The Hornady V-MAX 20 caliber .204 40-grain bullets deliver exceptional accuracy and explosive terminal performance for varmint hunting and precision shooting. These polymer-tipped projectiles feature Hornady's proven V-MAX design that combines match-grade construction with devastating expansion on impact.
What Makes This Different
The V-MAX bullet incorporates a red polymer tip that initiates rapid expansion while improving ballistic coefficient compared to hollow point designs. The streamlined profile and boat-tail base reduce drag for flatter trajectories and enhanced long-range performance. Hornady's AMP (Advanced Manufacturing Process) jacket ensures consistent wall thickness and concentricity that standard cup-and-core bullets cannot match.
Key Features
- Polymer tip design for rapid expansion and improved ballistic coefficient
- Boat-tail base design reduces drag and wind drift
- AMP jacket construction ensures uniform expansion and accuracy
- 40-grain weight optimized for .204 Ruger chamberings
- Match-grade construction with consistent weight tolerance
- Streamlined profile for flat trajectory performance
- 100 bullets per box for extended shooting sessions
These bullets excel in varmint hunting applications where rapid expansion and flat trajectory are critical. The .204 caliber 40-grain configuration provides excellent performance in windy conditions while maintaining energy downrange. Prairie dog hunters and predator callers rely on the V-MAX design for consistent one-shot stops at extended ranges.
Technical Specs
- Caliber: .204 (20 caliber)
- Weight: 40 grains
- Bullet Type: V-MAX polymer tip
- Base Design: Boat-tail
- Jacket: AMP construction
- Quantity: 100 bullets per box
- Item Number: 22006
- Sectional Density: 0.137
Professional reloaders and precision shooters choose Hornady V-MAX bullets for their consistent performance and proven terminal ballistics. The 100-count packaging provides excellent value for high-volume shooting while maintaining the quality standards expected from Hornady's manufacturing process.