Gender | Men |
Weight | 250 gr |
Drop | 5 mm |
Year | 2021 |
The Adidas X9000L1 Running shoes shoes have been specifically designed to successfully complete different training profiles, from the shortest and most intense distances to the most demanding runs. A silhouette that is characterized by offering a quality response together with a unique cushioning capacity and versatility and that, in addition, includes some of the most outstanding technologies of the Adidas firm. Undoubtedly, your perfect ally to face your daily running sessions.
At the performance level, everything implemented in these Adidas X9000L1 Running shoes is designed so that the runner is able to obtain adequate running efficiency in each stride that advances to their training and/or competition goals. The AdidasX9000L1 for that demanded balance between cushioning and comfort, and which does not lack that level of support to guide the footprint in a more stable and secure way, facilitating freedom of movement to run in an agile and dynamic way.
To ensure a comfortable, smooth and more versatile stride, Adidas has spared no resources to implement its most outstanding compounds in the midsole of these Model, in full-length format, which ensures an effective and comfortable stride from the rear to the front of this shoe. A section that results in achieving runs with an optimized level of comfort.
It is obvious that the Adidas X9000L1 features a more updated and modern upper, seeking to improve the sensations of fit, support and breathability. In this way, the AdidasX9000L1 can guarantee excellent adaptability to the foot, and thus run focused on achieving training goals. Its engineered technical mesh is designed to avoid possible friction on the skin, contributing to more efficient and versatile workouts.
The outsole of these Adidas X9000L1 ensures optimal traction and grip for successful completion of various asphalt runs. A durable rubber compound that, coupled with the multi-directional tread pattern, offers increased wear resistance and extends the lifespan of the model.