Dare 2b Torrek Lite Wind-Resistant Trousers - Blue - 16

Currently unavailable

Currently unavailable
The Dare 2b Torrek Lite Trousers are designed for adult women who need reliable, high-performance apparel for mountain hiking and high-energy outdoor activities. These trousers excel by offering a lightweight, wind-resistant construction with articulated knees for maximum mobility, though users should note that while they are water-repellent, they are not designed to be fully waterproof in heavy downpours.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Female |
| Material | Nylon |
| Dress Size UK | 16 |
| Model Part Number | 5063516386254 |
| Brand | Dare 2b |
No, they have a water-repellent finish, which is ideal for light showers, but they are not fully waterproof.
They are designed for high-energy activity and wind resistance. For extreme sub-zero temperatures, they may need to be layered with thermal base layers.
The part-elasticated waist should feel snug but comfortable. The articulated knees should align naturally with your joints without pulling.
The trousers are crafted from durable nylon designed for movement and are cut with articulated joints to provide a high range of motion.
Yes, machine wash on a cool, gentle cycle with mild detergent.
The DWR coating may be worn down. Wash the trousers and tumble dry on low to reactivate, or apply a re-proofing spray.
Check for debris or dirt caught in the zipper teeth; clean gently with a soft brush and ensure no fabric is caught.
To ensure the longevity of your Torrek Lite Trousers, machine wash them in cool water on a gentle cycle. Always avoid harsh chemicals, bleaches, or fabric softeners, as these can strip the DWR coating. For the best maintenance of the water-repellent finish, tumble dry on a low heat setting occasionally, which helps to reactivate the DWR treatment. If the water repellent properties begin to fade significantly over time, you can apply a standard technical DWR spray to restore performance. Store in a dry, well-ventilated area away from direct heat sources to prevent material degradation.