TALLEY CZ 457 20 MOA PICATINNY RAIL

TALLEY CZ 457 20 MOA PICATINNY RAIL

The TALLEY CZ 457 20 MOA Picatinny Rail is a precision-engineered mounting solution designed specifically for the CZ 457 rifle. This rail allows shooters to easily attach various optics, enhancing their shooting experience and accuracy. The 20 MOA (Minute of Angle) elevation built into the rail provides an advantage for long-range shooting by allowing for greater adjustment range in elevation settings.

Material and Construction Manufactured in the USA, the TALLEY Picatinny Rail is crafted from high-grade 7000 series aluminum alloy, known for its lightweight yet durable properties. The rail undergoes a rigorous CNC machining process, ensuring that it meets tight manufacturing tolerances. Additionally, it features a hard-coat anodizing finish rated to 65 Rockwell hardness, which protects against wear and corrosion while maintaining a sleek appearance.

This Picatinny rail is specifically designed to fit the CZ 457 model, making it an ideal choice for owners of this rifle. It adheres to MIL-STD-1913 specifications, ensuring compatibility with a wide range of optics mounts and accessories that utilize the standard Picatinny interface. This versatility allows users to customize their setups according to personal preferences and shooting styles.

Installation and Features The TALLEY CZ 457 Picatinny Rail includes nylon tipped tension screws that create a secure connection between the rail and the rifle’s action without damaging the surface. While there are no specific torque specifications provided for these screws, they are designed to be snugly fitted to ensure stability during use. The rail’s design also incorporates a streamlined profile that minimizes added weight while maximizing functionality.

Performance Benefits By utilizing a 20 MOA incline, this rail enhances long-range shooting capabilities by allowing shooters to make necessary adjustments more efficiently. This feature is particularly beneficial for those who frequently engage targets at extended distances, as it helps maintain accuracy without requiring excessive elevation adjustments on the scope itself.