Lightweight recycled shell pants with 2L FN Dry 20K/20K waterproofing, Hydrofree DWR, and slim technical fit for touring and all-mountain performance. The Oakley Kendall RC Shell Pants deliver premium weather protection for riders who demand reliable performance without unnecessary bulk. Constructed entirely from 100% recycled polyester, these pants minimise environmental impact while providing exceptional protection from the elements. The 2L FN Dry 20K/20K laminated shell offers superior waterproofing and breathability, keeping you dry through deep powder, heavy snow, and wet conditions while allowing heat and moisture to escape efficiently. Hydrofree DWR treatment reduces water absorption and prevents long-term moisture retention within the fabric, ensuring the material remains dry and comfortable against the skin. Fully taped seams seal out moisture at every critical junction, while the slim fit is engineered for natural movement and efficient layering. Mesh-lined inner thigh vents provide on-demand airflow for temperature control during high-output ascents or aggressive riding. Waterproofing 2L FN Dry 20K/20K laminated shell with Hydrofree PFC-free DWR finish and fully sealed seams for exceptional protection up to 20,000mm waterproofing and 20,000g/m²/24h breathability Warmth Shell only with mesh-lined inner thigh zip vents for customised temperature regulation during varied activity levels Fit Slim fit designed for streamlined performance and comfortable layering with lightweight construction at 173g Adjustable bonded Velcro waist tabs with double snap closure: Customise fit quickly for secure all-day comfort without adding bulk. Zippered hand pockets: Keep essentials accessible and protected from moisture throughout the day. Abrasion-resistant kick panels: Reinforced construction protects against boot scuffs and binding wear in high-impact zones. Ankle gussets with zip: Allow easy entry over boots while maintaining clean fit and weather protection. Elastic boot gaiters with metal hook: Seal out snow at boot interface for enhanced comfort and dryness during storm laps.
