At MYCOPOR, we are developing innovative solutions that combine advanced engineering with natural materials. One of our latest projects is the myco biocomposite hybrid wakeboard, representing a major step toward a more sustainable future in watersports.
This concept integrates recycled composite materials (GFRP) with advanced reprocessing techniques, focusing on improved material impregnation and structural performance. The result is a lightweight, durable, and high-performance product suitable for demanding sports applications.
Mycelium Inside – Nature as Technology
At the core of this innovation is “Mycelium inside”. Mycelium—the root-like network of fungi—acts as a natural binder, transforming organic residues into strong, lightweight, and fully biodegradable composites. These materials are grown from agricultural by-products such as sawdust, hemp, or straw, without the need for harmful chemicals.
This approach delivers:
- 100% natural and eco-friendly materials
- Low-energy production processes
- Fully biodegradable structures (no microplastics)
- Excellent strength-to-weight ratio
How the Hybrid Wakeboard Is Made
Our innovative solution addresses the challenge of recycling by developing new reprocessing support techniques for the impregnation of recycled GFRP materials. The approach focuses on manual resin application in combination with mycelium composite production technology.
The result is a high-performance composite material, created by incorporating shredded recycled wind turbine blades into a solid structure using our proprietary process — combining the strength of reclaimed composite with the natural, biodegradable binding power of mycelium.
