Saunders Combo-bulge Points 9/32 100 Gr. 100 Pk.

The Saunders Combo-bulge Points 9/32 100 Gr. 100 Pk. are an essential broadhead option for bowhunters and serious anglers who demand consistent, reliable performance on the water and in the field. These broadheads are engineered to deliver the kind of penetration and accuracy that separates successful hunts from missed opportunities. Whether you're pursuing waterfowl, freshwater game fish, or larger game near coastal and riverine environments, this 100-pack provides the quantity needed for extended seasons and practice sessions without frequent resupply interruptions.

Built with Saunders' proven combo-bulge point design, these 100-grain heads feature a hybrid cutting geometry that combines a sharp, defined point with expanded blade shoulders for superior energy transfer and wound channels. The 9/32-inch shank diameter ensures compatibility with standard arrow shafts and maintains the tight tolerances required for accurate flight at extended distances. The bulge-point configuration reduces deflection on impact with bone and heavy muscle tissue, while the streamlined profile minimizes wind drift—a critical advantage when hunting or fishing in open water where wind conditions are unpredictable. At 100 grains, these broadheads deliver optimal balance between kinetic energy and momentum, suitable for most modern compound and crossbow setups.

Bowhunters targeting waterfowl, pike, and musky in freshwater and brackish environments benefit most from this bulk pack format. The 100-count quantity supports practice routines, field trials, and multi-day expeditions without compromise. These heads are field-proven in high-moisture environments and deliver consistent performance when stored properly. Compatible with standard 9/32-inch shank arrows used in most hunting platforms, installation is straightforward—simply screw onto prepared shafts using a broadhead wrench. Professional guides and tournament-level bowhunters rely on Saunders broadheads for their reliability under demanding conditions.