HEVI-Shot HEVI-Bismuth Waterfowl 12 Gauge 3" 1 3/8 oz #2 Shot
Hevi-Shot Ammo
- UPC:
- 816383002186
HEVI-Shot HEVI-Bismuth Waterfowl ammunition delivers superior performance for serious hunters. This 12 gauge, 3-inch shell is loaded with 1 3/8 oz of #2 bismuth shot, providing excellent lethality for waterfowl hunting. With a muzzle velocity of 1450 fps, these shells offer flat trajectories and hard-hitting power at extended ranges. The bismuth shot, being 22% denser than steel, allows hunters to use a smaller shot size for equivalent performance, resulting in denser patterns and increased effectiveness. Safe for use in both modern and classic shotguns, HEVI-Bismuth shells combine the best of performance and versatility for discerning waterfowlers.
Product Highlights:
Specifications | |
---|---|
Manufacturer | HEVI-Shot |
Model | HEVI-Bismuth Waterfowl |
Gauge | 12 Gauge |
Shell Length | 3" |
Shot Size | #2 |
Shot Weight | 1 3/8 oz |
Shot Material | Bismuth |
Muzzle Velocity | 1450 fps |
Rounds Per Box | 25 |
Boxes Per Case | 10 |
Shot Density | 9.64 g/cc |
Recommended Use | Waterfowl hunting |
Key Features:
The HEVI-Shot HEVI-Bismuth Waterfowl 12 Gauge 3" 1 3/8 oz #2 Shot offers impressive performance characteristics that make it an excellent choice for waterfowl hunting. Here's a breakdown of its key features:
Shot Material | 9.64g/cc Bismuth 22% denser than steel for improved performance |
Gauge | 12 Gauge Standard gauge for versatile use |
Shell Length | 3 inches Magnum length for increased payload |
Shot Size | #2 Ideal for medium to large waterfowl |
Shot Weight | 1 3/8 oz Heavy payload for maximum effectiveness |
Velocity | 1450 fps High velocity for extended range and increased energy transfer |
Quantity | 25 rounds per box Convenient packaging for hunters |
Applications & Use Cases:
- Waterfowl Hunting: Specifically designed for hunting ducks, geese, and other waterfowl with superior performance.
- Upland Game: Effective for hunting larger upland birds due to its high density and velocity.
- Classic Shotgun Use: Safe for use in both modern and classic shotguns, preserving older firearms.
- Long-Range Shooting: High density bismuth maintains energy at longer distances compared to steel shot.
- Environmentally Conscious Hunting: Non-toxic alternative to lead shot, complying with waterfowl hunting regulations.
Pros and Cons:
Pros
- ✔ High Density: 22% denser than steel, allowing for improved lethality at longer ranges.
- ✔ Versatile Shot Size: #2 shot is effective for various waterfowl hunting scenarios.
- ✔ Heavy Payload: 1 3/8 oz of shot provides increased pellet count and energy transfer.
- ✔ High Velocity: 1450 fps muzzle velocity ensures excellent range and hitting power.
- ✔ Safe for Classic Guns: Bismuth shot is safe to use in both modern and classic shotguns.
Cons
- ✘ Cost: Generally more expensive than standard steel shot loads.
- ✘ Recoil: The heavy payload and high velocity may result in increased felt recoil.
- ✘ Limited Availability: Bismuth loads may be less readily available than steel or lead alternatives.
- ✘ Softness: Bismuth is softer than steel, potentially leading to more deformed pellets on impact.
About HEVI-Shot:
HEVI-Shot, a brand of Environ-Metal, Inc., has been revolutionizing the shotshell industry since its founding in 1999. Based in Sweet Home, Oregon, HEVI-Shot is known for developing and manufacturing high-performance, non-toxic shotshell ammunition. The company's innovative approach led to the creation of tungsten-based shot that is denser than lead, providing superior performance for hunters and shooters. HEVI-Shot's commitment to environmental responsibility is evident in their focus on non-toxic alternatives that maintain or exceed the effectiveness of traditional lead ammunition. Their manufacturing facilities in Oregon employ cutting-edge technology to produce some of the most advanced shotshell loads available on the market today.
Frequently Asked Questions:
- PRODUCT TYPE:
- Ammunition
- CONDITION:
- New
- UPC:
- 816383002186
- caliber:
- 12 Gauge
- shot_size:
- 2
- shell_length:
- 3