Beretta 92X Performance Carry 9mm 4.9in Barrel 15+1(2) Capacity Optic Ready Manual Safety

The Beretta 92X Performance Carry is a high-performance pistol designed for discerning shooters who demand excellence in both form and function. With its 4.9-inch barrel, this pistol strikes a balance between compactness and accuracy, making it well-suited for both concealed carry and precision shooting applications. The extended barrel length contributes to improved sight radius and enhanced muzzle velocity, resulting in superior shot placement and target engagement.

Equipped with a 15+1 capacity, the Beretta 92X Performance Carry ensures ample ammunition for extended shooting sessions or self-defense scenarios. Additionally, it comes with two magazines, providing users with flexibility in magazine capacity and reload options. This dual-magazine setup allows for quick transitions between magazines and ensures a reliable source of firepower when needed most.

The Beretta 92X Performance Carry is engineered with optics-ready capability, allowing shooters to easily mount their preferred red dot sight for enhanced accuracy and target acquisition. This feature enables users to customize their pistol to suit their individual preferences and shooting style, whether for competition, tactical applications, or everyday carry.

Safety is paramount in the design of the Beretta 92X Performance Carry, as evidenced by its manual safety mechanism. This manual safety provides an additional layer of security, allowing users to confidently carry their pistol with a round in the chamber while minimizing the risk of accidental discharges. Combined with other safety features such as the ergonomic grip design and ambidextrous controls, the Beretta 92X Performance Carry offers peace of mind and confidence in any shooting situation.

Key Features:

• 4.9-inch barrel for enhanced accuracy and muzzle velocity
• 15+1 capacity with two magazines included
• Optics-ready design for easy red dot sight integration
• Manual safety for added security
• Ergonomic grip design and ambidextrous controls for enhanced handling and control