Icetrax V3 Tunsgten Ice Grips
Article number: | IT-V3T-L/XL |
Availability: | In stock |
- NEW & IMPROVED TRACTION – Prevent slips and falls this winter with our new and improved ICETRAX V3 premium ice grips. Designed in Canada for harsh winter conditions, these ice grippers feature 9 strategically placed Tungsten Carbide ice cleat crampons combined with our proprietary snow tread traction system for maximum traction on ice and snow. ICETRAX ice cleats help you to walk, run and work more confidently in slippery winter conditions without worrying about slipping.
- StayON SECURE FIT – Crampons with innovative StayON toe cap ensures a snug and secure fit on most types of footwear. The StayON toe cap design prevents the ice cleats from falling off or moving around while in use – no more worrying about whether or not your ice cleats have fallen off after just a few steps! Superior fitting ICETRAX V3 ice grippers ensures extra stability and safety for the user by securely staying in position on your shoes and boots.
- EASY TO USE – ICETRAX traction cleats easily slip-on around most types of footwear in seconds. Simply place the toe cap of the traction aids over the front of your shoe/boot, then pull the heel of the grippers over the back of your shoe/boot. When not in use, the snow grips are lightweight and portable enough to be stored compactly.
- NIGHT TIME SAFETY – Ice cleats for shoes and boots with built-in reflective heel for added night-time visibility and safety while walking or running in dark low visibility conditions. The unique reflective panels incorporated into the heels of the crampons help to reflect light from car headlights and streetlamps. Reflective heels add another layer of safety and make the ICETRAX traction aids perfect for people who enjoy walking or running in the early morning or evenings when it is dark out.
- DURABLE – Designed in Canada to endure heavy use throughout the cold winter months with durable reinforced joints and surfaces made with a special TPE rubber compound which stays strong and retains elasticity in frigid cold temperatures.