Description
The Asics Women's Gel Resolution X Clay Court Tennis Shoe continues its innovations to bring even more comfort to players defending their court at all costs. It also continues to offer excellent support and great durability while gaining in dynamism thanks to its new foam. In terms of design, it features a sleeker profile and an attractive white and green colour scheme.
The Asics Women's Gel Resolution X Clay Court shoe gives you all the confidence you need to own the court. It is designed for players with a defensive playing style seeking stability, durability, and comfort.
The upper retains the style of the previous edition, made from mesh and PU, to offer you breathability and durability, while providing a more streamlined profile.
Support remains at the heart of the Resolution X thanks to the Dynawall 3.0 and Dynalacing technologies that stabilise the foot, and the Raised ankle which expands the shoe around the ankle on the inside of the foot.
The midsole is made from FF Blast+ Eco material which promotes lightness, cushioning, and dynamism. The Asics Gel® under the forefoot will also maximise energy return to ease your starts.
The outsole, reinforced in the most vulnerable areas, offers excellent grip on clay courts and an extended lifespan.
Product information
- Shoe type:Stability & durability
- Non-marking sole: True
- Insole:Clay court
- Ecobadge:Foam made from recycled products
- Color:White and Green
- Ref.:1042A277-102
- Weight:345 g
Technologies
- Forefoot GEL® : GEL unit placed in the forefoot to absorb shocks and return energy.
- FF Blast+ Eco : Foam derived from running shoes offering lightness, cushioning comfort and responsiveness.
- Dynawall 3.0 : Reinforcement at the heel and midfoot secures the foot during lateral movements.
- Dynalacing : Precise lacing system ensuring better support and greater comfort.
- AHAR+ : Ultra-resistant rubber positioned on key areas of the outsole to provide more grip and durability.
- P Guard reinforcement : Enhanced protection around the toes and on wear areas.