The Nosler 39510 Ballistic Tip delivers exceptional accuracy and consistent expansion in 22 caliber applications. These precision-engineered bullets combine match-grade construction with proven hunting performance for varmint and small game applications.
What Makes This Different
The polymer tip initiates controlled expansion at velocities as low as 1,600 fps while maintaining structural integrity at magnum velocities. Unlike standard hollow points that can clog with debris, the ballistic tip ensures reliable expansion regardless of conditions. The boat-tail base design reduces drag and wind drift compared to flat-base bullets, extending effective range by up to 15%.
Key Features
- 40-grain spitzer point optimized for .223 Remington and .22-250 applications
- Color-coded polymer tip prevents deformation in magazine and initiates expansion
- Fully tapered jacket with thicker base section controls expansion rate
- Boat-tail design improves ballistic coefficient to 0.221
- Lead alloy core engineered for 60-70% weight retention
- Precision manufacturing maintains ±0.003" tolerances
- 100-count bulk packaging for serious shooters and reloaders
Field testing demonstrates consistent 1-2 inch groups at 100 yards when loaded to proper specifications. The 40-grain weight provides flat trajectory and high velocity in standard .223 chambers while generating sufficient energy for prairie dogs, ground squirrels, and coyotes out to 300 yards. Terminal performance remains predictable across temperature ranges from -20°F to 140°F.
Technical Specs
- Caliber: .224 inch (22 caliber)
- Weight: 40 grains
- Style: Spitzer point with polymer tip
- Base: Boat-tail
- Ballistic coefficient: 0.221 (G1)
- Sectional density: 0.114
- Jacket material: Gilding metal
- Core: Lead alloy
- Quantity: 100 bullets per box
- Manufactured: United States
Reloaders choose Nosler Ballistic Tips for their consistent dimensions and proven terminal performance. The combination of accuracy and reliable expansion makes these bullets the standard for varmint hunting and precision shooting applications.