The Multicam Alpine™ Skytour Ascentshell™ Collection, developed by Outdoor Research in collaboration with freeskiing legend Mark Abma, offers an exclusive set of high-performance backcountry skiing gear. The release is limited with only 125 kits available.
The Outdoor Research x Mark Abma limited edition capsule includes a jacket and bib pants, both crafted from AscentShell™ Air 3L fabric, which is designed to provide excellent breathability and weather protection while remaining free from harmful PFAS chemicals. The jacket and bibs are intended for serious backcountry skiers, offering durability and flexibility for long, demanding days in varied conditions. The silhouettes boast a unique alpine camouflage pattern, originally created for U.S. Special Forces. It is designed to allow wearers to move discreetly and efficiently through snowy landscapes.
Freeskier-Aproved Outdoor Lines
Outdoor Research & Mark Abma Debut a New High-Performance Capsule
Trend Themes
1. Pfas-free Outdoor Apparel - The move towards PFAS-free fabrics in outdoor gear signifies a shift to environmentally friendly and health-conscious product materials.
2. High-performance Collaborative Capsules - Collaborations between outdoor brands and professional athletes are yielding limited edition, high-performance gear tailored for niche markets.
3. Tactical-inspired Skiwear - Integrating tactical design elements like camouflage patterns originally intended for military use into outdoor apparel caters to advanced users seeking efficiency and stealth.
Industry Implications
1. Outdoor Apparel - The outdoor apparel industry is rapidly adopting specialized materials and collaborative designs to enhance performance and sustainability.
2. Sports Equipment Manufacturing - Manufacturers in the sports equipment sector are innovating with sustainable, high-tech materials to meet the demands of professional athletes and enthusiasts.
3. Eco-friendly Textiles - The textile industry is seeing an increase in demand for eco-friendly materials, especially those designed to replace harmful chemicals like PFAS in high-performance applications.