Last Chance Evo-x Centerpunch Carbon Crossbow Arrow 20" Aluminum Alpha Nock 6pk - Don't Overpay [2evfAIz9]

Evo-X CenterPunch Carbon Crossbow Arrow

Experience unparalleled accuracy and precision with the Evo-X CenterPunch Carbon Crossbow Arrow. This 20-inch carbon fiber bolt is designed to outperform any other crossbow arrow on the market. Crafted with modulus carbon fiber at 33 MSI, the CenterPunch arrow is wrapped in an exclusive LAZER-TECH carbon weave, ensuring unmatched strength and durability. Each arrow is fletched slightly offset for enhanced accuracy and comes with a 84-grain insert, providing the perfect balance for your crossbow.

Key Features and Specifications

Featuring a 3.5-inch Bohning X Vanes™, the CenterPunch arrow offers excellent stability and wind resistance. The Alpha-Nock and receiver are made from high-quality aluminum, ensuring quick and easy installation. This package includes six arrows, each inspected for straightness to within .001 inches, guaranteeing consistency and reliability. Here are some of the key features and specifications:

• Modulus Carbon Fiber at 33 MSI for superior strength and durability.
• LAZER-TECH Carbon Weave for enhanced performance and longevity.
• 3.5-inch Bohning X Vanes™ for optimal stability and wind resistance.
• 84-grain insert for balanced performance.

Practical Uses and Benefits

The Evo-X CenterPunch Carbon Crossbow Arrow is perfect for hunters and recreational shooters looking for the best in crossbow accuracy. Its lightweight and high-performance design make it ideal for hunting small to medium-sized game, as well as for target shooting. With its precision engineering and attention to detail, the CenterPunch arrow offers numerous benefits:

• Increased Accuracy with the slightly offset fletching and balanced insert.
• Quick and Easy Installation with the aluminum Alpha-Nock and receiver.
• Consistent Performance with the weight-grain matched package.

Upgrade your crossbow setup with the Evo-X CenterPunch Carbon Crossbow Arrow and experience the difference in performance and accuracy.