Engineered for adventure riders, the Andes Pro Drystar® XF Trousers combine waterproofing, breathability, and thermal insulation to tackle extreme conditions. Their stretch laminated construction and ergonomic armor placement ensure both protection and freedom of movement, while integrated features like waterproof pockets and jacket connection enhance practicality and comfort on long rides.
Features:
• Drystar®XF 3-layer stretch shell with 15k mm waterproof and breathable rating
• Full stretch chassis for unrestricted movement and reduced fatigue
• Zoned thermal insulation: 120g upper leg, 80g lower leg with welded construction
• Direct Ventilation System with strategic openings for temperature control
• Waterproof zippered pockets for secure storage
• Jacket connection zipper for integrated system protection
• Goat leather reinforcement panels on inner leg for abrasion resistance
• Magnetic buckle waist fastening for easy adjustment
• Nucleon Flex Pro CE Level 2 knee armor for superior impact absorption
• Bionic Flex CE Level 1 hip armor for certified protection and mobility
• Fully welded leg seams and dobby fabric reinforcements in key zones
• CE certified AA rating for adventure riding protection performance
Features:
• Drystar®XF 3-layer stretch shell with 15k mm waterproof and breathable rating
• Full stretch chassis for unrestricted movement and reduced fatigue
• Zoned thermal insulation: 120g upper leg, 80g lower leg with welded construction
• Direct Ventilation System with strategic openings for temperature control
• Waterproof zippered pockets for secure storage
• Jacket connection zipper for integrated system protection
• Goat leather reinforcement panels on inner leg for abrasion resistance
• Magnetic buckle waist fastening for easy adjustment
• Nucleon Flex Pro CE Level 2 knee armor for superior impact absorption
• Bionic Flex CE Level 1 hip armor for certified protection and mobility
• Fully welded leg seams and dobby fabric reinforcements in key zones
• CE certified AA rating for adventure riding protection performance