Men's ZONE3 Thermal Agile 3 mm black/gold triathlon wetsuit (WS22MTAG101)

ZONE3 Men's Thermal Agile 3 mm Wetsuit black/gold is an excellent choice for triathletes seeking comfort and performance during training and competitions. Made from neoprene, it offers optimal flexibility and thermal insulation, which is crucial in cooler waters. The long legs and sleeves of this wetsuit guarantee full protection and support in every phase of swimming.

Advanced Technologies

The ZONE3 Men's Thermal Agile 3 mm wetsuit black/gold features YKK® technology in its Back-Zip closure. This solution ensures smoothness and reliability when putting on and taking off the wetsuit, which is essential for a quick transition between stages of the triathlon. Additionally, the wetsuit is equipped with FLATLOCK seams that enhance comfort by minimizing the risk of chafing.

Innovative Pro Speed Cuffs

The ZONE3 Men's Thermal Agile 3 mm wetsuit black/gold comes with innovative Pro Speed Cuffs. These cuffs allow for quick removal of the wetsuit, which is crucial during discipline changes in the triathlon. Pro Speed Cuffs are designed to provide maximum efficiency and comfort, leading to better athletic performance.

Thickness of the Wetsuit for Better Insulation

The main thickness of the wetsuit in the ZONE3 Men's Thermal Agile 3 mm wetsuit black/gold is 3 mm, providing excellent thermal insulation. The appropriate distribution of thickness at 4/3/2 mm enhances flexibility and mobility, which is essential for effective swimming. This allows triathletes to focus on achieving their goals without worrying about thermal comfort.

ZONE3 Men's Thermal Agile 3 mm Wetsuit - Features:

• Made from neoprene ensuring flexibility and thermal insulation;
• Long legs and sleeves providing full protection;
• Back-Zip with YKK® technology for smooth usage;
• FLATLOCK seams minimizing the risk of chafing;
• Pro Speed Cuffs enabling quick removal of the wetsuit;
• Wetsuit thickness of 4/3/2 mm providing insulation and flexibility;
• Main thickness of 3 mm for optimal thermal insulation.