Location Jæren, Norsk nettside | Gratis frakt ved ordre over 1500.- | Vi har gjort surf siden 1992

CJ Nelson The Slasher Low Pro 9.9ft Farge Yellow

21.990,-

Antall:

Thunderbolt Surf

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The SLASHER LOW PRO takes all our knowledge of involvment longb oarding and rolls it into one beautiful package.
When we designed this board we were out to make the most versatile involvement log of all time.
A board that Cj can push him on for many years to come.
Concave in the nose for incredible noseriding lift, hip i n the back for pivot and whip but with a lower performance style rail and a modern edge in th e tail for speed and control.
A homage to the past with modern touches.
(Concept designed by CJ x Ian Chisholm)

9'3" x 23" x 3" - 69L
9'6" x 23 1/4" x 3 1/8" - 74.3L
9'9" x 23 1/2" x 3 3/16" - 78.4L

Single Fin System

Flyng Diamonds of California
9'3" ---
CJ Power Flex 9.5", Classc Pivot 9.5", Involvement 9.5"
9'6" ---
CJ Power Flex 10", Classc Pivot 10", Involvement 10"
9'9" ---
CJ Power Flex 10.5", Classc Pivot 10.5 ", Involvement 10.5"

Shaped by Ian Chisholm

Thunderbolt Surf

Vis alle produkter fra Thunderbolt Surf

Thunderbolt Technologies

Thunderbolt Technology utilizes advanced materials and technology to decrease weight while enhancing performance, flex characteristics, board control, and durability. Mass-produced epoxy boards are corky and stiff. While light and durable, they simply don’t ride well. But Thunderbolt’s hand-built boards take superior epoxy materials to an entirely different level. These boards provide the feel and sensitivity of a good poly board, but deliver performance far beyond traditional epoxy pop-out constructions. Indeed, those who ride these high-tech epoxy boards claim they actually feel better than polyurethane.

Thunderbolt boards are 100% hand layups. They begin with an EPS foam core with multi-component carbon fiber stringer systems that produce engineered flex and twist for a more lively, responsive performance. Proprietary designs employing internal carbon fiber components are then arrayed in the deck and bottom of the deck for precise flex control and strength.

The core shield PVC provides flexible protection to increase strength and durability without compromising the flex and twist characteristics built into the blank. With ample carbon fiber and fiberglass in the deck, bottom, and rails, these boards both outperform and outlast traditional PU boards and other epoxy designs.

Construction

Thunderbolt Technology
Thunderbolt Technology utilizes advanced materials and technology to decrease weight while enhancing performance, flex characteristics, board control, and durability. Mass-produced epoxy boards are corky and stiff. While light and durable, they simply don’t ride well. But Thunderbolt’s hand-built boards take superior epoxy materials to an entirely different level. These boards provide the feel and sensitivity of a good poly board but deliver performance far beyond traditional epoxy pop-out constructions. Indeed, those who ride these high-tech epoxy boards claim they actually feel better than polyurethane. Thunderbolt boards are 100% hand layups. They begin with an EPS foam core with multi-component carbon fiber stringer systems that produce engineered flex and twist for a more lively, responsive performance. Proprietary designs employing internal carbon fiber components are then arrayed in the deck and bottom of the deck for precise flex control and strength. The core shield PVC provides flexible protection to increase strength and durability without compromising the flex and twist characteristics built into the blank. With ample carbon fiber and fiberglass in the deck, bottom, and rails, these boards both outperform and outlast traditional PU boards and other epoxy designs.

CONSTRUCTION: Thunderbolt Silver Technology

Thunderbolt Silver surfboards are traditionally suited for smaller waves and often shaped in log style shapes. Thunderbolt Silver surfboards are hand crafter for a classic feel with enhanced response. Starting off with an EPS foam blank, a high-density foam block is installed into the blank to provide a secure anchor point for the fin box. AVT flex control components are laminated to the bottom in an “A” shape, then a tapered groove is cut into the deck for the AVT stringer in a “T” shape, which is laminated onto the deck and pressed into the groove at specific depths.

AVT flex control components are laminated to the deck, in a “V” shape. This combination AVT shape defines the flex, responsiveness and feel of the board creating a waistline component which creates a pivot point for tail flex, and stores the energy generated by natural flexing and twisting forces generated during a turn, which then releases through the board and fin launching the board forward. Hand laminated fiberglass layer and PVC shell lock AVT flex control components in, then is cured in a mould for precise rocker and shape. Thunderbolt silver blanks are laminated with a combination of carbon fibre and fiberglass. Designed in Japan, for the world.