Freediving Wetsuit Steamer Horizon Unisex 0,5mm Black Size 2 Mares 422326S2

Freediving Wetsuit Steamer Horizon Unisex 0,5mm Black Size 2 Mares 422326S2

Description:

The Mares Horizon 0.5 freediving wetsuit is a one-piece steamer designed for performance in the water. Made from 0.5 mm Ultrastretch polyurethane coated neoprene, it combines flexibility with a highly hydrodynamic outer surface. The smooth polyurethane finish helps reduce drag, supporting faster swimming and efficient movement during freediving. Its inner lining makes the suit easier to put on while also contributing to excellent elasticity and comfort. The preformed unisex cut is designed to provide a balanced fit for both men and women. This makes the Horizon 0.5 a versatile choice for pool competitions, warm-water freediving, and swimming in the sea. The black design is accented with white logo and graphics for a distinctive, premium look. Lightweight thermal protection and freedom of movement make it suitable for dynamic aquatic use without unnecessary bulk.

Key Features:

• One-piece freediving steamer for streamlined performance
• 0.5 mm Ultrastretch polyurethane coated neoprene
• Smooth outer surface for very hydrodynamic movement
• Inner lining helps with easy donning
• Excellent elasticity for improved comfort in the water
• Preformed unisex cut for a balanced fit
• Suitable for both men and women
• Designed for faster swimming in freediving conditions
• Ideal for pool competitions and warm-water sessions
• Provides light thermal protection during diving and swimming
• Distinctive white logo and graphics on a black base

Specifications:

Manufacturer: Mares
SKU: 422326S2
Color: Black
Size: Size 2
Category: Wetsuits
Age Group: Adults
Gender: Unisex

Recommended Use:

The Horizon 0.5 is best suited for adult freedivers who want a lightweight, flexible suit for performance-oriented sessions. It is especially appropriate for pool competitions, warm-water freediving, and swimming in the sea. Thanks to its hydrodynamic construction, it supports efficient movement where speed and reduced drag matter most. It also offers light thermal protection, making it a practical option for conditions where full insulation is not required.