Details:
Brand: JS
Model: Carbotune
Length: 6’1"
Width: 20"
Thickness: 2 5/8"
Volume: 34.5L
Fins: FCS II - 5 Boxes (not included)
Construction: Epoxy
Shipping Cost: $199.00
Description:
This board is epoxy.
The deck has shallow back foot pressures, see photos to view the rest of the pressure dent details.
The nose has a small light scratch that is water tight.
Don’t understand the surfboard description lingo? Go to our Glossary of Terms.
More Information
(Below Information from JS Surfboards)
USING CARBON FIBRE IN SURFBOARDS.
Carbon maximizes the weight to stiffness ratio of a surfboard, and provides you with a craft that efficiently turns power into speed. Translated for surfers and shapers - carbon provides an instant transfer of energy. So everything you put into it, CarboTune will give you back. Response will be immediate to any power directed to the board from the surfer or wave. This means that both angles and weight of carbon layups play a huge role in the R&D process and decision making on the boards’ construction. The weight of our actual carbon fibre cloth used is lighter than all other carbon we tested throughout R&D. It’s also lighter than the carbon fibre cloth used in most other surfboard constructions available around the world.
We’ve decided on this exact weight for better flex, while the finished overall weight of the board is still optimised for maximum momentum and projection. We’ve found that this ideal overall weight is close to our pro level team weight in a PU board. For example, a 5’10” / 28.6L CarboTune Xero Gravity is 2.4kg / 5.3lbs, and a PU pro team board at the same dimensions & volume is usually 2.5kg / 5.5lbs.
HOW ARE CARBOTUNE BOARDS CONSTRUCTED?
1. It begins with an EPS core. No stringer.
2. Carbon fibre cloth is assembled to wrap the entire exterior, precision engineered using the exact same angle and weight in each layer that we settled on throughout R&D as the ideal combination for durability and flex.
3. Carbon fibre cloth is applied with a vacuum-bagging production technique to ensure consistency in lamination. This technique is something we have developed & refined throughout the manufacturing of our HYFI construction boards since 2015.
4. A new generation clear epoxy resin is used throughout lamination, chosen for its excellent bonding characteristics with carbon fibre. Epoxy adheres to the carbon fibres to improve the composite materials’ strength, durability, and chemical resistance. It also provides high resistance to UV light, preventing discolouration.
5. An automotive clear coat is used to finish each CarboTune board, sealing everything to ensure the cleanest possible watertight surface.
