These Fins Have GPS Tracking Devices That Measure Their Performance
Rahul Kalvapalle — May 6, 2016 — Art & Design
References: media.uow.edu.au & gizmag
A group of researchers and engineers led by none other than the noted professor Marc in het Panuis, working out of the University of Wollongong, have made use of the latest and greatest 3D-printing technology in order to create a series of several surfboard fins.
What's great about the current surfing fins is the fact that they are fitted with GPS tracking devices that allow for the quick and reliable gathering of data on everything from top speed to wave count specs. This information helps assess their performance, and could lead to the development of even better surfing fins. The fins are also relatively inexpensive to manufacture.
Whilst 3D-printing is often associated with the automotive and computing sectors, these surfing fins showcase their utility for sport and outdoor design.
What's great about the current surfing fins is the fact that they are fitted with GPS tracking devices that allow for the quick and reliable gathering of data on everything from top speed to wave count specs. This information helps assess their performance, and could lead to the development of even better surfing fins. The fins are also relatively inexpensive to manufacture.
Whilst 3D-printing is often associated with the automotive and computing sectors, these surfing fins showcase their utility for sport and outdoor design.
Trend Themes
1. 3d-printed Surfing Fins - The use of 3D-printing technology in creating surfboard fins with GPS tracking devices opens the door for improved performance analysis and potential innovations in sports equipment design.
2. GPS Tracking Devices - The integration of GPS tracking devices into surfboard fins allows for the collection of data on performance metrics, creating opportunities for improved analytics and personalized insights in the sports industry.
3. Inexpensive Manufacturing - The relatively low-cost manufacturing of 3D-printed surfing fins provides an opportunity for cost-effective production and accessibility in the sports equipment market.
Industry Implications
1. Sport and Outdoor Design - The application of 3D-printing technology in creating surfing fins demonstrates the potential for disruptive innovation in the sport and outdoor design industry.
2. Sports Equipment - The incorporation of GPS tracking devices in surfboard fins opens up possibilities for advancements in sports equipment technology, leading to personalized and data-driven performance enhancements.
3. Manufacturing - The use of 3D-printing in manufacturing surfing fins highlights the potential disruption in the manufacturing industry, particularly in terms of cost-effectiveness and customization capabilities.
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