actors of cost and little improvement in durability. Fortunately, my other tests were original. The Wearforce went from 15,000 to 20,000 cycles in the Wyzenbek test compared to sneaker leather's 1,000 to 1,500 cycles, and boot leathees 2,000 to 5,000 cycles. In the Taber test, Wearforce passed with over 100,000 cycles. Lastly, from skateboarding with the Wearforce on my sneakers, it was learned that Wearforce is much more durable when compared to leather, and does not give off an unwanted grippy feel. CONCLUSION With the acquired results of Kevlar's failure and Wearforce's success, my hypothesis is simultaneously rejected and supported. Kevlar failed due to high cost and poor performance testing; where as, Wearforce succeeded in protecting the ollie area of a skate-boarding shoe at an economical cost without any drawbacks to the manufacturer. ...
