Women's trousers Rab Power Stretch Pro black (QFE-41)

Rab Power Stretch Pro women's trousers black are the perfect choice for women engaging in various sports activities. Made from high-quality materials, they provide comfort and freedom of movement. Thanks to the use of polyester, polyamide (nylon) and elastane, the trousers are very stretchy and quick-drying, making them ideal for intense training sessions.

Polartec® Power Stretch® Pro Technology

Rab Power Stretch Pro women's trousers black utilise advanced Polartec® Power Stretch® Pro technology. This technology provides excellent thermal insulation while allowing the skin to breathe. As a result, even during intense exertion, you will maintain thermal comfort and a feeling of dryness. Additionally, the material is very durable and resistant to pilling, ensuring a long product lifespan.

Flatflock for comfort

Rab Power Stretch Pro women's trousers black are equipped with Flatflock technology, which minimises the risk of chafing and skin irritation. Flat seams provide additional wearing comfort, which is invaluable during prolonged use. The slim fit cut emphasises the silhouette while ensuring full freedom of movement.

Practicality and functionality

Rab Power Stretch Pro women's trousers black feature long, fitted legs that hug the body perfectly. This makes them practical and functional in various weather conditions. The material dries quickly, which is a great advantage in changeable weather.

Rab Power Stretch Pro women's trousers - features:

• Advanced Polartec® Power Stretch® Pro technology for better insulation and breathability;
• Stretchy material made of polyester, polyamide (nylon) and elastane providing comfort of movement;
• Flatflock technology minimising the risk of chafing and irritation;
• Slim fit cut emphasising the silhouette and providing comfort;
• Long, fitted legs hugging the body for better functionality;
• Quick-drying material ideal for changeable weather conditions;
• Resistance to pilling ensuring long trousers lifespan;
• Breathable material allowing thermal comfort during intense exertion.