These Carbon-Fiber Insoles Give Users Greater Propulsion
Katherine Pendrill — November 11, 2015 — Fashion
References: kickstarter & footwearnews
Matthew Arciuolo designed a pair of carbon-fiber insoles that boost athletic performance by giving users greater propulsion. For professional athletes, proper footwear is key to improving performance. These specially designed insoles are made for athletes who are trying to go the extra mile.
The 'Roar XG4' insoles are a pair of carbon-fiber insoles that are designed to boost athletic performance for a range of different sports. The insoles are made from an ultra-lightweight material that helps users maximize their speed, propulsion and agility. The insoles feature unique design that directs energy directly towards the ground instead of simply cushioning the foot. By storing the energy an athlete produces while they are in motion, the insoles give the individual greater propulsion.
The performance-enhancing insoles are currently available for pre-order from Kickstarter.
The 'Roar XG4' insoles are a pair of carbon-fiber insoles that are designed to boost athletic performance for a range of different sports. The insoles are made from an ultra-lightweight material that helps users maximize their speed, propulsion and agility. The insoles feature unique design that directs energy directly towards the ground instead of simply cushioning the foot. By storing the energy an athlete produces while they are in motion, the insoles give the individual greater propulsion.
The performance-enhancing insoles are currently available for pre-order from Kickstarter.
Trend Themes
1. Carbon-fiber Insoles - These insoles made from ultra-lightweight material maximize speed, propulsion, and agility for athletes.
2. Energy-storage Technology - By storing energy produced by athletes in motion, this technology provides greater propulsion.
3. Performance-boosting Footwear - Specially designed footwear, such as the 'Roar XG4' insoles, enhances athletic performance by directing energy towards the ground.
Industry Implications
1. Sporting Goods - The carbon-fiber insoles and energy-storage technology have disruptive innovation potential in the sporting goods industry.
2. Athletic Footwear - The development of performance-enhancing insoles opens up opportunities for innovation in the athletic footwear industry.
3. Fitness Technology - Incorporating energy-storage technology into fitness devices or wearables can revolutionize the fitness technology industry.
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