Designed for active tennis players who value speed, comfort, and agility, the MIZUNO WAVE EXCEED COURT AC MEN’S delivers lightweight performance with excellent responsiveness on court.

This model is crafted to support quick changes of direction and swift movements, featuring MIZUNO ENERZY in the forefoot combined with a MIZUNO ENERZY INSOLE for enhanced cushioning and energy return. Adopting the same sole design as Mizuno’s top-tier models, the shoe offers outstanding lightness and stability to support explosive first steps and accurate footwork.

Visually, the two-color mesh upper paired with the RB logo creates a fresh, speed-inspired look. The newly developed inner vamp mesh adds a refined touch, delivering a clean yet premium aesthetic while maintaining breathability and comfort.

Key Features

• Lightweight & Speed-Oriented Design
  Built to support fast footwork, quick directional changes, and agile on-court movement.

• MIZUNO ENERZY & ENERZY INSOLE
  Positioned in the forefoot and sockliner to provide excellent cushioning, rebound, and comfort during dynamic play.

• Top-Model Sole Design
  Uses the same outsole structure as Mizuno’s flagship models for enhanced responsiveness and stability.

• Refined Mesh Upper
  Two-color mesh with RB logo delivers a fresh, fast look, while the updated inner vamp mesh adds a clean, premium finish.

• Energy Sockliner
  Enhances overall fit and step-in comfort.

Technology

• Mizuno Wave
  Midsole technology inspired by nature, providing a balance of cushioning and stability.

• Mizuno Enerzy NXT
  Nitrogen-infused MIZUNO ENERZY NXT in the top midsole delivers soft cushioning and high energy output, working with EVA-based ENERZY NXT in the bottom midsole for added stability.

• MIZUNO ENERZY
  Midsole material offering excellent softness, rebound, and durability.

• PoWnCe
  Lightweight midsole material with high comfort and resilience.

• X10
  Extremely durable Mizuno carbon rubber for extended wear and enhanced traction in high-impact areas.

• D-Flex Groove
  Diagonal groove in the midfoot area engineered to support maximum speed and efficient directional changes.