Smith & Wesson M&P M2.0 Full Size 9mm 17+1 4.25" Model 13564

The Smith & Wesson M&P M2.0 Full Size delivers enhanced ergonomics and performance upgrades over the original M&P platform. This striker-fired pistol combines proven reliability with modern features that serious shooters demand.

What Makes This Different

The M2.0 generation features an improved trigger with a crisp break and tactile reset, addressing the primary criticism of earlier M&P models. The enhanced grip texture provides 20% more surface contact compared to the original M&P, while four interchangeable palm swell inserts ensure proper fit across different hand sizes. The optics-ready slide accepts popular red dot sights without requiring additional machining.

Key Features

• 17+1 capacity with flush-fitting magazine provides substantial firepower
• 4.25-inch Armornite-finished stainless steel barrel resists corrosion and wear
• Optics-ready slide accepts Shield RMSc footprint red dot sights
• Integrated Picatinny rail accommodates tactical lights and lasers
• Low barrel bore axis reduces muzzle flip and speeds follow-up shots
• Ambidextrous slide stop and reversible magazine release
• No-snag serrated slide design prevents clothing interference

Field performance demonstrates consistent accuracy and reliability across temperature extremes. The full-size frame provides a stable shooting platform for competitive shooting, duty carry, and home defense applications. The Armornite finish withstands extended exposure to moisture and cleaning solvents without degradation.

Technical Specs

• Overall Length: 8.5 inches
• Height: 5.6 inches
• Width: 1.2 inches
• Weight: 28.9 ounces (unloaded)
• Barrel Length: 4.25 inches
• Capacity: 17+1 rounds
• Frame Material: Reinforced polymer with stainless steel chassis
• Finish: Matte black Armornite on slide and barrel
• Sights: White dot front, white two-dot rear
• Trigger Pull: 5.5-6.5 pounds
• Country of Origin: USA

This pistol represents a significant evolution in the M&P series, incorporating user feedback and modern manufacturing techniques. The combination of capacity, accuracy, and reliability makes it a logical choice for applications requiring consistent performance.