Children's tennis shoes Wilson Rush Pro L Jr navy blazer/white/ atomic blue (WRS335270)

The Wilson Rush Pro L Jr navy blazer/ white/ atomic blue children’s tennis shoes provide young athletes with the support and precision needed during dynamic rallies on the court. Stability and confidence in movement, resulting from advanced construction, make this model a versatile choice for both training and competition, regardless of the surface type.

Advanced sole technologies

The Duralast outsole used in the Wilson Rush Pro L Jr model guarantees high abrasion resistance and maintains optimal grip over prolonged use. The Duralast technology also supports a non-marking sole surface, allowing play on various court types without worrying about leaving marks. The R-DST+ cushioning system effectively absorbs shocks, enhancing comfort and agility with every step.

Durable upper materials

The upper, made from synthetic material, ensures durability and resistance to intensive use, which is crucial given the dynamic nature of young tennis players’ games. Additional reinforcements have been applied in critical areas of the construction to protect the foot from strain and extend the shoe’s lifespan. The laces allow precise adjustment to the child’s individual needs, ensuring stability during sudden changes of direction.

Versatility and comfort of use

Thanks to the versatile sole, this model performs excellently on both hard and artificial surfaces, offering young players a wide range of applications. The Wilson Rush Pro L Jr shoes are designed to maintain optimal stability and cushioning, which translates into joint safety during quick movements. Additional structural solutions support the correct positioning of the foot during dynamic actions on the court.

Wilson Rush Pro L Jr navy blazer/ white/ atomic blue children’s tennis shoes – features:

• Outsole made of durable Duralast rubber;
• Cushioning system based on R-DST+ technology;
• Non-marking sole suitable for all types of courts;
• Additional reinforcements in strategic areas of the construction;
• Universal characteristics for different surface types;
• High level of cushioning minimising joint strain.