What do planes and football have in common? Well, until the birth of Russel Athletic's latest line of football shoulder pads, nothing. Yet someone was genius enough to strike up a partnership between the sports brand and Boeing, which has resulted in carbon fiber leftovers being used to make aerospace-grade equipment for players.
Dubbed Carbontek, the football shoulder pads boasts superior strength-to-weight ratio that sets them apart from more traditional designs. Of course, the unparalleled protection comes at a hefty cost. As The Verge puts it, the carbon fiber football shoulder pads will be "around the same cost as a coach ticket on an actual 787 [dreamliner]." Yet the safety this groundbreaking technology affords is priceless. Many will also be attracted to its eco friendly initiative.
Carbon Fiber Athletic Gear
Russell Athletic Football Shoulder Pads are Made from Boeing Leftovers
Trend Themes
1. Carbon Fiber Sports Gear - The use of carbon fiber in sports gear is a growing trend that offers superior strength-to-weight ratio and unparalleled protection.
2. Sustainable Athletic Equipment - Eco-friendly initiatives in the sports industry are gaining traction, presenting opportunities for manufacturers to develop sustainable athletic equipment.
3. Aerospace-inspired Sports Gear - The application of aerospace technologies in developing sports gear offers opportunities for companies to create disruptive products with superior performance.
Industry Implications
1. Sports Equipment Manufacturing - Sports equipment manufacturers have the opportunity to innovate by incorporating new materials and advanced technologies in product design.
2. Aerospace and Defense Industry - The aerospace and defense industry can expand its market by repurposing carbon fiber leftovers for sports gear, leading to environmentally sustainable solutions.
3. Athletic Apparel Industry - Athletic apparel companies can incorporate aerospace-inspired designs and materials, creating disruptive athletic gear with superior performance and protection.