True Motion Navy U-Tech Aion Next Gen Shoes Men's Running Shoe
U-TECH Aion next gen is like heaven on earth – and at the same time, as a further development of our award-winning U-TECH Aion, our most innovative running shoe to date. But instead of turning everything inside out, we followed the motto “evolution instead of revolution” for the U-TECH Aion next gen. This resulted in meaningful improvements that once again elevate running comfort and our unique biomechanical function to a new level. The generous fit and our unique U-TECH™ foam will make you float. All of this results in significantly less muscle fatigue, an even greater cushioning feel and increased stability. You can't get more U-TECH™ than that. Experience it for yourself.
Fit: normal to wider fit.
With a slightly wider fit in the forefoot, the U-TECH Aion is also suitable for wider feet. We recommend that you choose a size 1 to 1.5 larger than your everyday shoes.
Use: short, long and ultra-long runs on predominantly firm surfaces.
Original: $214.66
-70%$214.66
$64.40Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
U-TECH Aion next gen is like heaven on earth – and at the same time, as a further development of our award-winning U-TECH Aion, our most innovative running shoe to date. But instead of turning everything inside out, we followed the motto “evolution instead of revolution” for the U-TECH Aion next gen. This resulted in meaningful improvements that once again elevate running comfort and our unique biomechanical function to a new level. The generous fit and our unique U-TECH™ foam will make you float. All of this results in significantly less muscle fatigue, an even greater cushioning feel and increased stability. You can't get more U-TECH™ than that. Experience it for yourself.
Fit: normal to wider fit.
With a slightly wider fit in the forefoot, the U-TECH Aion is also suitable for wider feet. We recommend that you choose a size 1 to 1.5 larger than your everyday shoes.
Use: short, long and ultra-long runs on predominantly firm surfaces.
