Built for hard-charging freeride days, the Incendia Pant delivers unmatched durability and weather protection with a relaxed, high-rise fit that moves freely in big terrain. From lift-served laps to backcountry missions, its rugged GORE-TEX PRO ePE construction keeps you dry, breathable, and protected when conditions turn harsh. The tough 200D recycled nylon canvas face fabric stands up to abrasion, while Keprotec™ instep reinforcements guard against ski edges, boots, and crampons. Thigh vents help manage heat on bootpacks or hikes, and adjustable hem cinches seal out snow and debris while dialing in your fit over boots. Designed with a relaxed silhouette for unrestricted mobility, the Incendia Pant is built for confident skiing in demanding conditions.
- GORE-TEX PRO ePE fabric delivers waterproof, windproof, breathable protection with PFAS-free construction
- Durable 200D recycled nylon canvas face fabric built for aggressive freeride use
- Relaxed, high-rise fit with articulated patterning for freedom of movement
- Thigh vents for temperature regulation on climbs and warm days
- Keprotec™ instep reinforcements and adjustable hems for durability and boot compatibility
- Winter 2025/26 product
bluesign®
bluesign® works at each step in the textile supply chain to approve chemicals, processes, materials, and products that are safe for the environment, safe for workers, and safe for the end customers. Manufacturers partner with bluesign systems to ensure the fabrics they use meet the highest environmental and human safety standards.
Fair Trade Certified
Fair Trade Certified products are made in factories that use construction methods which adhere to the standards set forth and established by Fair Trade USA. This certification ensures factory workers receive fair wages, work in safe conditions, and are empowered to voice their concerns in the workplace.
GORE-TEX®
GORE-TEX® is an extremely thin membrane that’s durably waterproof, windproof, and breathable. It has over 9 billion pores per square inch that are each 20,000 times smaller than a water drop, but 700 times larger than water vapor. This means that rain won’t get through the membrane, but that perspiration vapor can escape. Different iterations of this basic membrane principle are used in a variety of products throughout the outdoor industry.