The main features of the maui fin are its lightness and ease of use even for those who do not have well-trained legs. Its weight and size make it easy to pack, but without compromising performance.
The maui was designed with the same sophisticated and advanced finite element calculation programs used for the first time on the impulse and sprint models. By exploiting the technology of the double materials that form the blade, it is essentially made up of two rigid lateral fins that convey the flow of water into the central part, where the overlapping of a softer and more elastic material makes it more flexible. In this way the blade flexes creating a "spoon effect" and thus returning a notable propulsive force.
The fin can be used barefoot or with light socks. It has an ebs system of elastic bands covered in fabric to prevent their degradation. The heel is made of soft and anatomical rubber. The handle for wearing it develops around the ankle in order to contain the protrusion and avoid annoying rubbing while swimming.
Although the ebs system already allows for great adaptability and is very easy to put on, it has been further equipped with a choker on the elastics that allows for further adjustment. This function allows the user to make finer adjustments – depending on whether or not they use a sock – or simply to loosen or tighten to always have the foot well fixed, but without excessive pressure.
The main features of the maui fin are its lightness and ease of use even for those who do not have well-trained legs. Its weight and size make it easy to pack, but without compromising performance.
The maui was designed with the same sophisticated and advanced finite element calculation programs used for the first time on the impulse and sprint models. By exploiting the technology of the double materials that form the blade, it is essentially made up of two rigid lateral fins that convey the flow of water into the central part, where the overlapping of a softer and more elastic material makes it more flexible. In this way the blade flexes creating a "spoon effect" and thus returning a notable propulsive force.
The fin can be used barefoot or with light socks. It has an ebs system of elastic bands covered in fabric to prevent their degradation. The heel is made of soft and anatomical rubber. The handle for wearing it develops around the ankle in order to contain the protrusion and avoid annoying rubbing while swimming.
Although the ebs system already allows for great adaptability and is very easy to put on, it has been further equipped with a choker on the elastics that allows for further adjustment. This function allows the user to make finer adjustments – depending on whether or not they use a sock – or simply to loosen or tighten to always have the foot well fixed, but without excessive pressure.