The Sierra 1395 GameKing delivers exceptional accuracy and terminal performance for varmint hunters and target shooters demanding precision from their .22 caliber rifles. This 65-grain spitzer boat tail design combines Sierra's proven manufacturing standards with aerodynamic efficiency for consistent downrange results.
What Makes This Different
Sierra's GameKing line features a unique jacket design that maintains structural integrity through impact while providing controlled expansion. The spitzer boat tail profile reduces drag coefficient compared to flat-base bullets, maintaining velocity and energy at extended ranges. Manufacturing tolerances held to ±0.3 grains ensure shot-to-shot consistency that competitive shooters and hunters rely on.
Key Features
- 65-grain spitzer boat tail design optimized for .22 caliber rifles
- Tapered jacket construction promotes controlled expansion on game
- Boat tail base reduces drag for improved ballistic coefficient
- Match-grade manufacturing with tight weight tolerances
- 100-count bulk packaging for extended shooting sessions
- Compatible with standard .224" diameter barrels
- Designed for velocities up to 4,000 fps
Field testing demonstrates reliable expansion on medium game at ranges exceeding 300 yards, while maintaining accuracy standards suitable for competitive benchrest shooting. The 65-grain weight provides optimal stability in standard 1:12 twist barrels commonly found in .22-250 and .223 Remington rifles. Weather-resistant packaging protects bullets from moisture during storage and transport.
Technical Specs
- Caliber: .224 inch (22 caliber)
- Weight: 65 grains
- Style: Spitzer Boat Tail
- Ballistic Coefficient: .298 (G1)
- Sectional Density: .185
- Recommended Twist Rate: 1:12 or faster
- Quantity: 100 bullets per box
- Manufacturer: Sierra Bullets
- Country of Origin: USA
Sierra's reputation for consistent bullet performance makes the 1395 GameKing a reliable choice for hunters pursuing prairie dogs, coyotes, and similar-sized game. The combination of accuracy potential and terminal effectiveness addresses the dual demands of precision shooting and clean harvests.