Saunders Combo Points 11/32 125 Gr. 100 Pk.

The Saunders Combo Points 11/32 125 Gr. 100 Pk. is a specialized broadhead component designed for serious bowhunters and anglers who demand precision and reliability on the water and in the field. These combo points—also known as field points or practice heads—serve as the foundation for accurate arrow flight tuning and represent a cost-effective way to maintain your shooting setup without constantly replacing finished broadheads. Whether you're preparing for waterfowl season, practicing between hunts, or dialing in your bow's performance, having a bulk supply of quality points ensures you're never caught without the right equipment.

Each point in this 100-pack weighs 125 grains and features an 11/32-inch diameter, a standard specification that matches most conventional arrow shafts and broadhead adapters used in modern bowhunting. The combo point design allows for interchangeable use—field points develop consistent arrow flight characteristics identical to your hunting broadheads, making target practice directly transferable to real-world hunting scenarios. The 125-grain weight class is ideal for medium-draw bows and provides the ballistic consistency needed for both target competition and hunting applications, ensuring your arrow groupings remain tight and predictable across varied distances.

Bowhunters serious about shot placement and those who practice year-round will appreciate the economy of a 100-pack, which reduces per-point cost while guaranteeing availability for routine practice sessions. The 11/32 diameter and 125-grain specification are compatible with most modern aluminum and carbon arrow shafts commonly used in recreational and competitive archery. Before installation, verify that your arrow shaft's insert diameter matches 11/32 inches and confirm that your bow's draw weight and draw length are optimized for 125-grain points; this ensures optimal kinetic energy transfer and trajectory consistency. Store these points in a dry environment to prevent oxidation and maintain their performance characteristics over time.