Hornady 20 Cal .204 32 Gr V-Max Bullets 100Ct - 22004

Engineered for precision varmint and predator hunting, the Hornady 20 Cal .204 32 Gr V-Max Bullets deliver the explosive terminal performance reloaders demand. These polymer-tipped projectiles combine a streamlined profile with advanced engineering to produce flat trajectories, superior accuracy, and rapid fragmentation across a wide range of velocities and distances.

Key Features

• Polymer Tip Technology: Creates a hollow cavity that drives energy into the core upon impact, triggering violent expansion and fragmentation even at velocities as low as 1600 fps.
• High Ballistic Coefficient: The aerodynamic design with sharp polymer tip and maximum bearing surface ensures in-flight stability and reduced wind drift for long-range accuracy.
• Match-Grade AMP Jacket: Provides exceptional concentricity for consistent performance and tight groups shot after shot.
• Swaged Lead Core: Precisely formed to work with the tip for dramatic core and jacket fragmentation on impact.
• Precise Base Design: Boattail and flatbase options enhance stability for reliable long-range shooting.

Specifications

• Caliber: 20 Cal (.204 diameter)
• Weight: 32 grains
• Projectile Type: Ballistic Tip (V-Max)
• Ballistic Coefficient (G1): 0.210
• Sectional Density: 0.110
• Minimum Expansion Velocity: 1600 fps
• Lead-Free: No
• Quantity: 100 bullets per box

Why Choose Hornady V-Max Bullets

Reloaders and shooters facing the challenges of small, fast-moving targets need bullets that combine accuracy with devastating terminal effects. The V-Max design solves this by delivering straight-line trajectories and explosive results that minimize follow-up shots. Whether targeting prairie dogs at extended ranges or predators in variable conditions, these bullets provide the consistent performance that builds confidence in the field.

Ideal for handloaders seeking to optimize .204 Ruger and similar 20-caliber cartridges, the Hornady 20 Cal .204 32 Gr V-Max Bullets offer reliable expansion and fragmentation without compromising precision.