HUIE
Examining the limits and constraints of a function.
This represents an initial iteration of our CFC technology. The primary objective for this version was not solely centered on maximizing performance but rather focused on exploring the capabilities and attributes of the carbon strip inlays. Our aim was to assess how effectively they could be manipulated and their ability to navigate through tight curves. As evident from the outcomes, this endeavor proved to be highly successful.
Exploring XPS Stringer Experimentation
Enclosed within a 28kg Expanded Polystyrene (EPS) cocoon, the radiant 50mm Extruded Polystyrene (XPS) stringer proved to be a delight to mold. XPS is renowned for its remarkable flexibility and rebound properties. However, amid these favorable traits lies a drawback: its susceptibility to tearing and its challenging nature when it comes to shaping.
Balancing surface area
The idea behind this fin configuration was to preserve the surface area of the rear fin in a thruster setup compared to the combined area of two smaller rear fins.
Performance Surprises
In summary, the board delivered a satisfying surfing experience. I found the CFC flex to be quite favorable, and the channels notably enhanced lift, particularly at higher speeds. The most unexpected aspect, however, was the stiffness of the fin setup. While it wasn't a drawback, it was noticeable and somewhat surprising.