WYVE: Shaping the Future of Surfing with Sustainable 3D Printed Custom Surfboards

WYVE, formerly known as HEXA Surfboard, is a pioneering French company leveraging the power of 3D printing to engineer surfboards that are not only more environmentally friendly and highly customizable but also boast a unique transparent design. Deeply conscious of today’s pressing ecological challenges, WYVE is radically rethinking traditional surfboard production and distribution. Their model champions local manufacturing, strategically located close to prime surf spots, significantly reducing their carbon footprint. By transforming recycled and recyclable plastic waste into tailor-made boards, WYVE pioneers a new standard. The innovative honeycomb core of their surfboards is meticulously 3D printed, allowing the company to minimize material usage while simultaneously optimizing board strength and performance. We recently had the opportunity to connect with the WYVE team to delve deeper into their groundbreaking design process and explore the profound impact of 3D printing on the dynamic world of surfing.

Meet the Visionaries Behind WYVE: Combining Engineering Prowess with a Passion for Surfing

We are Léo, Sylvain, and Mylène, a trio of friends united by a decade-long bond, a shared passion for surfing, and a background in engineering. As the co-founders of WYVE, our mission is to fundamentally rethink the creation and distribution of surfboards, primarily through the innovative application of 3D technologies. Our engineering education provided an early introduction to digital modeling and optimization, but it was during the hands-on prototyping of our initial surfboard designs that we truly honed our expertise in 3D printing. We were fortunate to have access to the Fablab at the prestigious Ecole Polytechnique, where we gained invaluable experience operating large-format 3D printers. Within a few months, this immersive environment allowed us to rapidly acquire extensive knowledge and, in turn, share our evolving expertise with other project leaders prototyping at the facility. This collaborative learning experience was instrumental in shaping WYVE’s technological foundation.

The Imperative for Change: Why WYVE Was Born to Revolutionize Surfboard Production

It’s a striking paradox: over 80% of surfers express deep concern for the health of our oceans and the climate, especially when it comes to their beloved sport. Yet, many remain unwilling to compromise on the performance of their equipment. Conversely, the younger generation is increasingly eager to embrace solutions that seamlessly combine ecological responsibility with cutting-edge innovation, all within a simple, fluid, and online consumption experience.

The current reality of surfboard manufacturing, however, is far removed from this ideal. The complex and lengthy production chain involves numerous intermediaries, leading to substantial carbon emissions from extensive transport. Furthermore, traditional methods generate significant toxic waste, and accumulated margins have stifled innovation within the sector since the 1960s. The figures paint a stark picture: the components of a single surfboard travel an astonishing 10,000 kilometers around the globe before assembly. A typical board is comprised of 95% petrochemical materials, and its creation emits over 6 kilograms of toxic and carcinogenic waste – for a board that itself barely weighs 3 kilograms. This unsustainable model highlights an urgent need for transformation.

It was this glaring paradox – between surfers’ environmental concerns and the industry’s outdated practices – that compelled us to create WYVE. Our brand fundamentally rethinks how surfboards are produced and distributed. By harnessing advanced technologies like 3D printing, we can achieve localized, integrated manufacturing. We create high-performance, custom-made, and eco-responsible boards, complete with an original transparent design, all from recycled and recyclable plastic waste. Our boards are easily accessible and customizable online, ensuring that any surfer, regardless of proximity to a traditional shaper, can ride the board of their dreams. A board that not only delivers pure sensations but also actively supports their progression and passion.

Crafting the Future: WYVE’s Innovative Board Manufacturing Process

Our journey begins with the surfer. Through a comprehensive online questionnaire, surfers can provide detailed customization preferences or simply input their desired dimensions. This data forms the basis for designing the custom shape – including precise dimensions and curves – of their future board. We employ a sophisticated customization algorithm that intelligently translates these measurement and subjective feeling data points into a unique digital design. Once the digital file of the surfboard’s shape is validated, we proceed to the heart of our innovation: the 3D printing of the board’s core.

A cornerstone of WYVE’s philosophy is the development of local production capabilities, minimizing the carbon impact associated with transport. We operate our own large-format 3D printers, strategically located near prominent surf spots, and collaborate closely with specialized regional partners. Regarding raw materials, our initial models were printed using PLA, a material widely recognized for being bio-sourced and readily compatible with 3D printing. Crucially, we are actively advancing the development of our board cores from 100% recycled PET, with an ambitious goal of sourcing this material directly from the plastic waste that regrettably pollutes our oceans. This commitment to circularity is central to our mission.

The 3D printing process for the board’s core typically spans several tens of hours, with the exact duration varying based on the degree of personalization. Its distinctive honeycomb design is engineered to maximize the structure’s strength relative to the minimal amount of material used, a testament to the efficiency of additive manufacturing. This intricate design also serves to highlight the board’s special transparent aesthetic, revealing the innovative core beneath. Following printing, the core of our board is meticulously glazed with a bio-sourced resin and fiberglass. While our resin is proudly made in France and carries the prestigious ECOBOARD Gold label, we dedicate a substantial portion of our R&D efforts to continuously limit our reliance on both resin and fiberglass, recognizing their ongoing environmental impact. Every single one of these manufacturing steps is performed in the same location within our micro-factories, which are also thoughtfully designed to welcome our vibrant community of users, fostering exchange and allowing them to see, touch, and understand their boards firsthand.

Additive Manufacturing: The Core of WYVE’s Eco-Design Philosophy

3D printing technologies stand as an outstanding manufacturing method for WYVE, perfectly addressing our rigorous requirements for both performance and customization. Through advanced parametric design, we can precisely and efficiently adapt the shape and characteristics of each board to the individual surfer’s needs and preferences. This level of tailor-made design is simply unparalleled in traditional surfboard manufacturing.

Beyond performance, 3D printing is a critical asset in our eco-design strategy. Primarily, it enables us to produce significantly less waste. We utilize FDM 3D printing technology, which is an additive manufacturing process: the product is built by precisely superimposing layers of material. This method ensures that we use only the exact amount of material required, resulting in virtually no toxic or unused waste, a stark contrast to the substantial waste generated by more traditional board manufacturing techniques involving the carving and shaping of foam blanks. Furthermore, 3D printers are compatible with a wide array of materials, allowing us to select and develop increasingly eco-friendly raw materials. It’s crucial to remember that the core of conventional high-performance surfboards is typically made of polyurethane, a material that renders them non-recyclable and emits highly toxic gases during production.

Moreover, 3D printing is an exceptional method for creating fully custom-made surfboards. This high level of customization, which makes each WYVE surfboard unique and perfectly tailored to the individual surfer, is a key element in minimizing its environmental footprint. By precisely meeting a surfer’s current technical needs and anticipating their future progression, a better-adapted surfboard indirectly has a lighter impact on the environment as it will serve them effectively for a longer period. And because our surfboards are made to order, there is no issue of excess stock or overproduction, further reducing waste. Ultimately, 3D printing allows us to construct surfboards that are inherently more durable and significantly easier to repair.

We openly acknowledge that 3D printing alone does not resolve all environmental challenges, particularly concerning energy consumption. This is precisely why we are dedicated to optimizing the printing time for each surfboard to minimize our energy usage, pursuing a two-pronged approach. The first involves optimizing the components of our machines to enhance printing speed when executing our designs. Accelerating the printing process directly translates to producing more surfboards with the same energy input. The second level focuses on digitally optimizing the file that defines the printer’s movements, ensuring the most efficient path and process for constructing each surfboard.

Built to Last: WYVE Surfboards’ Unmatched Durability and Recyclability

A WYVE surfboard offers superior durability compared to a classic board with a foam core, primarily due to its advanced honeycomb structure which provides exceptional strength-to-weight characteristics. Beyond its inherent robustness, it is also designed for effortless repair. Given the hollow interior of our boards, a simple valve system facilitates easy drainage in the event of water infiltration, preventing waterlogging that can damage traditional foam cores. After draining, the affected area can be patched conventionally. Crucially, without any foam inside, the core is immune to rotting upon contact with water, a common issue in traditional boards that drastically shortens their lifespan.

Furthermore, the core of our boards is fully recyclable! Should your surfboard ever suffer severe damage, WYVE is committed to recovering its materials. We actively reclaim the plastic components to recycle them, closing the loop by creating new surfboards from the recovered material. To facilitate this circular economy, we are dedicated to educating our users and implementing material recovery initiatives, encouraging them to participate in the recycling of their boards. This ensures that the lifecycle of our products contributes positively to environmental conservation. Finally, we firmly believe that the longevity of our surfboards is intrinsically linked to their perfect suitability for their owner. A surfboard that is perfectly adapted to an individual surfer is far more likely to be used correctly, cherished, and enjoyed for a significantly longer period than a surfboard with a more generic or randomly chosen shape, thereby extending its useful life and reducing the need for premature replacement.

Join the WYVE Movement: Experience the Future of Sustainable Surfing!

We invite you to join our growing community on social networks to connect with fellow surfers, discover our latest innovations, and even arrange to test our groundbreaking boards. Don’t hesitate to visit us at our offices in Anglet – we’d love to meet you and share our passion! You can find more comprehensive information about WYVE and our mission HERE.

What are your thoughts on WYVE’s innovative approach to surfboard manufacturing? We’d love to hear your feedback in a comment below or engage with us on our Facebook and Twitter pages! And for all the latest news, trends, and breakthroughs in the world of 3D printing delivered straight to your inbox, remember to sign up for our free weekly Newsletter!