Modular Interface Systems Research
Investigating and developing standardized, robust, and sustainable interface systems, including baseplates and fuselage connections, for enhanced modularity in foiling.
The connection between the board, mast, and fuselage is critical for performance, safety, and user experience. Our research in modular interface systems aims to address challenges related to compatibility, durability, and ease of use, while exploring sustainable materials and manufacturing.
Key Research Objectives:
- Developing universal or widely adaptable mounting standards for baseplates to fit diverse board designs.
- Investigating the structural integrity and load distribution of various baseplate designs and materials, including recycled metals and advanced bio-composites.
- Researching quick-connect/disconnect mechanisms for masts and fuselages that maintain rigidity and strength.
- Analyzing the long-term durability and corrosion resistance of interface components in marine environments.
- Exploring opportunities for integrated sensor technology within baseplates or connection points for data acquisition.
OrangeOcean's R&D in this area seeks to provide a foundation for more versatile, reliable, and user-friendly foiling systems, with a strong emphasis on sustainable engineering practices.
Note: We will share progress on material testing, interface design concepts, and system prototypes as our research advances. Follow our updates for the latest developments.
Example Research Concepts:
Eco-Composite Baseplate Design
Research into novel bio-composite formulations for high-strength, low-weight baseplates with reduced environmental impact.
Smart Fuselage Connector
Conceptual development of a fuselage connection system with integrated sensors for monitoring stress and detecting wear.
Adaptive Board Interface Standard
Investigating a standardized track or insert system for boards to universally accept various baseplate designs.