Clever Mirage Grand Italia T3 12ga 2 3/4dr 1oz #8 250/cs

The Clever Mirage Grand Italia T3 12ga 2 3/4dr 1oz #8 250/cs represents premium Italian shotgun ammunition engineered for tactical and sporting applications where reliable performance is non-negotiable. This case of 250 rounds delivers consistent ballistics across extended shooting sessions, making it ideal for law enforcement training, competitive clay shooting, and field operations where ammunition standardization reduces variables. Clever ammunition has earned respect in professional circles for maintaining tight quality control and delivering predictable velocity and shot patterns round after round.

The Mirage Grand Italia features a 2 3/4-inch chamber specification with 1-ounce shot charge loaded with #8 lead shot, a configuration optimized for medium-range performance and pattern density typical of tactical and sport shooting disciplines. The #8 shot size provides a balanced compromise between pellet count—yielding approximately 410 pellets per round—and individual pellet energy, enabling effective target engagement at distances where larger shot would pattern too sparsely and smaller shot would sacrifice striking power. Italian manufacturing ensures consistent primer ignition and uniform powder charges, critical factors in duty and training environments where shot-to-shot reproducibility directly affects shooter development and performance metrics.

This 250-round case format suits armories, training academies, and serious competitors who require bulk quantities without excess inventory. Officers and shooters benefit from the full-case purchase model, which reduces per-round cost while ensuring ammunition lot consistency over the entire case. The Clever Mirage Grand Italia functions reliably in most modern 12-gauge platforms—including pump, semi-automatic, and over-under configurations—provided the firearm is chambered for standard 2 3/4-inch loads. Store ammunition in a cool, dry environment to maintain primer and powder stability across seasonal storage cycles.