Cressi Kuwae 2 mm women's diving wetsuit black and orange (DG002801)

The Cressi Kuwae 2 mm black/orange women's swimming wetsuit was designed for swimmers seeking maximum freedom of movement and comfort in moderate thermal conditions. The model is intended for use in water temperatures of 12–17°C, making it an ideal choice for transitional seasons and for those who prefer thinner neoprene solutions.

2 mm thick neoprene construction

The flexible neoprene material, with a main thickness of 2 mm, provides effective thermal insulation, reducing heat loss while swimming in cooler waters. The wetsuit’s structure ensures a comfortable fit to the body, making it easy to put on and take off, while not restricting movement. This solution works well for both recreational swimming and more intensive training sessions.

Durable YKK® back zipper

The Cressi Kuwae 2 mm features a YKK® zipper in a Back-Zip configuration, which significantly facilitates putting on and taking off the wetsuit without assistance. The zipper’s design guarantees durability and watertightness, minimising water ingress. Long sleeves and legs offer additional thermal protection, important during longer sessions in the water.

Fit and flexibility

Carefully selected stretch zones ensure that the Cressi Kuwae 2 mm wetsuit naturally follows the body’s movements, providing not only comfort but also efficiency while swimming. The tailored fit emphasises the female silhouette, and the thoughtful design enhances functionality in various conditions. The material properties and ergonomic construction make this model ideal for a wide range of water activities.

Cressi Kuwae 2 mm black/orange women's swimming wetsuit – features:

• 2 mm thick neoprene construction providing effective thermal insulation;
• Designed for water temperatures of 12–17°C;
• YKK® back zipper in a Back-Zip layout;
• Long sleeves and legs for increased thermal protection;
• Feminine profile and body-hugging fit;
• Designed for swimming and water sports;
• Durable construction resistant to stretching and abrasion;
• Optimal thermal properties while maintaining a lightweight material.