Northwave Himalaya – MTB Winter Shoes MTB Winter Shoes | Bike-Discount

With the Northwave Himalaya you have warm feet thanks to the Thinsulate^® lining even under the coldest external conditions. The footbed of the MTB winter shoe offers excellent warmth and insulation, while strategically placed TPU reinforcements in the upper provide increased protection.

Despite the elements: with the Himalaya of Northwave

With this shoe you can ride both platform and click pedals. To install cleats, simply unscrew a piece of the rubber sole. Speaking of soles, this comes from Michelin and offers excellent grip on all surfaces due to the 2 different composite materials, without losing stability and stiffness, so that you still get enough power on the pedals.

The MTB shoe has an SL2 closure system, which is complemented by a longer power strap with custom-design ankle and ankle entry closures for effective weather protection.

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Features – Himalaya

• Michelin Rock’R sole with 2 different compounds and calibrated stiffness provides excellent grip on all surfaces and enhanced stability
• The leather upper with a protective waterrepellent film and Thinsulate^® 400 g lining delivers outstanding warmth and insulation even in the coldest weather
• Highly abrasion-resistant rubber reinforcements ensure 360° protection along the entire upper
• The SL2 super-quick lacing and longer power strap with custom-designed closures for the ankle and instep provide reliable weather protection and the snuggest fit around the ankle
• Reinforced rubber heel enhances protection from bumps
• Arctic GTX footbed with a four-layer aluminium and fleece construction to deliver outstanding warmth and insulation
• Large reflective inserts for enhanced visibility
• The toe mount is designed for gaiter attachment

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Technology

Thinsulate^®
The unique microfibers of Thinsulate Insulation are nearly 10 times thinner than the polyester fibers normally used in insulation for winter clothing. Thinsulate^® Insulation fibers are ideal for insulating air and reflecting back the body’s radiant heat, allowing body moisture to escape and evaporate at the same time.