The Korkers BOA Replacement Lace Kit is perfect for the angler who likes to fish far from home. These kits come with everything you need to change out the laces of the BOA speed lacing system. Each kit comes with a spare knob, spare reel, spare tool, and a steel wire lace.

Replacement Parts & Spikes for Chota & Korkers. The self-tapping threads are specially designed to hold fast in rubber.

CARBIDE SPIKES bite into smooth, slick surfaces ensuring long-lasting, positive traction in treacherous terrain.
Package includes 40 carbide spikes and washers. For use with Triple Threat Carbide Sole and Studded Rubber Sole.

ALUMINUM HEX DISCS provide a combination of biting edges and soft aluminum that morph to surrounding geology to create positive grip in rugged, rocky terrain.

ALUMINUM bars provide a combination of biting edges and soft aluminum that morph to surrounding geology to create positive grip in rugged, rocky terrain.

A versatile cleated overshoe product that provides sure-footed traction on mossy rock, ice and slick terrain.
- 28 carbide tipped spikes per pair placed under toe, heel and ball of foot
- 24 additional spike receptacles available for custom stud placement (Not included)
- Quick release buckle and strap system for easy on/off
- Molded rubber walls at toe, heel and side provide secure fit
- Durable push-through carbide spikes placed under toe, heel and ball of foot

The 100% customizable sole that gives you endless spike, bar and hex disc traction configurations for the ultimate in options.

Sticky rubber outsole with over-molded threaded stainless steel receptacles to accept our proprietary bolt-on traction enhancement system to mix and match your traction system. Choose one sole with its traction option, then add the components from the other two for a complete set.

• Ideal for extremely slippery aquatic environments.
• Aluminum Hex Discs provide a combination of biting edges and soft aluminum that morph to surrounding geology to create positive grip in rugged, rocky terrain
• Mix and Match: Customize your soles for your particular need, even mixing and matching spikes with discs or bars.

The 100% customizable sole that gives you endless spike, bar and hex disc traction configurations for the ultimate in options.

Sticky rubber outsole with over-molded threaded stainless steel receptacles to accept our proprietary bolt-on traction enhancement system to mix and match your traction system. Choose one sole with its traction option, then add the components from the other two for a complete set.

• Ideal for extremely slippery aquatic environments.
• Aluminum Hex Discs provide a combination of biting edges and soft aluminum that morph to surrounding geology to create positive grip in rugged, rocky terrain
• Mix and Match: Customize your soles for your particular need, even mixing and matching spikes with discs or bars.

A versatile cleated overshoe product that provides sure-footed traction on mossy rock, ice and slick terrain.

Interchangeable Sole System adapts your traction to any fishing condition.

Hydrophobic materials = faster dry times which lessen the chance of spreading invasive species.

Durability: Includes cemented parts & strategic seam locations.

Internal Drainage: Water flows thru internal channels then out midsole ports, removing excess waterand weight.

Closure System: Traditional laces with rugged web loops.

2 lbs. 7 oz per pair

Ultra durable cleated overshoe product provides sure-footed traction on mossy rock, ice and slick terrain.

Traction: OmniTrax® Interchangeable Sole System adapts your traction to any fishing condition.

Closure System: BOA® M2 lacing system for quick on/off and custom fit.

Fast Drying: Hydrophobic upper material with ultra abrasion resistance and tonal camo pattern.

Durability: Molded TPU Toe Cap for durability and toe bump protection and protected stitching for prolonged thread life.

Internal Drainage: Water flows thru internal channels then out midsole ports, removing excess water and weight.

Comfort: 3PFS Achilles stabilization for the
superlative fit and function.