Alpinestars Andes Air Drystar Women Pants Black

Description

Anatomically optimized for a womens specific fit, the Stella Andes Air Drystar® Pants have been engineered to deliver optimal protection, comfort, ventilation, and airflow in warm riding conditions, while still having the capability to be quickly and easily adapted to tackle cooler temperatures and wet weather, allowing it to be the ideal dual season touring pant.

Road-orientated fit, with pre-curved leg for superior rider comfort and reduced fatigue.
100% waterproof and breathable, detachable Drystar® membrane can be worn over or under the pant, allowing it to be easily and quickly adapted to best match the weather conditions.
Stretch inserts at crotch and knees for an enhanced fit and superior rider comfort.
Cargo pockets for enhanced utility and practicality.
Pockets to accommodate hip armor, available as an optional accessory upgrade.
Elongated panel on the lower back for enhanced coverage.
Hook and loop combat style pockets on thighs for practical storage.
Button waist and zippered fly, with a hook and loop adjustable waist, for a secure fit.
Hook and look adjustable closure on the bottom of the leg with a reinforced inner leg for durability.
¾ zipper for compatibility with Alpinestars touring jackets.
Mesh liner for enhanced rider comfort.
Waterproof liner for exceptional wet weather performance.
Nucleon Flex Plus Level 1 armor on the knees for effective impact protection.
According to European statutory law the CE mark is a conformity requirement for the marketing of this product. The following standards apply: Fully CE-certified riding garment to CE Category II EN17092-4: 2020 standard A Class.
Constructed utilizing extensive 2D mesh for optimized airflow and ventilation in warm riding conditions.
Heavy duty poly-fabric construction using Drystar® technology for 100% waterproof performance and breathability.
Mesh material on the thighs, above the knees, on the side of the knees, hips, and on the back of the calves, for optimized levels of cooling airflow.