Men's tennis shoes Wilson Courtglide black/warm taupe/ebony (WRS339790)

Wilson Courtglide men's tennis shoes black/warm taupe/ebony are an excellent choice for intermediate players seeking comfort and stability on the court. The upper made of mesh provides excellent breathability, translating to comfort even during intense matches. The standard cut of the upper adapts to the foot, offering a comfortable fit and movement confidence.

Advanced technologies for improved performance

Wilson Courtglide men's tennis shoes black/warm taupe/ebony feature a range of technologies that support gameplay. The R-DST + technology in the midsole provides excellent cushioning, minimising the risk of injury and increasing comfort during long training sessions. Additionally, the OrthoLite® insole guarantees wearing comfort and support, taking care of foot health.

Durable sole for all types of surfaces

Wilson Courtglide men's tennis shoes black/warm taupe/ebony are designed for use on various types of surfaces, thanks to the Duralast sole. This material is characterised by high abrasion resistance, extending the shoes' lifespan and ensuring excellent grip on the court. The non-marking sole additionally protects the court surface from damage and marks.

Reinforcements for added protection

Wilson Courtglide men's tennis shoes black/warm taupe/ebony feature reinforcements at the toes and a reinforced heel, increasing their durability and providing additional protection during dynamic movements. These structural elements support foot stability, which is crucial during sudden turns and accelerations during play.

Wilson Courtglide men's tennis shoes - features:

• Upper made of breathable mesh for wearing comfort;
• Standard upper cut ensuring a good fit;
• R-DST + technology guaranteeing excellent cushioning;
• OrthoLite® insole for maximum comfort and support;
• Duralast sole providing high abrasion resistance;
• Non-marking sole protecting the court surface;
• Toe reinforcements for added protection;
• Reinforced heel for increased stability;
• Designed for universal types of surfaces.