Barrett MRAD SMR 300 Winchester Magnum Tungsten Cerakote Bolt Action Rifle – 26in

Barrett MRAD SMR 300 Winchester Magnum Tungsten Cerakote Bolt Action Rifle – 26in

Barrett MRAD SMR 300 Winchester Magnum Tungsten Cerakote Bolt Action Rifle – 26in – Designed with both precision and modularity in mind, the MRAD is equally at home on the range or on duty. Contained within the lower receiver is a fully adjustable match-grade trigger module, allowing the user to easily set their ideal pull.

Review the Barrett MRAD SMR 300 Winchester Magnum for sale

• Fixed Stock – Gives the user a solid point of contact to the butt of the rifle, keeping chassis movement to a minimum, and allowing for quicker shooting position recovery.
• Bolt Guide – MRAD SMR bolt rides in a unique enclosed polymer bolt guide. This arrangement provides smooth reliable operation even in harsh environments where traditional designs with insufficient clearance can bind.
• Trigger Group – Able to be removed from the lower receiver of the rifle quickly and with no tools. This feature enhances the modularity of this rifle system and aides in field serviceability.
• Polymer Cheek Piece – Adjustable for comb height to suit individual users. No tools required. The part is also reversible to present two different side profiles to the shooters face. Perfect repreatable eye alignment to the optic is the goal.
• Safety – Placed in a familiar location for users of modern rifles. The selector is able to be installed by the user to present the lever on either side of the rifle based on preference. A short 45 degree throw allows easy operation with minimal disturbance to the firing grip and sight.
• M-Lok Compatible Upper Receiver – Enables the user to customize accessory configurations with industry standard mounting points. Modularity is enhanced with the 1-7 slot M-Lok rail that come as standard equipment with the MRAD SMR system.
• Muzzle Brake with Thread Protector – The suppressor capable MRAD SMR muzzle brakes attach to this fixed caliber rifle system providing high efficiency performance.