for long-range shooting, making the Ballistic Tip bullets a preferred choice among precision reloaders and hunters targeting medium to large game such as whitetail deer and similar-sized species.
Reloaders and ballistic enthusiasts will appreciate the meticulous balance of sectional density and ballistic coefficient, which contributes to flatter trajectories and reliable terminal performance. These bullets are optimized for use in metallic and semi-metallic cartridge cases, ensuring consistent chambering and reliable ignition in a wide range of rifle platforms.
Technical Specifications:
- Caliber: .270 Winchester
- Bullet Diameter: 0.277 inches
- Bullet Weight: 170 grains
- Ballistic Coefficient (G1 BC): 0.433
- Sectional Density (SD): 0.242
- Overall Length (OAL): 1.220 inches
- Bullet Profile: Spitzer with Polymer Tip
- Base Design: Boat Tail (BT) for enhanced aerodynamic efficiency