Women's tennis shoes Joma Master 1000 Lady C purple (TM10LS2619C)

Women's tennis shoes Joma Master 1000 Lady C purple are an ideal choice for tennis enthusiasts seeking reliable footwear for various surfaces. Made from synthetic material, they provide durability and comfort during intense matches. Their standard upper cut allows for a comfortable fit to the foot, which is essential for optimal movement control on the court.

Advanced technologies

The women's tennis shoes Joma Master 1000 Lady C purple are equipped with a range of modern technologies that enhance their functionality. The Durability technology ensures the sole's durability, translating into a longer lifespan of the footwear even with intensive use. Meanwhile, JOMA SPORTECH is a system that supports foot stability, minimising the risk of injury.

Protection and ventilation

The Joma Master 1000 Lady C purple model features Joma PROTECTION technology, which shields the foot from injuries, especially in vulnerable areas. Additionally, the VTS system guarantees effective ventilation, allowing the foot to remain fresh even during prolonged training sessions. This way, one can enjoy comfort and a feeling of dryness at all times.

Comfort and cushioning

The midsole made of phylon foam provides excellent cushioning. This means that the Joma Master 1000 Lady C purple shoes effectively absorb shocks, which is extremely important during dynamic movements on the court. The laces as a type of fastening allow for precise adjustment of the footwear to the user's individual needs.

Women's tennis shoes Joma Master 1000 Lady C - features:

• Durable upper made of synthetic material;
• Standard cut ensuring a comfortable fit;
• Durability technology increasing sole durability;
• JOMA SPORTECH system supporting foot stability;
• Joma PROTECTION technology protecting the foot from injuries;
• VTS system ensuring effective ventilation;
• Midsole made of phylon foam guaranteeing cushioning;
• Laces allowing for precise adjustment of the footwear;
• Designed for play on universal surfaces.