Transparent Surfboard Features Carbon-Fiber Ribs and Clear Panels
Designer Igor Dzukovski creates a surfboard prototype prioritizing visual connection with the ocean.
1Innovative Surfboard Design Concept
Industrial designer Igor Dzukovski has developed Tidal Wave, an experimental surfboard prototype that emphasizes sensory interaction with the ocean. Unlike traditional boards that rely on surface graphics, this design integrates the aquatic environment directly into its structure. It allows surfers to observe currents, depth, and reflections through the board itself.
2Structural Carbon-Fiber Skeleton
The board is anchored by an exposed carbon-fiber skeleton featuring organic, fluid ribbing. This configuration provides the necessary structural stiffness and a lightweight profile for effective aquatic handling. By utilizing these ribs to frame large transparent apertures, the design ensures uninterrupted sightlines directly through the deck to the water below.
3Advanced Manufacturing Techniques
The stern of the board features a custom 3D printed pectoral fin, fabricated through additive manufacturing to achieve complex sculptural geometry. This component serves two primary functions: improving water-flow control for better maneuverability and providing a high-visibility chromatic contrast. Its fluorescent yellow hue stands out against the white carbon frame.
4Exhibition and Design History
The Tidal Wave prototype gained public exposure when it was showcased at Expo 2020 Dubai and Dubai Design Week 2021. These exhibitions highlighted how the project treats advanced composites and 3D printing as exposed tectonic features. The board effectively reframes standard surfing equipment as an optical frame for the aquatic landscape.
5Prioritizing Sensory Engagement
The design philosophy behind this prototype shifts focus away from conventional performance metrics typically found in professional surfing gear. Instead, it prioritizes the user's visual and sensory connection to the marine environment. By incorporating clear resin panels, the board transforms the act of surfing into a more immersive, observational experience.
6Material Composition and Aesthetics
The combination of white-finished carbon-fiber structures and clear resin skin creates a distinct aesthetic profile. The translucent nature of the pectoral fin reveals its layered 3D printed construction when illuminated by direct sunlight. This interplay of light and material emphasizes the open structural pattern inherent in the board's unique design.
7Evolution of Surfboard Engineering
While traditional surfboards are often opaque, this project explores the potential of structural transparency in sports equipment. By utilizing modern materials like carbon fiber and 3D printed polymers, Dzukovski demonstrates how industrial design can alter the relationship between an athlete and their environment, moving beyond simple utility toward aesthetic and sensory exploration.
8Future Implications for Design
The Tidal Wave project serves as a case study in how additive manufacturing can influence sports gear development. By exposing the internal skeleton rather than hiding it, designers can create lighter, more visually striking equipment. This approach suggests a future where functional sports tools also serve as artistic lenses for nature.