The Federal 3rd Degree 12 Gauge hunting shotshells are engineered for optimal performance at close and long-range distances. Featuring the innovative FLITECONTROL FLEX wad, these shells deliver tight, forgiving patterns that enhance shot spread for more effective hunting. The three-stage payload combines No. 5 copper-plated lead, No. 6 FLITESTOPPER lead, and 18 g/cc No. 7 HEAVYWEIGHT TSS shot, providing a balanced combination of pattern density and penetration. This design ensures reliable patterning at close ranges while maintaining deadly impact at extended distances, making it an excellent choice for a variety of game.
These 12 gauge shells are loaded with a 3.5-inch length case, containing 2 ounces of shot, with a shot size of 6. The muzzle velocity reaches 1250 feet per second, offering a powerful shot suitable for demanding hunting scenarios. Each box contains five rounds, and the cases are sold in bulk for convenience, with fifty boxes per case. The shells are ideal for hunters seeking precision, power, and versatility, whether pursuing upland game or waterfowl.
Designed for reliability and consistent performance, the Federal 3rd Degree shells combine innovative shot technology with high-quality materials. The No. 6 shot size provides a good balance for various hunting applications, ensuring effective shot patterns and impactful hits. With their advanced payload and high velocity, these shells are a dependable choice for hunters aiming for success in the field, offering both pattern density and effective penetration at varying distances.
Features:
- Innovative FLITECONTROL FLEX wad for tighter, more forgiving patterns
- Three-stage payload combining No. 5 copper-plated lead, No. 6 FLITESTOPPER lead, and No. 7 HEAVYWEIGHT TSS shot
- Powerful 1250 fps muzzle velocity for long-distance performance
- 3.5-inch case length with 2 ounces of shot for effective impact
- Shot size 6 ideal for diverse hunting scenarios
- Case contains 50 boxes of 5 rounds each for bulk convenience
- Designed for reliable patterning and penetration at various ranges
