Winchester Ammunition WIN AA 28 Gauge 2-3/4 Inch 9 Shot, 25 Rairs / 250 Rounds

Winchester Ammunition AA Target Load, 28 Gauge, 2.75, #9, .75 oz, Shotshell, 25 Round Box AA289

The Winchester Ammunition WIN AA 28 Gauge 2-3/4-inch shells are designed for hunters and clay target shooters seeking reliable performance and consistent patterns. Crafted with Winchester's renowned quality, these shells feature a 9 shot size ideal for upland game, waterfowl, and sporting clays. The 2-3/4-inch length provides optimal chamber compatibility while delivering dependable patterns and energy transfer. Constructed with precision to ensure reliable ignition and consistent shot string, these shells help shooters achieve accurate and repeatable results in the field or at the range.
Each box contains 25 shells, with a total of 250 shells per case, making them suitable for both practice sessions and extended hunting trips. The shells are designed with a rugged construction to withstand rough handling and environmental conditions, ensuring they perform when you need them most. Winchester's dedication to quality control guarantees uniformity across each batch, providing confidence in every shot. Whether you are a seasoned professional or a recreational shooter, these shells offer excellent value, performance, and consistency for your 28 gauge shotgun.
Designed for versatile shooting applications, these Winchester AA shells are compatible with a wide range of 28 gauge shotguns. They are ideal for hunters targeting game birds or for clay shooting enthusiasts aiming for tight, consistent patterns. With their dependable ignition and high-quality materials, Winchester AA 28 gauge shells provide the performance you need to succeed in every outing.

Features:

• Gauge: 28 gauge for versatile shooting applications

• Shell Length: 2-3/4 inches compatible with most 28 gauge shotguns

• Shot Size: #9 ideal for upland game and clay targets

• Quantity: 25 shells per box, 250 shells per case for extended use

• Reliable Performance: Designed for consistent patterns and dependable ignition