Reebok Id Train Capri women's leggings nghblk (100215141)

Women's Reebok Id Train Capri nghblk leggings are designed for intense fitness workouts and everyday exercise. Carefully selected material and thoughtful construction meet the needs of active women seeking comfort and complete freedom of movement.

Polyester material with quick-drying properties

The Reebok Id Train Capri features 100% polyester fabric that effectively wicks away moisture during intense effort. The polyester structure makes the leggings lightweight and quick-drying, directly enhancing comfort during long training sessions. The fabric maintains its fit even during vigorous movements, providing stability and comfort throughout your workout.

Anatomical fit and 3/4 length

The design is based on a fitted 3/4 leg length cut, offering optimal freedom of movement for both strength training and dynamic fitness classes. The absence of waistband adjustments and pockets simplifies the design and emphasises the leggings’ sporty character. The high waistband ensures a secure fit and additional support during exercise.

Designed for fitness and training

The Reebok Id Train Capri leggings are dedicated to fitness training, reflected in both the materials used and the cut designed for dynamic exercises. The body-hugging fit and functional leg length promote comfort during a variety of physical activities. The solutions applied meet the needs of women who value practicality and comfort in every training session.

Women's Reebok Id Train Capri nghblk leggings - features:

• Made from 100% polyester with quick-drying properties;
• Fitted 3/4 leg cut increasing range of movement;
• High waistband providing stability during exercise;
• No waistband adjustments or unnecessary pockets for maximum comfort;
• Designed for intense fitness training;
• No zips or fasteners enhancing wearing comfort;
• Stretch fabric maintaining fit during activity;
• Suitable for women seeking lightweight and breathable training wear;
• Durable fabric structure resistant to stretching during dynamic movements.