30-06 Power Point Field Points 9/32 100 Gr. 12 Pk.

The 30-06 Power Point Field Points 9/32 100 Gr. 12 Pk. represents a proven choice for archers and field shooters who demand reliable, consistent practice and hunting ammunition. Built on decades of archery ammunition development, these field points serve as the non-broadhead counterpart to cutting heads, allowing shooters to safely practice at targets and paper without damaging premium broadheads. Whether you're preparing for season, maintaining marksmanship during off-season, or running diagnostic checks on arrow flight, quality field points are essential to any serious archer's toolkit.

These 100-grain field points feature a pure steel construction with a rugged black zinc coating designed to withstand repeated impact and environmental exposure without corrosion or tip deformation. The 9/32-inch shaft diameter ensures compatibility with standard arrow platforms, while the 100-grain mass is purpose-engineered to match common broadhead weights, maintaining identical ballistics and trajectory for true practice-to-field transition. Each point is manufactured to ±1.5-grain accuracy specifications, a critical tolerance that prevents arrow flight inconsistency and ensures grouped shots at distance. The black zinc finish not only resists oxidation in field conditions but also minimizes glint when targeting, an advantage during daylight practice sessions.

Law enforcement and military archers, competitive field shooters, and hunters preparing for elk, deer, or small-game seasons all benefit from having multiple matched sets of field points in rotation. The 12-pack provides sufficient ammunition for extended practice sessions, round-robin competitions, or seasonal preparation without requiring frequent replacement. These points are compatible with any 9/32-inch carbon or aluminum shaft and pair seamlessly with standard broadhead sockets, making them a versatile addition to any quiver. Inspect regularly for tip wear or straightness issues, and replace points that show visible deformation to maintain accuracy standards.