Ramshot Hunter delivers consistent velocities and exceptional accuracy for medium to large game hunting applications. This spherical ball powder provides excellent metering characteristics and temperature stability across diverse hunting conditions.
What Makes This Different
Ramshot Hunter's spherical design ensures uniform powder charges and consistent ignition compared to extruded powders. The advanced formulation maintains velocity consistency within 15 fps across temperature ranges from -40°F to 140°F. This temperature stability translates to predictable point of impact regardless of seasonal hunting conditions.
Key Features
- Spherical ball powder design for precise metering and consistent charges
- Optimized burn rate for .243 Winchester through .300 Winchester Magnum
- Temperature stable formulation maintains consistent velocities
- Low copper fouling characteristics extend barrel life
- Excellent lot-to-lot consistency for reliable load development
- Clean burning formula reduces residue buildup
- 1-pound capacity provides approximately 140-200 loads depending on cartridge
Field testing demonstrates Ramshot Hunter's ability to maintain sub-MOA accuracy in bolt-action rifles when properly loaded. The powder performs consistently in hunting scenarios from early season heat to late season cold snaps. Hunters report reliable ignition and consistent terminal performance on medium to large game at extended ranges.
Technical Specs
- Weight: 1 pound (454 grams)
- Powder type: Spherical ball powder
- Burn rate: Medium-slow, similar to H4350
- Recommended cartridges: .243 Win, .270 Win, .30-06, .300 Win Mag
- Storage: Cool, dry location away from heat sources
- Shelf life: 10+ years when properly stored
- Country of origin: Belgium
- Packaging: Metal canister with moisture-resistant seal
Ramshot Hunter represents a reliable choice for hunters seeking consistent performance across varied conditions and cartridges. The powder's proven track record and temperature stability make it particularly valuable for hunters who cannot afford point-of-impact shifts during critical moments.