Hunt Specialty

For rifles chambered in 6mm cartridges, the #1530 85 grain hollow point boat tail bullet has proven to be highly effective on medium game, such as deer and antelope, and it is outstanding in this application. It is one of the best all-around bullets for rifles chambered in 6mm Remington or 243 Winchester. It is one of the most recommended bullets for varmints such as prairie dogs, groundhogs, coyotes, to medium game such as deer and antelope. Shooters using any rifle in the entire range of 6mm cartridges will find this to be an excellent bullet. This bullet shoots like a MatchKing and expands like a hunting bullet. In handguns, the 85 grain #1530 Hollow Point Boat Tail bullet is nearly ideal for all shooting applications. In cartridges from the 6mm BR up to the larger wildcats chambered in the Remington XP-100 and other strong single-shot handguns, this may be the best single bullet. When used with smaller-capacity cases at close range it would be suitable for varmints. This is a fairly "hard" bullet when fired from a handgun but a good choice for most applications and conditions.

The 140 grain #1835 Hollow Point Boat Tail bullet is intended for medium and heavier game at shorter ranges. It is a tough bullet, allowing higher impact velocities with good expansion at shorter ranges. It also delivers good long-range performance on heavier game from the 270 Winchester and magnum rifles in 270 caliber and is highly accurate.

The 130 grain #1820 GameKing bullet is a boat tail partner to the 130 grain #1830 Pro-Hunter flatbase bullet, with both having Spitzer point shapes. Like its partner, the #1820 GameKing bullet has a double taper jacket construction for good penetration and dependable expansion on medium game, together with traditional Sierra accuracy. Accurate hunting rifles firing this bullet near maximum loads frequently give half minute of angle groups. The 130 grain #1820 SBT is well suited to long-range shooting where its high ballistic coefficient, flat trajectory, and excellent energy retention complement its inherent accuracy.