The Nosler 51110 Ballistic Tip delivers exceptional accuracy and controlled expansion for 7mm rifle cartridges. This 150-grain spitzer point bullet combines proven ballistic coefficients with reliable terminal performance across hunting and precision shooting applications.
What Makes This Different
The Ballistic Tip design features Nosler's proprietary polycarbonate tip that initiates expansion while maintaining aerodynamic efficiency downrange. Unlike standard soft point bullets, the color-coded polymer tip prevents deformation in the magazine and delivers consistent ballistic performance. The tapered jacket construction ensures controlled expansion at velocities ranging from 1,600 to 3,200 fps.
Key Features
- 150-grain spitzer point configuration optimized for 7mm cartridges (.284 diameter)
- Polycarbonate tip initiates expansion and improves ballistic coefficient
- Tapered jacket design controls expansion velocity range
- Boat tail base reduces drag and improves long-range accuracy
- Lead alloy core provides consistent weight retention
- Color-coded tips for easy identification and loading
- Manufactured to +/- 0.003" tolerance specifications
Field testing demonstrates consistent 1.5-2 MOA accuracy in quality rifle platforms when properly loaded. The 150-grain weight provides optimal velocity and energy retention for medium game hunting at ranges extending beyond 300 yards. Weather-resistant polymer tip construction maintains performance in temperature extremes and humid conditions.
Technical Specs
- Caliber: 7mm (.284" diameter)
- Weight: 150 grains
- Style: Spitzer point with polymer tip
- Base: Boat tail configuration
- Ballistic Coefficient: .493 (G1)
- Sectional Density: .266
- Package: 50 bullets per box
- Manufacturer: Nosler, Inc.
- Country of Origin: United States
The Ballistic Tip represents decades of bullet engineering focused on consistent accuracy and reliable terminal performance. Professional reloaders and hunters choose Nosler components for their proven track record in competitive shooting and field applications.