Fiocchi's Golden Waterfowl line offers a premium selection of steel shot shells designed specifically for waterfowl hunting. Crafted with treated pellets, heavy-duty wads, clean-burning powders, and reliable primers, these shells deliver consistent performance in the field. The optimized formula provides an excellent balance of speed and patterning, making them a dependable choice for hunters seeking effective waterfowl loads. The 12 gauge shells feature a 3-inch length, 1 1/4 ounces of steel shot in size 2, and a muzzle velocity of 1350 feet per second, ensuring sufficient power and range for waterfowl pursuits. Each box contains 25 shells, with 10 boxes per case, making them suitable for extended hunting trips or professional outfitting. The shells are designed for hunting applications, offering reliable patterning and consistent shot delivery to maximize success during waterfowl hunts. The treated shot type enhances performance by reducing deformation and improving shot pattern uniformity, resulting in tighter spreads and better shot placement. Fiocchi's meticulous manufacturing process ensures each shell meets high standards of quality and reliability, making them a trusted choice among waterfowl hunters and outfitters across the country. Whether in the marsh or flooded fields, these shells are engineered to perform under demanding conditions, providing hunters with confidence and consistency with every shot.
Features:
- Application: Designed for waterfowl hunting in wet and marshy environments
- Gauge: 12 gauge for versatile hunting scenarios
- Type: Steel shot for environmentally friendly and effective waterfowl hunting
- Length: 3-inch shells for optimal range and patterning
- Ounces: 1 1/4 oz of steel shot for sufficient payload
- Shot Size: Size 2 for effective waterfowl targeting
- Muzzle Velocity: 1350 fps for long-range accuracy and power
- Rounds Per Box: 25 shells for extended shooting sessions
- Boxes Per Case: 10 for bulk purchasing convenience
- Shot Type: Treated shot for improved pattern and reduced deformation