Swimming specific wetsuits are made for the express purpose of surface swimming. They were originally introduced to maintain warmth when swimming in cold open water and to provide additional buoyancy for safety purposes. Unlike our swimskins where the focus is on reducing passive drag, the primary focus of a swimming specific wetsuit is to also provide additional buoyancy, which has the added advantage of significantly enhancing speed. This has resulted in swimming specific wetsuits becoming a highly technical, performance component of ocean swimming.
How do they work?
Swimming specific wetsuits provide greatly enhanced buoyancy for the swimmer. This buoyancy brings the body higher out the water providing better water displacement, lower surface friction resulting in a swimskin that cuts through the water. However, varying designs and materials provide varying levels of performance enhancement. Some important factors to consider when buying a wetsuit are;
How does a wetsuit make me faster?
The primary function of a swimming specific wetsuit is the provision of additional buoyancy. This additional buoyancy results in less drag as the body is positioned higher out of the water. The result is a maximised performance potential.
All wetsuits are made of “neoprene rubber”. Neoprene is naturally buoyant. Different types of neoprene have different rates of buoyancy. For swimming specific Wetsuits, the neoprene that is used is one that has a the most amount of air cells. This is like a honey comb effect. The rubber is made with microscopic air bubbles. This means that it is lighter, more flexible and more buoyant.
In the case of normal surfing and diving type wetsuits, neoprene is laminated on each side with nylon fabric. This helps to protect the rubber against abrasion. However, in the case of swimming specific wetsuits, one side (being the external surface) is left as raw rubber, and is then coated with a special low friction coating called “super composite skin”. This special coating has a very low rate of friction and it therefore glides much more easily through the water.
In theory, the most buoyant (and therefore fastest) wetsuit would be one made of the thickest possible material. ie, the thicker the material the more buoyant it is. However, swimming in such a wetsuit would require a far greater amount of muscular force to rotate the arms and freely move the body. Consequently, swimming specific wetsuits are made with a variety of rubber thicknesses. 5mm rubber is used in the main front body area to maximize buoyancy. 3mm is used in that back to aid freedom of movement, and 2mm rubber is used in the sleeves and underarms to allow total freedom for the swimming stroke. At blueseventy, we are always looking for the right blend of buoyancy, flexibility and cutting edge materials to make sure that our suits are the fastest they can possibly be.
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