Description

HEVI-Shot HEVI-Bismuth Upland shotshells are designed for upland bird hunters who need a nontoxic, dense payload that delivers more pellets on target. The HEVI-Bismuth payload is specifically alloyed and cast to be denser than steel while remaining safe for modern and classic shotguns. These 16 Gauge, 2-3/4″ shells with #3 bismuth shot are ideal for flushing birds and extended field use, and they also perform well in structured range practice sessions.

Key Specifications

• The 16 Gauge chambering provides a balance of power and controllability for upland hunting scenarios.
• The 2-3/4″ shell length fits standard 16-gauge chambers and common shotgun models used in the field.
• The Bismuth shot material is 100 percent nontoxic, meeting non-toxic shot requirements for waterfowl and upland hunting areas where needed.
• The #3 shot size offers an effective patterning and pellet count suitable for pheasants, grouse, and other upland birds.
• The 9.6 g/cc HEVI-Bismuth pellets are alloyed and cast to be approximately 22 percent denser than steel, increasing downrange pellet energy and on-target pellet density.
• A box contains 25 rounds, making it convenient for extended hunting outings or organized practice sessions.
• HEVI-Bismuth is safe for fixed-choke barrels and modern shotguns, allowing use in a wide variety of firearms without damaging barrels.
• The payload is manufactured in Sweet Home, Oregon, providing traceable production for quality-conscious shooters.

Built for upland hunting and dependable field use, HEVI-Shot HEVI-Bismuth Upland 16 Gauge shotshells deliver a dense, nontoxic payload that improves pellet count on target while remaining safe for a wide range of shotguns. Whether you’re pursuing wild birds or running focused patterning and practice sessions, these loads offer consistent performance and reliable cycling for responsible shooters.

This is an AI generated description and sometimes AI gets it wrong. Please use due diligence and common sense. If something seems off, it may very well be.