The Northwave Celsius Arctic 2 GTX winter boot is constructed to withstand the most extreme weather conditions winter has to offer. Warm and waterproof and made with the Gore-Tex® membrane that guarantees total protection against water, wind and snow, while still delivering extremely good breathability.

• Jaws Carbon Reinforced Sole
• Made with thermoplastic material enriched with carbon powder and a natural rubber tread for a great lightness and maximum grip even on the most challenging descents.
• Speed Lace Closing System
• The Speed Lace closing system allows a perfect sealing of the foot, while providing excellent speed and functionality: lock and release in a few gestures.
• Be visible, be safe range
• The “Be visible, Be safe” range is designed to ensure maximum visibility and safety for cyclists even in the trickiest conditions.
• Particularly in winter when days are shorter and you’re riding in fog and rain, it’s vital for cyclists to have technical features they can count on to increase visibility: that’s why our bright fluorescent colours, strategically positioned reflective details and inserts, and the special HiViz LED device are the best solutions available.

Thermic insulated construction
Thermic Insulated Construction is a new construction system used to provide performance for the Celsius and Fahrenheit products and guarantees:

Maximum thermal insulation in the upper part of the collar and the area where the shoe connects with the pedal. The insulating material that completely covers the holes of the plate offers better heat protection for the lower part of the foot.
Better protection against the rain, particularly on the upper part of the shoe. The
material can also be easily washed after cycling in muddy conditions.
Footwear with unbeatable breathability

Speed Lace System is a fast and functional closing systemfor a perfect hold on the foot. Just pull the cord and push the mechanism downwards automatically locking the lacing in place. It is easy to release simply by pressing on the lever and pulling the mechanism upwards.