Women's leggings 4F grey 4FSS23TFTIF053-24S (4FSS23TFTIF053)

4F Women's Training Leggings F053 middle grey are an excellent choice for active women who value comfort and functionality during intense workouts. These leggings are made from polyamide with added elastane, which ensures flexibility and a close fit. Thanks to the seamless construction, wearers can enjoy maximum comfort and freedom of movement without worrying about skin irritations.

Breathable technology

The 4F Women's Training Leggings F053 middle grey feature a technology that ensures high breathability of the material. As a result, the leggings effectively wick away moisture, contributing to the maintenance of optimal thermal comfort even during intensive exercise. The breathable fabric allows the skin to breathe freely, which is particularly important during prolonged physical exertion.

Quick-drying material

These leggings also feature quick-drying properties of the material, which is extremely useful during physical activity. The rapid drying of the fabric allows for maintaining dryness and comfort, even during intense workouts. Such properties make the leggings not only practical but also ideal for various weather conditions.

Perfect fit

The slim fit cut of the 4F Women's Training Leggings F053 middle grey provides an excellent fit that highlights the body's assets. The elastic material with added elastane allows for unrestricted movement in any exercise. Therefore, these leggings are the perfect choice for women who expect maximum functionality and comfort from their sportswear.

4F Women's Training Leggings F053 - features:

• Seamless construction that minimizes the risk of skin irritations;
• Long legs providing full coverage during exercises;
• Slim fit cut ensuring excellent adaptation to the figure;
• Material made from polyamide and elastane ensuring flexibility;
• Breathability of the material improving training comfort;
• Quick-drying material reducing drying time after training;
• Gram weight of 250 g/m² ensuring durability and material strength.