Asics Gel Resolution X Tennis Shoes Grey / Yellow

ASICS GEL-RESOLUTION X Tennis Shoes: Unrivalled Stability and Cutting-Edge Innovation

This latest iteration pushes the boundaries of support, featuring the advanced DYNALACING™ lacing system. Strategically engineered to securely lock down the foot during rapid transitions, it ensures a personalised and confident fit. The range's signature lateral stability is further enhanced by DYNAWALL™ technology, now extended to the heel, allowing players to recover with solid footing even after the most extreme slides.

For unparalleled comfort, the Gel Resolution X incorporates FF BLAST™ PLUS ECO foam, strategically paired with GEL™ technology (particularly in the forefoot). This combination delivers superior shock absorption and a dynamic rebound, enabling instant recovery for the next shot. The AHARPLUS™ rubber outsole, with its optimised tread pattern, guarantees exceptional traction and long-lasting durability across all court surfaces.

Ideal Player Profile

The ASICS GEL-RESOLUTION X is specifically engineered for intermediate to advanced baseline players. It stands as the definitive choice for athletes seeking a robust, high-performance shoe capable of securing intense lateral movements and providing unwavering stability throughout demanding matches.

Key Technologies

• DYNALACING™: An innovative lacing system designed to enhance midfoot support and security during dynamic on-court movements.
• DYNAWALL™: Extended lateral reinforcement, now reaching the heel, providing maximum stability and torsional rigidity during rapid changes of direction.
• FF BLAST™ PLUS ECO: A lightweight, responsive foam offering plush cushioning and explosive energy return for powerful propulsion.
• GEL™ Technology: Strategically placed cushioning units in the forefoot for superior shock absorption, mitigating impact forces with every stride.
• PGUARD™ & AHARPLUS™: Integrated durability reinforcements in the toe area and across the outsole, ensuring extended lifespan and resilience against abrasion.