Orvis

ORVIS PosiGrip™ Screw-In Studs

Quantity
1 pt.
4990 
Order by phone
Send Inquiry
Add to favorites

ORVIS PosiGrip™ Screw-In Studs

ORVIS PosiGrip™ Screw-In Studs are premium replaceable traction studs featuring exclusive tungsten carbide tips for maximum grip in demanding wading conditions. Designed for installation on both rubber and felt outsoles, they transform virtually any compatible wading boot into a more secure and stable platform for navigating slippery riverbeds.

Each stud features a self-tapping screw design for quick installation and an ultra-hard tungsten carbide tip that delivers aggressive, long-lasting traction on wet rocks, boulders, submerged wood and other slippery surfaces. The studs are suitable for boots with a minimum midsole thickness of 1/2" (12 mm). An installation driver adapter is included, making fitting fast and straightforward with any standard drill or driver.

The kit includes 24 replaceable studs, providing enough hardware to equip a pair of wading boots while keeping spares for future replacement. Made in the USA, ORVIS PosiGrip™ Screw-In Studs are an excellent choice for anglers seeking maximum traction, outstanding durability and broad compatibility with a wide range of wading boots.

Technical Specifications

Type Replaceable Wading Boot Studs
Brand ORVIS
Model PosiGrip™ Screw-In Studs
Tip Material Tungsten Carbide
Contents 24 Studs + Driver Adapter
Installation Self-Tapping Screw Design • Driver Adapter Included
Compatibility Rubber and Felt Outsoles with Minimum 1/2" (12 mm) Midsole Thickness
Country of Origin Made in USA
Purpose Maximum Traction on Slippery River Bottoms

One Stud System for Almost Any Wading Boot

Unlike traction systems designed exclusively for specific boot models, ORVIS PosiGrip™ Screw-In Studs offer exceptional versatility by fitting most rubber and felt-soled wading boots with sufficient sole thickness. Their ultra-hard tungsten carbide tips provide dependable, long-lasting grip, making them an ideal upgrade for anglers who regularly fish slippery rocks, fast currents and challenging river environments.