Sterling, Exclusive Series, 12 Gauge 2.75", #6, 1 1/6 oz, Shot Shell, 25 Round Box

Product Overview

The Sterling Exclsv 12ga 2.75" #6 shotgun shell is designed for hunting and target shooting. It features a 12-gauge bore and a 2.75-inch shell length, making it suitable for a variety of shotguns. The #6 shot size provides a balance between penetration and spread, allowing for effective hunting and target practice.

Specifications

• Gauge: 12-gauge
• Shell Length: 2.75 inches
• Shot Size: #6
• Shot Weight: 1.5 oz (approx.)

Features

Performance

The Sterling Exclsv 12ga 2.75" #6 features a high-performance load that ensures reliable and consistent shooting. The #6 shot size provides a good balance between penetration and spread, making it suitable for hunting and target practice. The 2.75-inch shell length is compatible with many 12-gauge shotguns, ensuring a good fit and reliable function.

Safety

The Sterling Exclsv 2.75" #6 shells are designed with safety in mind. The shells are manufactured to strict quality and safety standards, ensuring that they do not pose a risk of misfire or premature discharge.

Reliability

The shells are designed to perform reliably in various environments. They are tested for consistency and accuracy to ensure that they meet the high standards of hunters and target shooters.

Compatibility

The 2.75-inch shell length ensures compatibility with a wide range of 12-gauge shotguns, making it a versatile option for many shooters.

Shot Pattern

The #6 shot size provides a predictable shot pattern, allowing for accurate shooting at various ranges. The shot pattern is designed to spread out at the desired range, ensuring that the shot hits the target effectively.

       If you are looking for a reliable and versatile shotgun shell for hunting and target practice, the Sterling Exclsv 12ga 2.75" #6 is an excellent choice. Its 12-gauge bore, 2.75-inch shell length, and #6 shot size provide a good balance between penetration and spread, making it suitable for a variety of shooting applications.