DAINESE TEMPEST 3 D-DRY WOMEN’S PANTS

The Dainese Tempest 3 D-Dry Women’s Pants are engineered to provide optimum warmth and dryness in cold and wet weather conditions, ensuring riders stay comfortable and protected on their journeys. The inclusion of CE level 2 armor for knee protection underscores the commitment to safety, while a dedicated hip pocket stands ready for optional hip armor (available separately), allowing riders to customize their protective gear according to their preferences.

Advancing into its third generation, the Tempest D-Dry pants now integrate D-Stone fabric in high-impact areas, significantly enhancing abrasion resistance. The removable thermal layer serves as an insulating barrier, effectively retaining heat during colder climates. The adaptability of these pants is highlighted by the option to detach the thermal layer when weather conditions permit, providing versatility for riders facing fluctuating temperatures.

Strategically placed air vents on the thighs facilitate airflow to the D-Dry membrane, optimizing the pants for cooler rides. This ensures a balanced climate within the pants, preventing overheating and maintaining rider comfort. The ergonomic design is further enhanced by features such as calf zippers, a waist adjustment system, and a jacket-to-pants fastening system, allowing for a tailored fit and ease of use.

In addition to its protective and functional elements, the Tempest 3 pants also prioritize convenience with two outer pockets for storage. The compatibility with the Dainese Suspenders Kit (available separately) adds an extra layer of customization for riders who prefer suspenders. Reflective inserts contribute to enhanced visibility, particularly in low-light conditions.

In addition to its protective and functional elements, the Tempest 3 pants also prioritize convenience with two outer pockets for storage. The compatibility with the Dainese Suspenders Kit (available separately) adds an extra layer of customization for riders who prefer suspenders. Reflective inserts contribute to enhanced visibility, particularly in low-light conditions.