上架时间February 3, 2021
Thunderbolt Athletics 1/4 Inch (6mm) Ultra Light Premium Upgraded Aluminum Track & Field Sprint Race and Cross Country Meet Replacement Pyramid Spikes 20 Count
关于该商品 about this item
Size: 1/4" (6mm) Pyramid - Most common length/shape for Track & Field and Cross Country. Optimal size and shape for ultimate grip and traction on any surface!
Premium Upgraded Material: Made of Space-age Ultralight Aluminum that is 1/3 the weight of traditional steel spikes and is naturally rust-resistant!
Package Includes: 20 ultralight aluminum replacement spikes which is enough for a pair of shoes (up to 10 spikes per shoe) from nearly any manufacturer.
Customizable: Rainbow of Colors Available to match your uniform and/or shoes!
Universal Fit: Works with nearly all shoes manufactured by the world's leading brands. Compatible with any standard spike wrench including many that come with a new shoe purchase! NFHS, USATF, and World Athletics (IAAF) legal construction
尺寸：1/4“（6mm）金字塔 - 最常见的轨道场和跨国形状。最佳尺寸和形状，用于任何表面的最终抓地力和牵引！||
Make sure your equipment is ready on race day with these 1/4” (6mm) Ultralight Premium Upgraded Aluminum Spikes. These spikes feature an ultralight aluminum design that is 1/3 the weight of traditional steel spikes. With 20 spikes in every bag, you’ve got plenty to outfit any shoe from short sprints such as a 100m or 200m all the way up to the long-distance runner. Show your team pride by matching your spikes with your uniform! These spikes come in a rainbow of colors to match any color scheme! Track & Field and Cross Country spikes are standard equipment in nearly all performance track shoes manufactured by the world's leading brands. These space-age aluminum track spikes are utilized in the shoes that propel many of the world's top athletes and are used at both the Olympic and collegiate levels as well as high school and amateur events. The pyramid design offers Olympic level performance without damaging the track surface. Now you can enjoy the same technology that has helped some of the world's finest athletes reach their peak performance potential.