Loc Outdoorz Carbon Hunt'r Sling Black

The Loc Outdoorz Carbon Hunt'r Sling in Black is purpose-built for modern archers who demand lightweight performance without sacrificing durability in the field. Designed specifically for compound and traditional bow users of all skill levels, this sling solves a critical problem: secure firearm carry that doesn't fatigue your shooting shoulder during extended hunting sessions. Whether you're a tactical archer, bowhunter, or competitive shooter, this carbon-infused design delivers the minimal-weight solution that serious archers have come to expect from premium equipment.

The engineering foundation of the Carbon Hunt'r centers on its carbon-infused mount, which achieves exceptional strength-to-weight ratio—tipping the scales at just 1.1 ounces total. This composite construction resists impact, moisture, and temperature swing without the bulk or rattle of traditional polymer or metal alternatives. The 19-inch extended-length sling accommodates users across a wide range of body sizes and clothing layers, with quick-adjustment capability allowing you to transition seamlessly from bare hand to gloved operation in cold-weather hunting scenarios. The universal bow compatibility—left and right-handed—eliminates the guesswork and ensures this sling integrates with virtually any modern or traditional bow platform without modification.

Hunters and competitive archers benefit most from this sling's low-profile design, which reduces sling-induced torque and vibration that can affect shot placement. Tactical archers operating in austere environments appreciate the durable carbon mount's resistance to corrosion and UV degradation. Installation is tool-free and reversible—simply attach to your bow's existing sling points and adjust to your preferred carry length. Real-world testing in field conditions shows that the weight savings—less than one-tenth of a pound—compound throughout a full hunting day, reducing fatigue while maintaining rock-solid attachment security across rough terrain and fast transitions.