'ShredShox' are an aftermarket accessory for skiers to incorporate onto their skis as a way to elevate their overall comfort and avoid the discomfort that can come with extended runs. The equipment was developed by Next Level Platforms with a profile inspired by bicycle suspension systems and comes with two units with one for each ski. The flexible carbon fiber platform keeps the skier's foot suspended over the ski using two XFusion air spring mountain bike shocks, which will greatly reduce the impact on the body during runs.
'ShredShox' are constructed using either aerospace-grade 7075-T6 aluminum or military-spec titanium that combines with the air springs to have a 2.4-pound weight per unit. Priced at $1,995, the accessories are slated to start shipping in October 2025.
Aftermarket Air-Spring Skier Accessories
'ShredShox' Absorb Shocks and Elevate Overall Comfort
Trend Themes
1. Aftermarket Ski Enhancements - The rise of aftermarket accessories like 'ShredShox' highlights a growing demand for personalized skiing experiences that enhance comfort and performance.
2. Air-spring Technology in Sports - Air spring technology is finding new applications in sports equipment, demonstrated by its innovative use in skiing accessories to reduce physical impact.
3. Advanced Materials in Sports Gear - The integration of aerospace-grade aluminum and military-spec titanium in 'ShredShox' reflects a trend towards using high-performance materials in sports gear for durability and lightweight benefits.
Industry Implications
1. Sports Equipment Manufacturing - The advancement in skier accessories offers disruptive opportunities in the sports equipment manufacturing industry through innovations in shock absorption technology.
2. Recreational Retail - Recreational retail is poised to explore the commercial viability of advanced skiing accessories that prioritize user comfort and performance enhancement.
3. Advanced Materials - The demand for lightweight, high-strength materials in niche sporting goods presents opportunities for growth in the advanced materials industry.