Victory Archery XBolt 0.300in Diameter Crossbow Bolts, 20in, 3-Pack with Lighted Nocks (Red)

Precision bolts built for stability and visibility

Victory Archery XBolt 0.300in diameter crossbow bolts are engineered to handle the power of modern crossbows while delivering dependable flight and consistent impact. Each bolt in this 3-pack is 20 inches long and comes fletched with bright red vanes and lighted nocks for practical use from dawn to dusk.

Designed with EFOC (Extreme Forward of Center) balancing, these bolts are tuned to stabilize the arrow through the flight arc, helping you reach target zones more reliably. Victory’s Spine Alignment process digitally centers each bolt to increase accuracy and shot-to-shot consistency, while weight matching to ±0.5 grains minimizes variance between shots.

Key features

• Fletching color may vary; includes 110gr brass insert and 11gr half-moon nock
• 0.300 series: standard diameter crossbow bolt
• Built from 100% carbon fiber for enhanced speed and penetration with reduced wind drift
• Spine aligned: digitally optimized for steadier accuracy and repeatable groups
• Weight matched to ±0.5 grains for consistent performance

What’s in the box

• Three 20-inch bolts per pack
• Fletched with bright red vanes; lighted nocks for visibility
• Includes 110gr brass insert and 11gr half-moon nock

In practical terms, you may notice improved stability when shooting from elevated positions or during windy conditions, thanks to the carbon fiber profile that minimizes wind deflection. The lighted nocks provide quick aiming cues as targets come into view at dusk. While no bolt can guarantee a perfect result in every situation, the XBolt line is designed to support repeatable performance under typical field conditions.

For shooters building a reliable setup, consider matching spine and weight to your crossbow rig and practicing with a consistent routine. Victory Archery’s XBolt bolts are meant to complement your system by delivering predictable flight characteristics and solid impact characteristics through a high-strength carbon fiber profile.