Northwave Kingrock Plus GTX talvipyöräilykengät - musta, SPD, koko 42

Winter mountain biking demands footwear that can handle freezing temperatures, slush, and rough terrain. The Northwave Kingrock Plus GTX keeps your feet warm and dry with a Gore-Tex Koala membrane and a neoprene collar that seals out snow and cold air. The SLW3 dial plus a Velcro strap delivers a precise, secure fit even with thick winter socks, while the Vibram Wolftrax sole offers confident grip on icy or muddy trails when you need to hike-a-bike. Reflective inserts boost visibility on short winter days, and the reinforced toe and heel protect against rock strikes. Whether you're commuting through slush or tackling snowy singletrack, these shoes are built for the harshest conditions.

Key specifications

• Waterproof and insulated Gore-Tex Koala membrane with neoprene collar
• Closure: SLW3 dial plus one Velcro strap for micro-adjustment
• Outsole: Vibram Wolftrax clipless sole, compatible with 2-bolt SPD cleats
• Footbed: Arctic 4Layer with EVA, aluminum, EVA, and felt for warmth down to -10°C
• Upper: Gore-Tex Koala membrane, reinforced toe and heel
• Weight: approx. 500 g per shoe (size 42)
• Colour: Black
• Size: EU 42

Why choose it

The Kingrock Plus GTX combines race-level fit with winter protection. The SLW3 dial allows on-the-fly adjustment, while the Gore-Tex membrane keeps water out without trapping sweat. The Vibram sole provides excellent traction off the bike, and the Arctic footbed reflects body heat back to your feet. Reflective details enhance safety in low light.

Ideal use cases

• Winter mountain biking on snow, ice, and mud
• Gravel and cyclocross riding in cold, wet conditions
• Fat biking in sub-zero temperatures
• Commuting in winter weather

Good to know

These shoes are designed for 2-bolt SPD cleats (not included). For best fit, consider ordering a half size up if you wear thick winter socks. The neoprene collar helps prevent debris and snow from entering the shoe. Allow the shoes to air dry after use; do not place near direct heat sources.