The Twin Pin was designed to be surfed on the rail with a very pronounced vee on the backside. Flat at the nose and then concave to vee, the Twin Pin is a less stable board if surfed flat. Surfable in relatively hollow conditions, up to a small 2m.
| Length | Width | Thickness | Volume |
|---|---|---|---|
| 5’10 | 19 3/8 | 2 9/16 | 31L |
High-speed grip & comfortable handling
Speed in soft waves
Speed generation
Radicality that forgives certain mistakes
Pure speed and glide
Ease of cornering
Wave speed generation
Row to move fast
Wave height to be surfed with the board
Wave trough level
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OPTIMIZED AND PRINTED FOR YOU
Each board is made-to-order, in our mini-factory in Anglet (Basque Country, France).
From design to finishing, including 3D printing, all stages are carried out by our technicians, engineers and shapers. This patented manufacturing process is the result of 3 years of research and development.
The core of the board is a variable-geometry 3D-printed structure. On each model, the printing thicknesses and densities are optimized in relation to the surfing style proposed by the board's shape.
This patented technology provides a new level of control and vibration damping.
It allows the regulation of the air in your board. Leave it closed and unscrew it only in case you fly with your board or need to repair it.
You can easily repair your board with a standard repair kit. For a bigger fart, any shaper can fix it. If your board has taken on water, it is necessary to drain it via the valve.
Our boards are made from bio-sourced plastic (PLA) and this material is relatively dense. Although the internal structure of our boards is openwork, the density of the material compensates for the weight. At equivalent volume, a Wyve surfboard weighs the same as a conventional board with a PU foam pad.
