Universal Compatibility Solutions
Our research focuses on designing and developing innovative adapter systems to foster true cross-compatibility within the foiling ecosystem.
A major challenge in the foiling world is the lack of interoperability between components from different manufacturers. Our R&D in this area aims to bridge these gaps, allowing for greater customization, flexibility, and sustainability in how foiling setups are assembled and upgraded.
Key Research Focus Areas:
- Investigating mechanical and structural requirements for robust adapter designs.
- Exploring novel locking mechanisms and interface geometries for secure, play-free connections.
- Researching materials that offer high strength, corrosion resistance, and ease of manufacturing for adapter components.
- Developing methodologies for testing adapter strength, durability, and hydrodynamic impact.
- Conceptualizing digital tools, like compatibility databases or configurators, to aid foilers in understanding interoperability options.
Our goal is to empower the foiling community by breaking down proprietary barriers, potentially reducing equipment redundancy and promoting a more open hardware ecosystem.
Note: We will share our research findings, design concepts, and prototype developments as they mature. Stay tuned to our Community Hub and Learning Hub for updates.
Example Research Concepts:
Modular Mast-Fuselage Interface Standard
Research into a standardized interface to allow any mast to connect to any fuselage, irrespective of brand.
Dynamic Wing Attachment System
Exploring quick-release and angle-adjustment mechanisms for front wings that could be universally adopted.
Board-Agnostic Mast Track Adapter
Investigating adapter designs that allow various mast baseplate types to fit a wider range of board track systems.