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The Slide (stylized SLIDE) is a magnetically levitating hoverboard demonstration developed by Lexus, who built a skate park in Barcelona, Spain specifically for the project. The system was built as a promotional demonstration and was not on sale to the public.
Conception
The overall project took about 57 weeks to complete. The SLIDE was teased in June 2015 and was officially revealed 5 August of the same year. Dietmar Berger, a magnetic levitation engineer, and Ludwig Schultz, an engineer of superconducting levitation, were mostly responsible for the design of the system. Professional skateboarder Ross McGouran was the main rider for both prototype testing and promotional demonstration.
Technology
The main focus of the demonstration is the levitation of the hoverboard, which was achieved through the use of superconductors inside the board and a magnetic track. The board itself was made of bamboo and carbon fibre support structures. The board had 32 yttrium barium copper oxide superconductors cooled by liquid nitrogen.
Superconductors are conductors that have no internal resistance as long as they are kept below a certain temperature based on the particular material. When a metal has no internal resistance, a current running through the metal will run forever without a power source. When a superconductor is subjected to a magnetic field, the superconductor aligns itself with the magnetic field and can remain in a fixed position above it. In order to maintain the required temperature, this system uses liquid nitrogen to cool it down to −197 °C (76.1 K; −322.6 °F). Because of the transfer of heat energy from the magnets to the liquid nitrogen, the nitrogen boils and eventually evaporates away. This makes it difficult to have a constant supply of liquid nitrogen to continually cool down the superconductors, and the system can only operate for an average time of about 20 minutes on maximum liquid nitrogen onboard capacity.
Track
The track built by Lexus for the SLIDE project is in Cubelles, Barcelona, Spain. The entire skate park has magnetic tracks concealed beneath a thin layer of wood. The magnetic track pulls the board along the path. All the uphill and downhill slopes of the track were specifically designed to ensure the magnetic field has enough momentum to maintain the board's movement.
References
- ^ "The Lexus hoverboard is real, but it isn't coming to a skate park near you".
- "Lexus let skateboarders put its hoverboard to the test". Engadget. Retrieved 2015-11-11.
- ^ "A look at the making of the Lexus SLIDE Hoverboard | Stephen Gates Blog on digital, design, leadership and innovation". 5 August 2015.
- "Lexus Slide hoverboard: New videos show how it was made and rea". 4 August 2015.
- "Lexus Built a Hoverboard, And No, You Can't Buy It". The Cheat Sheet. 9 August 2015. Retrieved 2015-11-11.
- "Are you ready for the future? Lexus to unveil its Slide hoverboard August 5". Digital Trends. 31 July 2015. Retrieved 2015-11-11.
- "Lexus Takes the Wraps off Its Mysterious Slide Hoverboard". NBC News.
- ^ "Lexus Slide hoverboard really works | News | Geek.com". Archived from the original on 2015-11-16. Retrieved 2015-11-04.
- Barrett, Brian. "How That Lexus Hoverboard Actually Works". Wired. ISSN 1059-1028. Retrieved 2022-05-23.
- Farrha Khan (2015-08-05). "This is how the Lexus hoverboard really works". TechRadar. Retrieved 2022-05-23.
- "Superconductors".
- "Meissner effect for superconductors".
- ^ "Everything You Need to Know About Liquid Nitrogen".
- "I rode the Lexus hoverboard at a skatepark in Spain". 4 August 2015.
- Barrett, Brian. "How That Lexus Hoverboard Actually Works". Wired.
- "This is the skatepark Lexus built for its real hoverboard". 25 June 2015.