Men's running shoes HOKA Clifton 10 Wide black/white (1162032-BWHT)

Men's Running Shoes HOKA Clifton 10 Wide are an innovative update in the running shoe segment, introducing a new era of performance and comfort. For a decade, this model has been a cornerstone for HOKA's cushioned shoe line, and its latest version offers an even better running experience. When designing the Clifton 10 Wide, the brand focused on improving comfort and fit, adding a set of features that meet the demands of advanced runners.

Technologies and Materials

These shoes feature technologies such as MetaRocker™ and Active Foot Frame™, which support smooth and stable transitions during running. Thanks to reflective details on the upper, the shoes provide better visibility when running in the evenings and in low-light conditions. The CMEVA midsole frame and molded EVA insole offer excellent cushioning and foot support, which is a key element for long-distance runners.

Fit and Comfort

With a wide upper, the Clifton 10 Wide model offers a better fit for runners who need more space. The innovative jacquard knit upper not only provides excellent breathability but also flexibility, adapting to the movement of the foot. An additional double lacing system prevents the tongue from slipping, which is a common problem in many sports shoe models.

Performance Optimization

The HOKA Clifton 10 Wide is designed to improve runners' performance by enhancing the midsole geometry, providing a more stable run and better comfort during long training sessions. Thanks to the use of durable abrasion-resistant rubber, these shoes perform excellently on various surfaces, offering durability and longevity.

Application and Purpose

These shoes are ideal not only for road running but also for everyday walking, offering great cushioning and comfort with every step. The HOKA Clifton 10 Wide is an excellent choice for runners seeking footwear that combines modern technologies with unparalleled comfort and support, providing optimal conditions for training and recreation.