Pukas Lazy Link INNCA

PUKAS LAZY LINK INNCA

Based on the success and popularity of the PUKAS THE LINK collection, Mayhem identified the lack of a piece to complete the puzzle. A "Link" for those surfers who prefer volume and easy navigation. A "Link" for the bigger surfers, the older surfers, the lower level surfers, or simply for those surfers who want to take a relaxed bath.

For this they added width and thickness to the Link in balanced proportions. Wider and thicker dimensions give stability and more paddling ability. To compensate for the extra thickness, they mixed the edges. They relaxed the nose rocker, for more glide, but kept the same proven performance of the tail rocker and the contours of the bottom, ensuring fast and precise turns and control in surfing when the waves are small and medium size.

The Shaper: Matt Biolos

Matt Biolos, its designer tells us below for which type of surfer he recommends this surfboard: "The Lazy Link is the perfect board to turn up the volume (when you are tired of fighting with the spikes of the younger surfers) or turn down the volume (from longboards, soft tops or beginner boards)... or if you just feel lazy, the Lazy Link makes things more fun".

INNCA CONSTRUCTION

Innegra fiber complements other composite fibers that lend themselves to a variety of applications in multiple markets. Automobiles, luggage, protection products, ballistics and the aerospace industry, to name a few, can benefit from the tough, lightweight, energy absorbing and hydrophobic properties of this fiber that Pukas uses on his surfboards and calls INNCA Technology.

The Innegra material is used in many different sports and marine applications. Innegra fiber can improve impact resistance and damage tolerance while reducing weight and vibration.

Pukas INNCA carbon fiber has several advantages including high rigidity, high tensile strength, low weight, high chemical resistance, high temperature tolerance that allows thermal expansion. These properties have made carbon fiber very popular in aerospace, civil engineering, military, motor sports and water sports. It is a more expensive material with similar fibers such as fiberglass or plastic fibers.