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PUKAS INNCA DARK 6’6

620,00

Disponible en: 6’6 x 20,25 x 2,56 – 35,95 Litros

La Pukas Dark nació como un proyecto en el que el shaper Axel Lorentz participó en el Stab In The Dark, consiguiendo la ola más rápida de la edición para Mick Fanning, con 38,4km/h, y llevandose el segundo puesto en el concurso.
El truco de esta tabla está en un rocker de salida relativamente bajo, pero con un clásico kick tail. Axel tenía claro que quería una tabla que fuera muy rápida, por lo que la solución fue que los cantos fueran muy paralelos. La contra partida de esto, es que a la tabla le cueste maniobrar, por lo que generó un cóncavo muy profundo que facilita los cambios rápidos y bruscos. Hay que tener en cuenta que no es una tabla fácil de surfear y que su rocker de entrada elevado no ayuda a la remada. Pero para los surfers con talento encontrarán una tabla de surf con el volumen exactamente justo donde lo necesitan, encontrando un modelo que encaja a la perfección en las partes más críticas de la ola y que conecta de forma rápida y fluida las maniobras.
Desde las potentes olas del tifón en Japón, pasando por Trestles y terminando en su playa natal de Australia, Mick Fanning ha podido comprobar la versatilidad de la Pukas Dark.

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Our fastest and most high-performance design.

The Pukas Dark was the runner-up choice for 3x World Champ Mick Fanning during the Stab in the Dark IV.

During this competition, the Pukas Dark was the fastest board reaching a top-speed of 38.4km/h. Pukas shaper Axel Lorentz wanted the board to be super fast: “I lowered the exit rocker and made the rails more parallel. The more parallel they are, the fastest the board goes.” Following this approach, Axel also acknowledged it would have a negative impact on maneuverability hadn’t he deepened the single concave; “deepening the concave in the Pukas Dark eases the maneuverability, which I also enhanced by adding a classic kick tail.”

Mick Fanning believes that a good board “has to perform well in all conditions”. During SITD Mick surfed Japanese typhoon condition, Californian Lower Trestles and his hometown Australian beach breaks that proved the Pukas Dark an internationally well-rounded high performance board he can trust.

This whole design is meant to be the highest-performance board in the Pukas portfolio. It begs a skilled surfer to perform on it, “you won’t find that ease of paddle because I have increased the rocker up in the nose and erased the extra foam in that area and putting it where a good surfer really needs it,” said Axel. It’s meant to fit in the most critical parts of the wave and help you connect fast with the next maneuver.

Pukas DARK by Axel Lorentz. Stab in the Dark by Mick Fanning.

INNEGRA
Advanced Composites
Innegra fiber compliments other composite fibers lending itself to a variety of applications in a multitude of markets. Automotive, luggage, protective products, radomes, ballistics, and aerospace, to name a few, can benefit from the tough, lightweight, energy absorbing, and hydrophobic properties of our fiber.
What properties do you need to improve in your product? Decreased weight? Increased toughness? Innegra fiber may be your answer. Contact us to discuss how we may assist your company in meeting and exceeding your demanding technical requirements
Sport & Marine Applications
Innegra material is used in many different sport and marine applications. Andy Murray racked up quite a few wins using his HEAD YOUTEK IG racquet, including the Olympics and Wimbledon. Dane Jackson flipped his way to a gold at the Freestyle Kayak World Championship in his kayak made with the Innegra H material. In addition, you can find Innegra in Bauer goalie sticks, Berk Composite bicycle saddles, Mirage kayaks, AT whitewater paddles, Fanatic’s windsurf boards, SUP boards, and SUP paddles. Innegra fiber can enhance the impact resistance and damage tolerance while reducing weight and vibration in all of these applications.
Benefits to using
Innegra are:
Lightweitght 0.84g/cc
Durable
Minimizes Catastrophic Failure
Ductible
Impact Resistant
Vibration Damping
Excelen Dielectrics
Low Elongation
Highly Crystalline
Hidrophobic
Energy Dissipation
Recyclable
CARBON
Carbon fibers have several advantages including high stiffness, high tensile strength, low weight, high chemical resistance, high temperature tolerance and low thermal expansion. These properties have made carbon fiber very popular in aerospace, civil engineering, military, and motorsports, along with other competition sports. However, they are relatively expensive when compared with similar fibers, such as glass fibers or plastic fibers.
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