HWZ S-Lock Ratchet Lever Pivot Lock for S Series Harris Bipods – Quick, Secure Tension Adjustment

Upgrade Your Harris S-Series Bipod with the HWZ S-Lock Ratchet Lever

The HWZ S-Lock Ratchet Lever Pivot Lock is designed to replace the traditional tension knob on Harris S-Series (swivel) bipods. Crafted from steel and aluminum, it delivers a robust, non-plastic alternative that feels precise and solid in the hand. The lever setup introduces a controlled ratchet action, making swivel tension adjustments smoother and more deliberate during setup or on the move.

Key attributes center on a lightweight yet durable build, easy installation, and a tangible sense of torque that helps you dial in tension quickly. The unit’s design focuses on repeatable performance, so you can trust the level of tension from shot to shot without rechecking settings on the fly.

• Made of steel and aluminum, not plastic, for durability in varying conditions.
• Ultra lightweight at 1.2 oz with an optional black metal spacer for a tailored fit.
• Enables Harris S-Series bipods to adjust swivel tension rapidly with added torque for locking the position.
• Easy-to-use adjustable ratchet lever replaces the thumbnut on bipods, simplifying the adjustment process.
• Fits all S-Series (swivel) bipods, replacing the tension adjusting knob for a firmer level control.

In real-world use, the tactile click of the ratchet provides clear feedback as tension changes, helping you settle into a stable setup whether you are on a windy ridge, a dusty range, or a remote field edge. The optional spacer adds flexibility for ensuring a snug fit across different mounts or rails. While results can vary with equipment and conditions, this lever aims to offer a dependable way to manage swivel tension with less fiddling and more focus on your target and surroundings.

Consider the S-Lock as a potential upgrade for shooters who value control, consistency, and a streamlined adjustment process. It’s positioned to support practical, on-the-ground needs without overpromising outcomes, leaving room for individual setup preferences and task-specific adjustments.