The SCOTT Dualraid Dryo Pant is designed to protect you in whatever condition you find yourself. It features a removable 3-layer DRYOsphere inner pant & is comfortable & breathable at the same time. D3O® protectors at knee & hip with multiple height positions give you the additional safety during your adventure out. Don`t plan your next expedition without these pants. Features Twin HD polyamide fabric with removable, breathable, wind- & waterproof, three-layer DRYOsphere membrane Pleasantly soft & breathable mesh lining Removable inner pants made from three-layer DRYOsphere, partly with 80 gr. Dexfil® filling Pleasant fiber fleece lining on the inside of the waistband Ventilation system with practical magnetic closure Optimal temperature regulation thanks to ventilation system Certified D3O EN 1621-1 Level 2 protectors on knee & hip according to EN 17092-3 (class AA) Pocket for knee protector with several height settings Washable, 1.1 mm cowhide leather reinforcement on the inside of the knee Two-layer fabric for reinforcement on knees & buttocks 76 cm connection zipper Two outside pockets Width adjustment at waistband & hem Absolute freedom of movement due to stretch inserts Anti-slip insert in the seat area Perfect visibility due to large reflective insert Closure with press-stud & hook PFC-free DWR treatment Weight approx. 1, 55kg Waterproofness 10, 000 mm (ISO 811: 2018) Breathability 15, 000 gr./m²/24h (ASTM E96 / E96M
- 95) Three-layer DRYOsphere membrane Wind & waterproof Ventilation system with practical magnetic closure Care instructions Do not iron Not suitable for tumble dryer Machine wash: synthetic program/fine wash, easy care (max. 30 °C) Do not dry-clean Do not bleach SCOTT DRYOsphere DRYOsphere materials provide a waterproof/windproof/breathable protective layer against wind & weather. The technology acts as a shield against wind & water, while being extremely breathable & keeping you dry & comfortable in all weather conditions. D3O® D3O® is a unique material that focuses on energy dissipation in critical areas for maximum shock absorption & protection. Energy is dispersed through the synthetic elastomer polymer, while the enhanced chemistry further disperses this energy through the matrix, significantly reducing the impact effect.