Cutting Edge (MTH-Match/Tactical/Hunting) Single Feed Bullets .284 cal .284" 168gr 50/ct

The Cutting Edge MTH-Match/Tactical/Hunting Single Feed Bullets in .284 caliber, 168 grain represent a precision-engineered solution for shooters demanding consistency across multiple platforms. Built for law enforcement sharpshooters, tactical riflemen, and long-range hunters who cannot tolerate performance variance, these bullets deliver the match-grade accuracy needed for sub-MOA groups at extended distances. Available in convenient 50-round boxes, this loading allows shooters to develop load data, verify zero shifts, and establish baseline performance before committing to larger quantities.

Single-feed design ensures reliable chambering in bolt-action and semi-automatic platforms, eliminating double-feed malfunctions that compromise precision shooting. The 168-grain weight in .284 diameter strikes the optimal balance between sectional density and velocity retention, making it ideal for .284 Winchester, 7mm Remington Magnum, and similar cartridges commonly used in precision rifle competitions and field operations. Cutting Edge's manufacturing tolerances hold bullet diameter and weight within industry-leading specifications, ensuring consistent seating pressures and ballistic coefficients shot to shot. This consistency is critical when executing precision fire at 500+ yards where even minor velocity variations translate to vertical stringing.

Tactical riflemen working with 7mm magnum platforms will find these bullets perform reliably across the full operational envelope—from short-range room-clearing scenarios to medium-distance precision engagements. Reloaders benefit from the single-feed configuration's compatibility with standard progressive and single-station presses, while the .284 inch diameter ensures proper fit in quality .284 Winchester and 7mm Magnum brass without requiring custom sizing. The 50-count box format is ideal for load development, allowing precision shooters to test multiple powder charges, primer combinations, and seating depths without excessive waste.