Barnes Tipped M/LE TAC-TX Rifle Bullets .300 AAC .308" 110 gr TACTXFB 50/ct

The Barnes Tipped M/LE TAC-TX Rifle Bullets .300 AAC .308" 110 gr represent the pinnacle of law enforcement and tactical rifle ammunition engineering, purpose-built for subsonic and suppressed rifle platforms where shot placement and terminal reliability define mission success. Developed for professional operators who depend on consistent performance in short-range engagement scenarios, these 110-grain projectiles deliver predictable ballistics and controlled expansion in the .300 AAC Blackout cartridge—the preferred round for suppressed rifle systems across federal, state, and local tactical units.

Barnes TAC-TX bullets feature a proprietary copper-alloy construction with a polymer tip that initiates reliable expansion upon impact while maintaining barrier-blind terminal performance through intermediate barriers common in tactical scenarios. The .308" diameter and 110-grain weight profile is optimized for subsonic velocities (typically 1,000–1,050 fps) when loaded in .300 AAC Blackout chambers, ensuring consistent expansion without overpressure or erratic flight characteristics inherent to heavier projectiles in this cartridge. The design minimizes fragmentation and copper fouling, extending suppressor service life and reducing maintenance intervals—critical factors in high-volume tactical training and operational environments.

Tactical operators, military designated marksmen, and law enforcement precision riflemen working with AR-pattern platforms chambered in .300 AAC Blackout will find these bullets invaluable for both training and duty applications requiring suppressed fire. Handloaders benefit from the 50-round box format, allowing efficient batch preparation of match-grade subsonic loads for close-quarters combat training, breaching operations, and CQB drills where noise discipline and terminal performance are non-negotiable. Compatibility is universal across all standard .300 Blackout reloading dies and presses; consult published load data for your specific powder and primer combination to achieve optimal velocity and consistency.