37°C TEMPERATURE
REGULATION

Research has proven that 37°C is the optimal core body temperature for maximum physical output as well as rider comfort. Maintaining 37°C rider core body temperature across changing weather conditions and varying intensity levels is uniquely challenging. 37°C is part of a year-around system to optimize rider comfort and efficiency.

With 37°C, we factor in things we can control — moisture management, wind penetration, and temperature regulation, with things we can't control like changing temperature and weather conditions. 37°C also accounts for the three phases of exertion related to heat management during cool to cold weather riding: 1/ heat retention, 2/ core temperature maintenance, and 3/ breathability.

37°C utilizes a unique combination of insulating fabrics, wind/water blocking materials, layering, and strategically placed active and passive ventilation. It's the perfect riding partner every day of the year, in every weather condition.

HEAT CONTROL TECHNOLOGY

Passive venting uses low-pressure airflow over and around the rider to extract heated air from the mid-section of the rider's back. Venting heat from this area is key to not overheating as exercise intensity increases.

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NEXT GENERATION METALLIC THERMAL TECH

Updated for 2017, Next Generation METALLIC THERMAL TECH provides more heat radiation surface area for increased retention of body heat. A new textured surface pattern creates a warm air space increasing effectiveness, and minimizing fabric clinging to the skin.

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WIND BLOCK WIND CHILL

PASSIVE VENTING

Control body temperature by utilizing aerodynamics to pull overheated air from the body surface.

HEAT MANAGEMENT

Retain heat in critical areas to maintain core body temperature for sustained performance.

WATER PROTECTION

Guard the rider from the chilling effects of spray, mist, rain, and snow.

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WIND PROTECTION

Shield the cyclist from wind chill with wind blocking technologies that conform to the riding position.

ACTIVE VENTILATION

Regulate body temperature with the use of strategically-placed, rider-controlled zippers and vents.

LAYERING

Utilize innovation to create multiple layers, each working in harmony to maintain rider comfort.

TECHNOLOGIES- 2017 AUTUMN & WINTER -