Технологии

Light Weight Performance AND Durability Key Features: - Molded, Lightweight and watertight 15 kg/m3 EPS Foam Core. - Fiberglass reinforcement for improved stiffness and performance. - ASA Polymer outer skin for unmatched durability and impact resistance. - Embossed EVA foam pad for maximum comfort. - Molded external inserts – no penetrations through outer shell and maximum strength. Custom Technology for Minimum Weight with Maximum Performance Key Features: - Lightweight EPS foam cores for minimum weight. - Tracer World Series : Uni-Direction Carbon for minimum weight, maximum stiffness and performance. - Tracer & Wave Pro : Carbon-Innegra sandwich for minimum weight, competitive stiffness and improved durability. - Localized reinforcement for key impact areas, improving durability in specific areas while minimizing weight overall. - Brushed matt finish for improved glide, protection from the sun. - Diamond groove pad for maximum traction. Maximum Durability Key Features: - Molded, Watertight EPS Foam Core for structural integrity and stiffness. - Extremely tough outer polyethylene skin for extreme impact resistance. - Embossed EVA foam pad for maximum comfort. - Molded external inserts – no penetrations through outer shell and maximum strength. No-Flex Stringer construction for lightweight yet rigid inflatable boards Key Features: - High density drop stitch material for stiffness and performance. - Single layer deck and bottom construction for light weight, improved finish. - Deck and bottom stringer with no-flex properties for maximum stiffness and controlled rocker profile. - Double belt construction on the rails for durability. - Tail inflation for easy packing and rolling from the nose. YAKKAir HP or a Nomad HP technology HP: High pressure BP: Low pressure When you sit down in a YAKKAir HP or a Nomad HP, the high-pressure floor (1) presses down on the high-pressure keel (2) putting the PVC skin (3) under tension. Under the pressure of the water, the skin stretches and curves out to give the hull its high-performance double concave shape.

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