Not built on sand!
The Gel-Resolution 6 tennis shoe by Asics comes with countless sophisticated technology features, which give you all the support you want for a challenging match.

Properties:
In its sixth generation, this shoe was further optimised and now shines with even more purpose-built attributes. That means: The grippy herringbone profile is perfect on clay courts, allowing you to focus your energy in the right direction. Cleverly matched technologies help your foot to develop its full power potential. The highly elastic material insert in the shaft reduces friction and prevents creasing. The gel elements in the forefoot and backfoot areas guarantee maximised shock absorption for quick rallies Impact forces are immediately dispersed in order to minimise fatigue and injury risk. The custom material is extremely resistant and yet so lightweight that the weight of the shoe can be reduced by up to 10 percent.

Technologies:
ASICS®-GEL™ ELEMENTS: A silicon-based shock absorption material used in various systems.
Propulsion TRUSSTIC: The propulsion TRUSSTIC system works like the ligaments under your foot arches. It absorbs the impact energy produced when your foot hits the ground and uses it to give you more forward-momentum and increased running power, supporting your natural movement patterns.
P-GUARD: Medially reinforces the toe box in the forefoot area and gives the foot more stability and security.
IMPACT GUIDANCE SYSTEM (I.G.S.™): A holistic shoe design in which the elements and technologies of the shoe work together to support natural foot movement.
PERSONAL-HEEL-FIT (P.H.F.): A custom inner lining with memory foam, which fits around the foot like a glove for exceptional stability and less slipping.
AHAR®+: An extra lightweight, highly wear-resistant rubber for more durability, grip and comfort.
DUOMAX®: Patented ASICS system to reduce impact and rebound forces on the foot.
SOLYTE Lasting: Midsole material that is 50% lighter than the Asics Standard EVA and reduces the shoe weight by up to 10%. Consistently used or combined with other technologies, these features ensure improved shock absorption and are available in varying degrees of hardness depending on intended use.