Women's trekking trousers Rab Incline grey QFV-02 (QFV-02)

Rab Incline Beluga Women's Trekking Trousers are an excellent choice for outdoor enthusiasts who love staying active. Designed for trekking, they guarantee comfort and functionality even during long hikes. Made from a combination of polyamide and elastane, they provide flexibility and durability while protecting against wind thanks to Rab Matrix™ technology.

Technologies Supporting User Comfort

Rab Incline Beluga women's trekking trousers are equipped with advanced technologies that enhance user comfort. Rab Matrix™ technology ensures windproofing, which is crucial during hikes in challenging weather conditions. Additionally, the DWR water-repellent finish increases protection against light rain, although the trousers are not fully waterproof.

Practical Solutions and Comfort

Rab Incline Beluga women's trekking trousers offer practical details that make them easy to use. YKK® zippered pockets provide secure storage for small items. Snaps and YKK® zips on the fastenings make putting on and taking off the trousers easier. The regular fit and straight legs ensure comfort and freedom of movement during hikes.

Eco-Friendly Production Approach

Rab Incline Beluga women's trekking trousers are environmentally friendly as they contain no fluorocarbons. By choosing this model, you support sustainable production and minimise negative environmental impact. The breathable fabric increases comfort by allowing the skin to breathe freely during activity.

Rab Incline Women's Trekking Trousers - Features:

• Advanced windproofing thanks to Rab Matrix™ technology;
• DWR water-repellent finish for enhanced moisture protection;
• Breathable fabric ensuring comfort during physical activity;
• YKK® zippered pockets for secure storage;
• Regular fit for optimal fit and freedom of movement;
• Durability and flexibility thanks to the use of polyamide and elastane;
• Snaps and YKK® zips on fastenings for ease of use;
• Straight legs that do not restrict movement;
• Environmentally friendly due to the absence of fluorocarbons.