Unlock Precision Shooting with Snowy Mountain Rifles' Stainless .264 Cal Muzzle Brake

The Snowy Mountain Rifles Stainless .264 Cal, 0.995 Diameter, 3 Port Muzzle Brake, finished in Black Cerakote, is engineered for shooters seeking unparalleled recoil management and muzzle stability. This advanced self-timing muzzle brake is designed to significantly reduce recoil and muzzle rise, enhancing your shooting experience across both hunting and competitive platforms.

Advanced Design for Enhanced Performance

Key features of the Snowy Mountain Rifles Stainless .264 Cal Muzzle Brake include:

• Optimal Recoil Reduction: Features a sophisticated port design that efficiently directs gases to minimize recoil and improve shot accuracy.
• Easy Installation: The innovative locking collar design allows for quick, one-handed installation and removal, facilitated by a 3/8 Allen wrench.
• Versatile Fit: Compatible with a wide range of barrel contours, ensuring a perfect fit for both competition and hunting rifles.
• Durable Construction: Made from high-quality stainless steel, offering robust performance in any shooting condition.
• Proudly Made in the USA: Manufactured in Snowy Mountain Rifles' Montana facility, ensuring premium quality and craftsmanship.

Compatibility and Specifications

This muzzle brake is designed to fit seamlessly on barrels with:

• 1.250 diameter for competition shooters.
• .995 diameter, perfectly fitting MTU to Sendero Contour barrels.
• .845 diameter, ideal for the Sendero Light down to a #5 barrel, offering a sleek appearance on smaller contours.

Experience the Difference

Whether you're competing in precision shooting events or hunting in diverse environments, the Snowy Mountain Rifles Stainless .264 Cal Muzzle Brake is your key to improved accuracy and comfort. Its best-in-class recoil reduction and muzzle control allow you to focus on your target, not the kick.

Choose the Snowy Mountain Rifles Stainless .264 Cal Muzzle Brake for a superior shooting experience, backed by American craftsmanship and innovation.