Matching the Voyager Dryo jacket, the SCOTT Voyager Dryo Pant is made for diverse weather conditions. Well ventilated & with stretch panels for best action, these pants won’t let you down. D3O® protectors at knee & hip with multiple height positions give you the additional safety during your adventure out. Features 500D polyamide fabric with direct-coated, breathable, wind- & waterproof two-layer DRYOsphere membrane Comfortably soft & breathable mesh lining with specially ventilated 3D mesh insert in the seat area Pleasant fiber fleece lining on the inside of the waistband Removable thermal lining with 40 gr. filling Regular fit Absolute freedom of movement due to stretch inserts 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 Embossed synthetic leather reinforcement on the inside of the knee 76 cm connection zipper Two outer pockets with fleece lining 1 waterproof cargo pocket Width adjustment on waistband & hem Perfect visibility due to reflective elements Anti-slip insert in the seat area Extra robust, colored YKK Flex Fix® Avant press-studs Closure with press-stud & hook PFC-free DWR treatment Weight approx. 1, 9kg Waterproofness 10, 000 mm (ISO 811: 2018) Breathability 20, 000 gr./m²/24h (KS K 0594: 2021) Two-layer DRYOsphere membrane Wind & waterproof Effective ventilation 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.