Women's leggings The North Face Flex 25IN summit navy (NF0A8BRX8K21)

The North Face Flex 25IN summit navy women's leggings are designed for outdoor activities and fitness training, offering versatility during every session. This model features a fitted design and a high waist, providing comfort and freedom of movement even during intense workouts.

Advanced FlashDry™ Technology

The North Face Flex 25IN incorporates FlashDry™ technology, which effectively accelerates moisture wicking from the skin’s surface. This ensures the leggings maintain an optimal microclimate even during increased exertion. FlashDry™ enhances comfort by enabling quicker drying of the fabric and reducing discomfort.

Stretchy and Durable Material

The leggings are made from a fabric consisting of 77% polyester and 23% elastane, guaranteeing excellent stretch and durability. This blend provides freedom of movement and resistance to deformation. The fabric’s elasticity allows the model to fit perfectly to the body without restricting movement.

Fitted Design and Functionality

The long, fitted legs and absence of side seams contribute to the high comfort of the Flex 25IN model. The leggings have no waistband adjustment or pockets, which reduces potential pressure points. The thoughtful design is especially effective during activities requiring full freedom and precision of movement.

The North Face Flex 25IN summit navy women's leggings – features:

• High waist providing additional support during training;
• Use of FlashDry™ technology for fast moisture wicking;
• Fabric composition of 77% polyester and 23% elastane ensuring flexibility;
• Fitted, long legs for full freedom of movement;
• No side seams to minimise the risk of chafing during exertion;
• Design without pockets or waistband adjustment for maximum comfort;
• Model dedicated to active women, ideal for fitness and hiking;
• Material retains durability and resistance to stretching;
• Finish without cuffs for greater wearing freedom;
• No seamless construction used, which affects functionality.