Women's cycling trousers Northwave Active Bibtight W black (89251187)

Northwave Active Bibtight W black Women's Cycling Trousers are an excellent choice for female cycling enthusiasts who value comfort and functionality. Made from a combination of polyester and elastane, the trousers offer flexibility and durability, making them ideal for intense training sessions. The slim fit cut ensures a perfect fit to the body shape, which increases comfort during rides.

Freedom Evo Wmn Technology

The Northwave Active Bibtight W black women's cycling trousers are equipped with the Freedom Evo Wmn insert, which provides optimal protection and comfort during longer rides. The insert is designed with the anatomical structure of the female body in mind, ensuring excellent support and minimising discomfort. This makes every ride more enjoyable and efficient.

Breathability and Insulation

The Northwave Active Bibtight W black women's cycling trousers feature high breathability, effectively wicking moisture away from the skin's surface. Insulation provides thermal comfort even on cooler days, making these trousers an ideal choice for a variety of weather conditions. This allows users to enjoy cycling regardless of the temperature.

Straps for Better Fit

The Northwave Active Bibtight W black women's cycling trousers come with straps that further stabilise the trousers in place while riding. The straps ensure a better fit and comfort, which is especially important during intensive training sessions. This allows users to focus on achieving their goals without worries about the garment shifting.

Northwave Active Bibtight W Women's Cycling Trousers - Features:

• Freedom Evo Wmn insert providing optimal protection and comfort;
• Slim fit cut ensuring an excellent fit to the body shape;
• Polyester and elastane providing flexibility and durability;
• Insulation ensuring thermal comfort on cold days;
• High breathability enabling effective moisture wicking;
• Straps providing better fit and stability during cycling;
• High weight of 250 g/m² ensuring adequate durability.