Pants ALPINESTARS Andes Pro Drystar® XF Short black / dark gray. Designed for adventure touring, the Andes Pro Drystar® XF - Short Pants feature a 3-layer Drystar® XF waterproof membrane (15k mm waterproof rating, 15k g/m²/24hr breathability) with a full-stretch textile construction.

The short leg cut and strategic ventilation optimize comfort and mobility in extreme conditions. They include Nucleon Flex Pro CE Level 2 knee protectors and Bioflex Level 1 hip protectors.

MAIN CHARACTERISTICS

• Waterproof and breathable Drystar® membrane provides complete protection against rain, snow, and wet terrain.
• Short leg cut optimized for riders with shorter inseams or a preference for a precise fit.
• Thermal liner system regulates body temperature in varying weather and changing riding conditions.
• CE-certified knee and hip protectors provide proven safety on unpredictable off-road terrain.
• Strategic ventilation expels heat during demanding sections and in warm weather.
• Abrasion-resistant textile construction withstands continuous contact with the motorcycle and trail obstacles.
• Multi-point adjustment system accommodates layering and ensures comfort on long rides.
• Integration with Alpinestars jackets via a connecting zipper creates complete weather protection.
• Armor pockets at knees and hips compatible with CE-certified impact protectors
• Abrasion-resistant Drystar® textile in critical impact zones for fall protection
• Adjustable knee protector positioning system ensures optimal coverage in riding position
• Reinforcements in high-impact areas designed for protection during adventure touring and off-road terrain
• Compatible with Alpinestars CE-certified armor, including Nucleon Flex Pro Level 2 (knees) and Bioflex Level 1 (hips) protectors
• 3-layer Drystar® XF laminated fabric with integrated waterproof and breathable membrane
• Reinforced panels on seat, knees, and lower leg
• Full stretch chassis with multi-panel construction and stretch fabric inserts
• Fully taped seams
• Triple-stitched seams reinforced at critical stress points