Freediving Wetsuit Steamer Horizon Unisex 0,5mm Black Size 5 Mares 422326S5
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Estimated delivery: June 19, 2026 - June 24, 2026
Freediving Wetsuit Steamer Horizon Unisex 0,5mm Black Size 5 Mares 422326S5
Description:
The Mares Horizon 0.5 is a one-piece freediving wetsuit designed for adults who want a lightweight, high-performance suit for the pool, sea swimming, and warm-water diving. Made from 0.5 mm Ultrastretch neoprene with a polyurethane outer layer, it offers a smooth exterior that supports excellent hydrodynamics and durability. The inner lining helps the suit go on more easily and adds elasticity for a comfortable, flexible fit. Its preformed unisex cut is designed to suit both men and women while maintaining freedom of movement during training or competition. The hydrodynamic construction helps reduce resistance in the water, making it especially suitable for dynamic freediving and faster swimming. White logo and graphic details give the suit a distinctive, sporty look. This model is a practical choice when light thermal protection and efficient performance are the priorities.
Key Features:
- One-piece steamer wetsuit for freediving and swimming
- 0.5 mm Ultrastretch neoprene construction
- Polyurethane-coated outer layer for improved durability
- Smooth exterior designed for better hydrodynamics
- Inner lining helps with easy donning
- Stretchy interior supports comfort and mobility
- Preformed unisex cut for a better fit
- Suitable for both men and women
- Ideal for pool competitions and warm-water use
- Provides light thermal protection
- White logo and graphics for a distinctive appearance
Specifications:
Manufacturer: Mares
SKU: 422326S5
Material: 0.5 mm Ultrastretch polyurethane coated neoprene
Color: Black
Size: Size 5
Category: Wetsuits
Age Group: Adults
Gender: Unisex
Recommended Use:
This wetsuit is best suited for adult freedivers looking for a light, flexible suit for competition or training. It performs especially well in pool events, dynamic freediving, warm-water dives, and sea swimming. The hydrodynamic outer surface makes it a strong choice for users who want to move efficiently through the water with less resistance. It is also a good option for anyone seeking light thermal protection without sacrificing mobility.