Men's Mizuno Core Impulse Tee capri breeze running longsleeve (J2GAC52032)

Mizuno Core Impulse Tee Longsleeve for Men in Capri Breeze is the perfect choice for active men who value comfort and functionality while running. Made from high-quality polyester, it offers excellent quick-dry properties, resulting in a feeling of dryness during intense workouts. The regular fit cut ensures a comfortable fit, while the round neckline adds a classic look.

Mizuno DryLite® - Innovative Moisture-Wicking Technology

The Mizuno Core Impulse Tee Longsleeve for Men is equipped with Mizuno DryLite® technology, which effectively wicks moisture away from the skin's surface. This allows runners to enjoy a feeling of dryness even during the most demanding training sessions. Additionally, this technology supports the body’s natural thermoregulation, enhancing user comfort in varying weather conditions.

Visibility and Safety with Mizuno NightLite

Safety while running in low light is crucial; therefore, the Mizuno Core Impulse Tee Longsleeve has been designed with reflective elements. The use of Mizuno NightLite technology enhances the runner's visibility in low light conditions, resulting in greater safety on the route. Reflective elements are strategically placed to provide maximum visibility from all angles.

Breathability and Wearing Comfort

The Mizuno Core Impulse Tee Longsleeve for Men is characterised by high breathability, which is essential during intense training. The polyester material ensures a free flow of air, minimising the risk of overheating. This allows runners to focus on achieving their athletic goals without unnecessary distractions.

Mizuno Core Impulse Tee Longsleeve for Men - Features:

• Mizuno DryLite® technology that wicks moisture away from the skin;
• Use of Mizuno NightLite for better visibility after dark;
• Polyester material providing quick-dry properties;
• Regular fit cut ensuring comfortable fit;
• Round neckline adding a classic look;
• Reflective elements enhancing safety on the route;
• High breathability of the material minimising the risk of overheating.