The GEL-RESOLUTION X tennis shoe provides maximum stability and more comfort than ever before. The shoe keeps your foot securely in place to ensure smoother transitions, reducing the time needed when breaking to the side. It's our ultimate stability tennis shoe and is designed to help you cover the baseline with confidence.

The shoe’s DYNAWALL construction helps you move from side to side more smoothly, making it easier to get back into position, even when you need to return a deep shot. And side-to-side movements are further supported thanks to the customisable DYNALACING system, which securely holds your foot in place. Plus, its FF BLAST PLUS ECO has been re-engineered especially for tennis to provide exceptional comfort that lasts all match long.

How does the GEL-RESOLUTION X provide more stability and comfort?

• DYNAWALL construction helps you move from side to side more smoothly, making it easier to reposition quickly.
• DYNALACING technology comfortably secures the foot for added stability.
• Soft, FF BLAST PLUS ECO cushioning is re-engineered to provide ultimate comfort.

What else makes the GEL-RESOLUTION X shoe stand out?

This shoe is designed with stability and comfort in mind - we’ve spent endless hours testing and perfecting it at our Institute of Sport Science (ISS) in Japan. The GEL-RESOLUTION X tennis shoe includes additional features to support you during your game, which you’ll find listed under ‘Tech & Features’ below.

The GEL-RESOLUTION X tennis shoe creates advanced comfort for players who like to control the game from the baseline.

DYNALACING technology has been strategically designed to hold when extra support is needed. This allows you to experience a locked-in feel when you're making quick transitions. There's also a two-piece midsole design that helps improve stability when your foot lands on the court.

DYNAWALL technology in the midsole now extends into the heel for added stability during lateral movements. It's a functional feature that's effective when you're running covering both sides of the baseline.