Working Hoverboard: A Reality with Limitations
The Hoverboard Dream
For decades, hoverboards have been a staple of science fiction, tantalizing us with the promise of effortless flight. Now, engineers at Arx Pax, a company founded by husband-and-wife team Jill Avery and Greg Henderson, have made this dream a reality—albeit with some constraints.
Arx Pax’s Hoverboard Technology
Arx Pax’s hoverboard technology is rooted in the principles of magnetic levitation (maglev), which is also employed in Japan’s high-speed magnetic lift trains. By streamlining and simplifying this technology, Arx Pax has created a system that can levitate a small engine and propel it above conductive surfaces.
How It Works
The hoverboard operates on the principle of induction. When powered up, it magnetizes the surface beneath it, creating a magnetic field that pushes the hoverboard apart from the surface. This means that the hoverboard can only function effectively above conductive surfaces, such as aluminum or copper.
Limitations
While the Arx Pax hoverboard is a remarkable feat of engineering, it does have some limitations. Most notably, it can only operate above conductive surfaces. This means that it cannot be used on most floors, sidewalks, or roads. Additionally, the hoverboard has a limited range and speed, and it requires a large aluminum or copper sheet to function properly.
Kickstarter Campaign
To bring their hoverboard to market, Arx Pax is running a Kickstarter campaign with a goal of raising $250,000. The funds raised will be used to further develop the technology, increase production capacity, and bring the hoverboard to consumers.
Testing the Hoverboard
James Temple of Re/code had the opportunity to test out the Arx Pax hoverboard firsthand. He reported that it does indeed work, but with the aforementioned limitations. Temple noted that the hoverboard is surprisingly stable and easy to maneuver, but its limited range and speed make it more suitable for indoor use or short-distance travel.
Future of Hoverboard Technology
While the Arx Pax hoverboard is still in its early stages of development, it represents a significant step forward in the field of magnetic levitation technology. As the technology matures and the limitations are overcome, we may one day see hoverboards become a common mode of transportation.
Benefits and Applications
Despite its current limitations, the Arx Pax hoverboard has the potential to revolutionize various industries. It could be used for:
- Disaster relief and search and rescue operations
- Military applications, such as transporting supplies or accessing difficult terrain
- Industrial settings, such as warehouses or factories
- Entertainment and tourism, such as amusement parks or guided tours
Conclusion
The Arx Pax hoverboard is a groundbreaking invention that brings the dream of hoverboards closer to reality. While it still has some limitations, it demonstrates the potential of magnetic levitation technology to transform transportation and other industries. As the technology continues to develop, we can expect to see even more innovative and practical applications for hoverboards in the future.