adidas Presents the New ADIZERO PRIME X 2 STRUNG Shoes
References: adidas & highsnobiety
adidas presents a look at the new ADIZERO PRIME X 2 STRUNG sneaker model, which is its latest running silhouette to join its roster. The shoes are set to launch officially on September 15th and are defined by their technical elements. The shoes have a stacked height of 50mm complete with a double carbon-infused plate system -- this means that it is too technical to be a part of elite races as they are limited to a stack height of 40mm and a single carbon plate.
Additionally, the sneaker also has a re-engineered midsole that is complete with three layers of LIGHTSTRIKE PRO foam and technical padding for comfort with every stride. The upper is made with layered strengthening to round it out.
Image Credit: adidas
Additionally, the sneaker also has a re-engineered midsole that is complete with three layers of LIGHTSTRIKE PRO foam and technical padding for comfort with every stride. The upper is made with layered strengthening to round it out.
Image Credit: adidas
Trend Themes
1. Technical Running Shoes - The latest running silhouette from adidas features technical elements such as a double carbon-infused plate system and a re-engineered midsole.
2. Stacked Height Innovation - The ADIZERO PRIME X 2 STRUNG shoes push the boundaries with a stacked height of 50mm, exceeding the limit for elite races.
3. Advanced Foam Technology - The sneaker's three layers of LIGHTSTRIKE PRO foam and technical padding provide exceptional comfort and support.
Industry Implications
1. Sports Footwear - The adidas ADIZERO PRIME X 2 STRUNG shoes showcase the innovation taking place in the sports footwear industry with their technical advancements.
2. Athletic Performance - The double carbon-infused plate system and re-engineered midsole of the sneakers offer disruptive innovation opportunities in improving athletic performance.
3. Material Engineering - The layered strengthening of the shoe's upper demonstrates the potential for disruptive innovation in material engineering for footwear.
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