Berger VLD Hunting .243cal 105gr 100ct

Berger VLD (Very Low Drag) Hunting bullets are engineered to maximize long-range accuracy and terminal effectiveness through an advanced aerodynamic design. Built around Berger’s proven VLD profile, these bullets feature an extremely low drag shape that enhances retained velocity, minimizes wind drift, and delivers flatter trajectories for precision hunting applications.

Designed for hunters requiring exceptional downrange performance, VLD Hunting bullets combine match-grade manufacturing standards with optimized terminal behavior. Upon impact, the projectile is designed to penetrate briefly before initiating rapid expansion, supporting effective energy transfer and consistent lethality on game animals.

Technical Features & Specifications

• Very Low Drag (VLD) Profile
  Long secant ogive geometry reduces aerodynamic drag, improving ballistic efficiency and extending effective range capability.
• High Ballistic Coefficient (BC)
  Streamlined design retains velocity and energy while minimizing wind deflection at extended distances.
• Match-Grade Jacket Concentricity
  Precision manufacturing tolerances promote superior shot-to-shot consistency and exceptional accuracy potential.
• Open Tip Design
  Optimized for aerodynamic stability and controlled terminal performance during hunting applications.
• Long-Range Performance Optimization
  Engineered to deliver consistent trajectory and predictable performance in precision hunting environments.
• Multiple Caliber & Grain Options
  Available across a broad range of diameters and weights to accommodate various cartridges and hunting requirements.

Typical Performance Characteristics

• Exceptional long-range accuracy potential
• Reduced drag and wind drift compared to conventional hunting bullets
• High retained energy and velocity at distance
• Reliable terminal expansion characteristics for medium to large game

Ideal Applications:
Long-range hunting, precision rifle platforms, and hunters seeking maximum ballistic performance and proven field accuracy.