Description
Berger VLD (Very Low Drag) Target bullets are engineered for shooters demanding maximum aerodynamic efficiency and extreme long-range accuracy. Featuring Berger’s proven VLD profile, these bullets are designed with a secant ogive geometry to minimize drag, enhance retained velocity, and reduce wind drift, making them a preferred choice for precision target shooting and competitive long-range disciplines.
Manufactured to exacting match-grade standards, VLD Target bullets deliver exceptional consistency, tight tolerances, and repeatable ballistic performance. Their streamlined design supports flatter trajectories and predictable downrange stability, allowing shooters to maintain accuracy at extended distances where precision is critical.
Technical Features & Specifications
- Very Low Drag (VLD) Profile
Advanced secant ogive design reduces aerodynamic drag, improving ballistic efficiency and long-range performance.
- High Ballistic Coefficient (BC)
Optimized shape enhances retained velocity, minimizes wind drift, and supports flatter trajectories over distance.
- Match-Grade Precision Manufacturing
Produced with strict jacket concentricity and weight tolerances to ensure shot-to-shot uniformity and accuracy.
- Open Tip Match (OTM) Construction
Designed to maximize balance and consistency for precision target and competition applications.
- Long-Range Flight Stability
Engineered for predictable supersonic performance and stable flight characteristics at extended ranges.
- Multiple Caliber & Weight Configurations
Available in a wide range of bullet diameters and grain weights to suit various cartridges and shooting disciplines.
Typical Performance Characteristics
- Exceptional long-range accuracy potential
- Reduced drag and wind deflection compared to conventional target bullets
- Consistent ballistic performance and repeatable trajectories
- Optimized for precision shooting at extended distances
Ideal Applications:
Long-range target shooting, precision rifle competition, benchrest shooting, and tactical precision disciplines where aerodynamic performance and consistency are essential.