Huub 2025 Womens Surface Swim Wetsuit - Black/Fluo Pink

• 1.5mm under arm thickness - for maximum flexibility
• 3:3 buoyancy combination - for balanced buoyancy
• Scientifically researched neoprene thickness combination. Glide skin neoprene panels - for reduced surface drag. Specific panel placements - for flexibility and efficiency. Flatlock construction. Fluo nylon cuffs for visibility and a secure fit
• The Surface wetsuit has been designed to offer fantastic flexibility while having the buoyancy required to give the most comfortable swimming position.
• The Wetsuit models offer a fit tailored to comfortably hug the curves of the female body, whilst having the flexibility, warmth and buoyancy required for a comfortable swimming position and experience.

Description Huub Surface Wetsuit The Surface wetsuit has been designed to offer fantastic flexibility while having the buoyancy required to give the most comfortable swimming position. The suit features highly fluo nylon-facing neoprene arms and cuffs, which provide a secure comfortable fit and visibility from afar, allowing the wearer to be full of confidence that they will be seen whilst swimming in dull or low light conditions. Huub have incorporated a scientifically researched neoprene thickness combination into the construction of the Surface wetsuit to provide the wearer with optimum comfort and performance across the water. The glide skin neoprene panels are specifically designed to improve water speed and reduce surface drag, ensuring you maximise focus and performance to give you the best possible results. In addition, specific panel placements offer flexibility and efficiency as you move, delivering a full, unrestricted range of motion in all directions to give you an edge against your competitors or against the clock. With a 3:3 buoyancy combination, the wetsuit is for balanced buoyancy. The 1.5mm underarm thickness further enhances the flexibility of the Surface and flatlock seams help to prevent rubbing and irritation. Fluo nylon cuffs enhance visibility whilst providing a secure fit.