The G2 Research RIP 12 Gauge Slug is engineered for rapid and effective stopping power within a zero to ten-yard effective range. Crafted from solid brass, this slug features five segmenting trocars that break off upon impact, creating multiple wound channels to increase tissue damage and ensure quick incapacitation. The base portion of the slug continues to penetrate deep into the target, with an expected penetration of 14 to 16 inches, while the trocars penetrate approximately 9 to 11 inches with a spread of 4 to 6 inches, maximizing both depth and spread for optimal performance. Designed specifically for smooth, cylinder bore shotguns, the solid brass construction guarantees durability and consistent expansion during use. This ammunition is ideal for self-defense scenarios where stopping power and wound channel creation are critical. Each box contains five slugs, with a total of 100 units per case, making it suitable for multiple deployments or training purposes. The G2 Research RIP slug combines innovative design with reliable ballistic performance, providing a formidable option for law enforcement, security personnel, and responsible shooters seeking a high-impact, reliable projectile. With a grain weight of 122 grains and a length of approximately 10.49 inches, this slug is optimized for 12 gauge 2.75-inch shotgun chambers, offering consistent performance and ease of handling. The G2 Research model RIP slug is a cutting-edge solution for those requiring maximum stopping power in close-quarters situations.
Features:
- Effective range: Zero to ten yards for maximum impact
- Segmenting trocars: Break off upon contact to create multiple wound channels
- Deep penetration: 14-16 inches with base slug, 9-11 inches with trocars
- Spread: 4 to 6 inches for increased coverage
- Material: Solid brass construction for durability and reliable expansion
- Compatibility: Designed for smooth, cylinder bore shotguns
- Quantity: 5 slugs per box, 100 units per case
- Designed for high-impact self-defense and tactical applications
