Mikasa volleyball VS123W SL yellow/blue size 5 (VS123W-SL)

The Mikasa VS123W SL yellow/blue size 5 volleyball has been designed with intensive training and recreational indoor play in mind. The use of durable synthetic material ensures high resistance to mechanical damage, and the construction does not absorb water, which translates into consistent weight and performance during the game.

Water absorption limiting technology

The Mikasa VS123W SL features technological solutions that effectively prevent moisture absorption by the ball’s surface. As a result, even during intensive use in high humidity conditions, the ball maintains optimal performance parameters. This technology enhances both playing comfort and the long-term preservation of the material’s structure.

18-panel construction

The ball consists of precisely joined 18 panels, which positively affects its aerodynamics and flight stability. This structure ensures an even distribution of force upon impact and a predictable flight path during play. The design performs well in both training sessions and amateur to semi-professional matches.

Durable synthetic materials

The Mikasa VS123W SL is made from high-quality synthetic material characterised by resistance to abrasion and deformation. This material guarantees the ball’s durability even with frequent and intensive use. The synthetic surface also supports ball control and a comfortable grip regardless of playing conditions.

Mikasa VS123W SL yellow/blue size 5 volleyball – features:

• 18-panel construction improving flight and bounce stability;
• Synthetic material with increased resistance to abrasion and damage;
• Technology limiting water absorption during play;
• Size 5 dedicated to volleyball matches;
• Optimal ball control thanks to a well-designed panel structure;
• Intended for training and indoor matches;
• High material durability even with intensive use;
• Precise workmanship ensuring a predictable flight path;
• Surface supporting a comfortable grip during the match;
• Stable performance parameters regardless of ambient humidity.