Maneuver in comfort and style with Everlast’s modernized Knit Harbor, equipped with PU and TPU pieces to improve structure and aesthetics. It is built with high-quality polyamide lining and EVA materials, ensuring cushioning comfort with every step.
Built for comfort and mobility, Everlast’s custom knit Orient is equipped with breathable ventilation through its high-quality soft lining. It features stretchable uppers with rubberized 3D print patterns designed on anatomic and removable EVA footbed. Imbued on duo density EVA with eSoft and Vetry technologies, this pair ensures maximum cushioning and effective impact reduction. It also offers TPU piece for better stabilization complemented with rubber sole for maximum resistance and adherence.
Designed to propel your feet in style, Everlast’s Neutron features custom polyester knit accented with PU pieces and 3D print patterns imbued on color-gradient-EVA. Complete with breathable mesh and high-quality polyester lining imbued on anatomic and removable EVA footbed, your every step guarantees cushioning comfort. It is also equipped with EVERFLEX technology and feather-light EVA polymer with excellent memory, cushioning and durability.
Taking comfort to cutting-edge, the Tempest Black is built with stretchable custom knit equipped with TPU piece for lace adjustment and elastic for better fit. It is designed with anatomic and removable footbed crafted with EVA POWERFOAM™ technology – a new ultra soft Rubber Foam that acts as a memory cushion for extra protection, comfort and great durability. EVA was specially developed by Everlast for maximum resilience, cushioning and better performance.
Optimized for performance and mobility, Everlast’s Ultra Pro knit features stretch uppers equipped with PU 3D silk patterns. It is built with anatomic and removable EVA footbed for great comfort. Developed for Michelin, the middle sole allows maximum cushioning with excellent resilience and durability. The rubber compound of the sole was designed for high performances - offering maximum stability, resistance and adherence.