Fastest Hoverboard In July 2023
Our posts contain affiliate links. Sometimes, not always, we may make $$ when you make a purchase through these links. No Ads. Ever. Learn More
Table of Contents_
- Top 5 Fastest Hoverboards Compared
- #1 F1 Gyroor
- #2 Magic Hover G-F1
- #3 Spadger G1 Premium
- #4 Swagtron Swagboard Outlaw T6
- #5 Razor Hovertrax 2.0
- Fastest Hoverboard Buyer’s Guide
- Some Questions To Ask Yourself When Shopping for the Fastest Hoverboards
Buying the fastest hoverboard of 2023 isn’t as easy as just looking at speed. During our research, we researched the top 10 options and researched them out in real time for speed, durability, and additional features like Bluetooth speakers and LED lights. Unfortunately, it’s easy to buy the wrong hoverboard, simply because so many options are available on the market. Moreover, some don’t carry a safety certification or are strong enough to hold an adult. Don’t fret. We’ve found the safest and fastest hoverboards (and their speeds) available today.
Gyroor G-F1 Hoverboard,8.5″ Off Road Hover Board…
Gyroor Hoverboard Off Road All Terrain G-F1 Racing…
Spadger G-F1 Racing Hoverboard, BLE Speaker, LED…
After hours of research and fun riding the top hoverboards we could buy, we were pleased to find that the F1 Gyroor offers the best overall experience. With a high-top speed, extra-durable design, and long battery life, you’ll have a blast racing around on this hoverboard. Keep reading to learn more about the Gyroor and our other top picks. This could also be the best hoverboard on the market today.
Top 5 Fastest Hoverboards Compared
#1 F1 Gyroor
Our #1 Pick is the F1 Gyroor
Award: Top Pick/Best Self Balancing
WHY WE LIKE IT: The F1 Gyroor hoverboard was designed after F1 formula racing cars, so you know it’s going to be fast. And you won’t be disappointed with its 12 MPH max speed and overall sleek design.
Read Full Review: F1 Gyroor Hoverboard
- High top speed
- Short charging time
- Racing-style wheels
- Most expensive on the list
- Heavy and bulky
- Replacement batteries are hard to come by
The F1 Gyroor hoverboard is the most expensive hoverboard on our list, but it’s also the fastest and most well-designed, making the end result well worth the price. This board is the best choice for advanced users who don’t want to be held back by beginner modes or low-top speeds. And with 8.5-inch wheels designed specifically for speed, this F1 definitely won’t disappoint.
The Gyroor self-balancing hoverboard also offers some of the staple features you’ve come to expect on hoverboards, like Bluetooth speakers and LED lights, along with a super handy portability handle that negates the otherwise heavier design. The bright front LED headlights are always appreciated, in case you prefer night ride times or the sun sets sooner than you expect and you still have to make your way home. Overall durability is good with the F1 Gyroor hoverboard, as well. We were super pleased with how well it could hold up when taken off-road or against bumps and hits. If you need speed, you can’t miss out on this speedy Gyroor self-balancing scooter. This definitely isn’t a cheap hoverboard, but you know you’ll be paying for one quality high-speed hoverboard. If you’re interested in another product with Bluetooth and LED headlights, consider checking out Street Saw’s DailySaw Hoverboard, which comes in an assortment of colors and is backed by a reliable 90-day warranty, extension opportunities, and easy access to their support team if you need help. For alternative hoverboard options, check out our best electric unicycle guide.
#2 Magic Hover G-F1
Our #2 Pick is the Magic Hover G-F1
Award: Honorable Mention/Best Portable
WHY WE LIKE IT: The Magic Hover G-F1 hoverboard brings 12 MPH of top speed, water resistance, and dual 350-watt motors to the table, making it one of the fastest and most reliable self-balancing scooters on our list.
- Portable handle for easier transport
- IP54 water resistance
- Powerful 350-watt dual motor power
- Higher price point than most
- Not good for kids or beginners
- Bluetooth speakers aren’t the best
The Magic Hover G-F1 brings speed, that’s for sure. This model delivers a top speed of around 12 miles per hour. The streamlined racing tires are a nice touch, and they increase speed and grip for a smoother, faster ride. The 8.5-inch tires contribute to its sturdy structure that gives this absolute powerhouse a better speed range and smoother ride than the average hoverboard. This is one of the fastest and most powerful hoverboards you can currently buy. Moreover, dual 350W motors help it climb slopes as steep as 30 degrees. With features like these, it’s easy to see why we rated this hoverboard so highly. For more great product recommendations, check out our best 6.5-inch hoverboard guide.
You also get high-quality design features with the Magic Hover G-F1, including IP54 dust and water resistance. With an IP rating like this, you can be sure your electric scooter will be protected from most ingress and splashing water from any angle. The overall durability of the unit is also solid and reliable. During our research, the hoverboard took plenty of hits without hesitating or slowing down. If you’re looking for something portable and durable, the Magic Hover G-F1 is the fast hoverboard for you. Check out the best hoverboards for kids for more options.
#3 Spadger G1 Premium
Our #3 Pick is the Spadger G1 Premium
Award: Best Budget/Best for Beginners
WHY WE LIKE IT: The Spadger G1 Premium self-balancing hoverboard offers an eye-catching design, super-fast top speed, and overall durability to match any competitor.
- Specifically designed for beginners
- High-quality tires/wheels
- Durable, aluminum frame
- Smartphone app isn’t the greatest
- Bluetooth speakers could be better
- Heavier than other models
If you’re just starting out with riding hoverboards, the Spadger G1 Premium electric scooter is a good place for you. With a solid beginner’s mode, the G1 Premium acts as a good jumping point for anyone new to the game. And while it offers a top speed of 9.5 miles per hour, you don’t have to go that fast until you’re comfortable with it.
The Spadger hoverboard offers premium tires and wheels that only serve to increase your speed both on-road and off-road. The hoverboard also features a durable, aluminum frame that can withstand bumps and bruises without lasting damage or a decrease in performance. Unfortunately, this also increases the weight of the hoverboard, making it a bit heavier than other options. Though the Bluetooth functionality and smartphone app features are appreciated, their actual performance isn’t groundbreaking. The smartphone app that can function as a remote control could definitely be tweaked to function better. If well-functioning smart app control is an essential feature to you and that you’ll rely heavily on, this product might not be the best fit for you. All in all, if you’re looking for a good beginner’s hoverboard, you can’t go wrong with the Spadger G1 Premium. An additional option that’s great for beginners is the Halo Rover X Hoverboard, which you can check out on Amazon.com. This product has three training modes to help the user better at riding their new hoverboard at their own pace. Beginners will greatly appreciate the multiple riding modes on this hoverboard. Read about where to buy a hoverboard.
#4 Swagtron Swagboard Outlaw T6
Our #4 Pick is the Swagtron Swagboard Outlaw T6
Award: Best Value/Best Off Road
WHY WE LIKE IT: The Swagtron Swagboard Outlaw T6 is fast, ultra-durable, and powerful, making it the best choice for anyone wanting to go off-roading with their hoverboard.
- Fast 12 MPH top speed
- Short charging time
- Highest weight capacity on the list
- Not the best for beginners
- Heavier than other hoverboards
- Wheel covers are a little flimsy
The Swagboard Outlaw T6 (Also known more simply as the Swagtron T6) was built to easily handle high speeds in off-road terrains. Topping out at a blinding 12 miles per hour, this fast hoverboard will get you where you need to go in no time. It also comes equipped with massive 10-inch all-terrain wheels for even more maneuverability and speed. You’ll even be able to easily scale inclines up to 30 degrees steep when you’re cruising on the Swagtron T6.
When it comes to battery life, you can expect to get a good 4.5 hours from the Outlaw while riding it on average terrain, the best battery life on our list. However, be aware that if you’re doing a lot of top-speed trips or lots of inclines, this battery life can decline quicker than anticipated. With a single charge time of around 2-3 hours, though, you’ll be back to riding in no time. The battery pack takes a good chunk of real-time hours to fully charge, but it still charges faster than many other hoverboards’ battery packs on the market. While the Swagtron Swagboard Outlaw T6 may not be the best for beginners, you’ll still have a blast once you learn the ropes. Check out more of what Swagtron offers online as well since it’s a reputable brand that creates more fun products alongside hoverboards, like electric bicycles and scooters. The quality and safety features included in their products, like dual disc brakes, give consumers peace of mind while their loved ones or themselves are riding. Swagtron also puts much effort into the fashion design of its products, so you can ride in style. Definitely check out the Swagtron website and other products, where you can order a hoverboard, an electric bicycle with disc brakes, etc., get fast shipping and a tracking number, then before you know it, you’ll be cruising around safely and in style. Speaking of learning, our hoverboard vs Segway article is very helpful.
#5 Razor Hovertrax 2.0
We’re sorry, this product is temporarily out of stock
Award: Best for Kids
WHY WE LIKE IT: Not only can the Razor Hovertrax 2.0 hit speeds above 8 miles per hour, but it can also achieve a range of 15 miles on one charge. It’s also super easy to use, making it a great choice for kids and beginners.
- Super easy to learn and use
- Runs silent
- Long 15-mile range
- Lowest battery life on the list
- Low weight capacity
- Sometimes run hot
The Razor Hovertrax 2.0 hoverboard is the successor to the popular Hovertrax 1.5 and has made a variety of improvements in the process. With a maximum speed of 8+ MPH and a total range of 15 miles on a single charge, this fast hoverboard is a force to be reckoned with. The better range is fantastic, so you can travel longer distances, but the battery level and charging system could definitely be better. Unfortunately, you only get about 60 minutes of charge before you need to plug the unit back in to recharge. During our research, though, we found that the other features the Hovertrax 2.0 offers more than make up for this. If you want to compare this with a segway, take a look at one of the best segways on the market.
With a quick charge time of around 2 hours, you can always extend your ride with minimal effort or wait time, something to be applauded when compared to the average 4-5 hour charge times you typically see in hoverboards. We wish we could see more self-balancing scooters with this handy option. We were also really impressed at how quiet the Razor hoverboard is during operation. If we weren’t on the board riding it, we probably wouldn’t realize it was moving at all. The great travel range, along with a quieter, reserved riding sound, is great for someone looking for a faster yet quiet commute. Ultimately, the Razor is fast and super easy to use, making it the best choice for beginners and kids who want to go fast. Read about the best electric scooter to check out another great ride.
Some Questions To Ask Yourself When Shopping for the Fastest Hoverboards
Where will you use your hoverboard?
If you intend to stay on the street, most self-balancing scooters provide a smooth ride regardless of the size of the wheels, but if you want to take it off the beaten path and on different terrain, you’ll want to consider all-terrain hoverboards. Definitely check out off-road hoverboards with strong power from a powerful motor and solid rubber tires if you’re after a ride that can read fast speeds on rough terrain. Air-filled tires are actually better suited for rougher terrain, so if you’re looking to take your board off the road. That’s when it becomes important to look at things like wheel size, water resistance, and extra power to get through muddy or grassy terrain. Larger wheels will help to traverse more diverse terrain. This way, you can ride on the safest hoverboard possible and have a comfortable riding experience.
How fast does a hoverboard go?
You can expect to find speeds that range from 6-15 MPH on most hoverboards. Most users find speeds of 10-12 to be the most comfortable and give them the best ride. One day we may even be able to buy a 20 MPH hoverboard, but not yet. Choose the speed that suits your needs. Most people don’t need the fastest model. Always look at motor power as well. A good motor often equals good speed.
- What is the Fastest Hoverboard of 2019?
- New Jetson Hoverboards At Target
- Where to Buy a Hoverboard: Best Places To Buy a Self-Balancing Scooter
- Hoverfly XL Hoverboard Review: An Off-Road Hoverboard Well Worth the Price
- Gotrax Hoverfly ION LED Hoverboard Review
- Razor Hovertrax 2.0 Hoverboard Review
- New Hoverboard Record Set: Over 900 Feet Traveled
How That Lexus Hoverboard Actually Works
This week, Lexus introduced a short teaser video for SLIDE, a hoverboard that appears to not just live up to our Back to the Future II dreams but, at least stylistically, improve on them. Better yet, it’s more science than science fiction. Here’s how it works—and why you won’t find one at Toys’R’Us any time soon.
Let’s start with that teaser video, a scant 37 seconds of hoverboard hype that almost prompts more skepticism than excitement. A bamboo and carbon fiber skateboard, emitting wisps of smoke, levitates an inch or two off of what appears to be a concrete surface. A foot approaches as if to mount and ride—and then nothing. We cut away.
That’s not a lot to put one’s faith in. We’re barely a year past the most recent convincing hoverboard hoax—a Funny or Die promotion, it turned out—and are halfway through the year in which BTTFII took place, a ripe time for attention-grabbing tie-ins.
Even the information Lexus did provide at the time didn’t jibe with what the teaser shows. According to the company’s briefly stated promotional materials, the device employs “magnetic levitation” to achieve (and maintain) lift-off, which would be well and good if it weren’t for where it was levitating.
“It’s a tease, right? It gives you the impression that this thing is floating on top of concrete,” says Mike Norman, Director of the Materials Science Division at Argonne National Lab. “Which it’s not.”
Fortunately, the bad news stops there. Surface trickery aside—there are probably magnets or steel mixed in or just underneath that concrete—the Lexus hoverboard really does live up to its name.
How It Works
Magnets. That’s the short version. The long version means steeling yourself for a light dose of physics.
According to Lexus, its hoverboard relies on superconductors and magnets, which combine to repel the force of gravity and lift an object—like, say, a fancy skateboard and its rider—above the ground.
That may sound familiar to anyone who recalls the Hendo hoverboard, which debuted as a Kickstarter last fall. You can read about the physics behind the Hendo in great depth here, but the key difference between it and the Lexus project is that Lexus opted for a superconductor—which creates a different kind of magnetic field—instead of a plain ol’ conductor.
“With a superconductor you don’t need to have an oscillating magnetic field [like Hendo’s],” explains Eric Palm, Deputy Laboratory Director at FSU’s National High Magnetic Field Laboratory. “Instead you have something called the Meissner effect, which essentially says that when you take a magnetic field near the superconductor, it induces current in that superconductor, and creates essentially an image magnetic field on the other side of the superconductor. You create current, but since it’s a superconductor, the currents don’t die away. So you don’t need oscillating magnetic fields. You can have a magnet that levitates above a superconductor or vice versa, a superconductor that levitates above a magnet.”
If that all sounds a little technical, try to picture a maglev train, which relies on similar principles to achieve speeds of, in the case of Shanghai’s Transrapid, over 300mph. Or better yet, watch this video, recommended by Norman, of a superconductor locked in a magnetic field:
As for the wisps of smoke you see rising from the sides of the Lexus board? That’s not just for effect (although as effects go, it ain’t bad). That’s liquid nitrogen, cooling the superconductors below their transition temperature—the temp at which it becomes superconducting. Just how cold are we talking? -321 degrees Farenheit, says Palm, who also cautions that it’s not quite as extreme as it sounds. “That sounds very cold,” Palm explains, “but liquid nitrogen is actually a byproduct of the steel industry, so it’s pretty inexpensive.” It’s the same principle as the dry ice you played with in AP Chemistry, just around three times as cold.
When the liquid nitrogen runs out, the superconductors warm up and the hoverboard stops, well, hovering, until you top it off again.
Here’s one last barebones, layman’s definition that might help, compliments of Norman. “There’s interaction between the superconductor and the magnet that repels the force of gravity and allows the thing to levitate,” Norman says. That’s why it can’t be pure concrete in the video; there has to be something magnetic there as well. When you apply the same principles to a human-bearing board, “it really is like you’re floating. “
He would know; while he hasn’t ridden the Lexus hoverboard, he’s spent time on a similar contraption in a lab. As it turns out, for all the anguish and anticipation around making hoverboards real, they have existed for some time. And they’re not all that hard to make.
And yet! A brief teaser of the Lexus version has racked up well over three million views in just two days, a response that surprised few more than Lexus itself.
A Good Problem to Have
“Back to the Future messed my whole generation up.” That’s Lexus spokesperson Maurice Durand’s take. “The world so desperately wants someone to mass produce a hoverboard.”
Sorry to disappoint, but that someone is probably not Lexus. All SLIDE has ever been, says Durand, is part of a marketing campaign for an as yet unannounced car. (And no, the car won’t float either). In truth, Lexus didn’t even build the hoverboard itself; it partnered with outside agencies to create what turned out to be a surprise viral sensation.
“Let’s be frank, it’s not novel,” says Durand. “There are other hoverboards. To a degree, we weren’t expecting [the reaction].”
But while it’s true that the Lexus hoverboard doesn’t represent any scientific breakthroughs, it’s perhaps not a total shock that it captured so many hearts and views. There’s the use of not-quite-concrete, for one, which gives the false, aspirational impression that you can take this hoverboard with you anywhere you go. More important than that, though, might be that where previous working hoverboards have looked like something out of a poorly sweded version of Tron, the Lexus take looks downright luxury-grade.
That makes sense, says Durand, not only because of who made it but what it was made for. “I don’t know how many hoverboards were built to feature in a global ad campaign,” Durand explains, noting that SLIDE takes several design cues, like bamboo finish and carbon fiber touches, from the Lexus automobiles it’s helping promote. In short, it may be the first functional hoverboard whose form lives up to—or even outshines—its function.
As for when we’ll actually see SLIDE in action, maybe just in the full version of the ad? That could be anywhere from several more weeks to a couple of months. The intense interest has seemingly put Lexus in the slightly disjointed position of both basking in the viral glow (it’s by far the most popular entry in this particular marketing series) and dampening expectations (no, they’re not selling this, but can we interest you in a car?).
“Will they remember the hoverboard more than the car that’s going to be in [the ad]? That’s a distinct possibility based on the reaction so far,” says Durand, who doesn’t seem especially concerned. The only thing he really needs people to remember, after all, is Lexus.
Don’t expect to see SLIDE anywhere else any time soon. A maglev hoverboard won’t work on any appreciable scale until our streets and sidewalks are paved with magnets, and even then they’re a wildly impractical mode of transportation. Despite that, Durand offers up just a small morsel of hope for your hoverboard future.
“I would never say never that it wouldn’t be something we’d have for consumer use,” he says, with seemingly total sincerity. Sure, it would take a total overhaul of our current infrastructure to even approach plausibility. But is that any more crazy than skateboards that fly?
Well, yes, OK, probably. That doesn’t mean we can’t dream of it, though—a levitation-filled future hovering just inches away from gravity’s reach.
Hoverboard, what happens, what it really is – the territory of the flight.
What is a hoverboard
It is human nature to constantly expand the boundaries of one’s own capabilities. So, the desire to imitate the fish, gave rise to the development of scuba gear and submarines. The desire to soar in the sky along with birds formed the basis for the invention of balloons and airplanes. The twentieth century has become a real piggy bank, bringing together the discovery of a wide variety of types of vehicles. Part of the invented engineers and testers have already been able to put on a mass flow. Some remain a mystery and excite the minds of scientists to this day.
For example, a hoverboard – what is it? The shape is a board that floats in the air. According to the principle of movement – like a skateboard without wheels, it is possible to move through the air over a solid surface or water. For a hoverboard, depending on its type, a special coating is required, and there may not be strict requirements for the surface.
When many adults are faced with the fact that invented devices from science fiction films are beginning to materialize in reality, they are perplexed. For example, in the film Back to the Future 2, people rode hoverboards, and few people could have imagined during the years of the film’s release that the idea would appeal to the developers of new gadgets of the 21st century.
It turns out that the floating gadget came from the cinematic fantasies of directors. The history of the technical implementation of the idea took engineers and scientists almost 2 decades.
Created in 2001 Dean Kamen “Ginger”, very much resembled a fictional hoverboard. But later it turned out that the engineer’s development is a segway – an electric self-balancing 2-wheeled vehicle.
Attempts to create a device capable of hovering above the ground did not stop, and in 2004 another scientist Jamie Hyneman made a kind of vessel based on a surfboard and a pump for cleaning fallen leaves. But the effectiveness of Heineman’s hoverboard was extremely low.
2005 – the year Jason Bradbury created a hoverboard specifically for the show program Gadget Show. The wooden board began to float above the ground under the action of the same pump designed for harvesting foliage. However, the created device was not self-propelled and was deprived of the controllability function.
2009 – the creation of an improved version, which was already self-propelled. The tool was equipped with a jet engine and was already working on 2 powerful pumps for cleaning leaves.
In 2010, three developers at once made a hoverboard for the It’s Effin’ Science show – Mark Horowitz, Angie Greenup and Chad Zdenek fixed a leaf suction pump in parks and squares on a wooden board.
The development of the designer Nils Guedagnin, who created a model of a hoverboard using the power of a magnetic field, is interesting. The disadvantage of the device is the inability to perceive the load. Mounted above the podium, the board was equipped with built-in electromagnets and a laser positioning system. The interaction of these forces made it possible to keep the model motionless in the air.
October 2011 – Exhibition Fête de la science 2011, organized on the basis of the University of Paris VII. Denis Diderot. The attention of visitors and participants was presented to the MagSurf unit, which, due to magnetic levitation, rose up to 3 cm and was able to move up to 1 centner of cargo. The device works due to the action of the Meissner effect.
In 2014, an athlete and extreme sportsman from the USA, Frank Zapata, took up the creation of his own prototype of a fantastic hoverboard. He developed the Flyboard, which moves over the water surface. The main mechanism that drives his invention is the powerful pressure of water supplied by a jet ski. It requires 1 or 2 people to operate. Thanks to good pressure, Zapata’s hoverboard is able to reach speeds of up to 43 km/h, and the lifting height above water is up to 6 m. every. A supply of fuel in the form of kerosene is placed in a tank, secured with straps on the back of the pilot operating the mechanism. The hoverboard is controlled by a remote control from the pilot’s hand and maneuverability through platform tilts with the help of the legs. Maintaining balance is the task of an automatic system from a complex of battery-powered gyroscopes. The bottom surface of the platform is equipped with four posts for a stable landing and comfortable boots for the pilot.
March 2014 became famous for the fact that the company HUVr Tech launched a viral promotional video on the network about the allegedly already produced prototype hoverboards known from the Back to the Future series of 1985. When the number of users who showed interest in the “duck” reached critical levels, the authors of the video published information about the humorous subtext of the news.
In the same 2014, data began to flicker in the public domain about the startup Hendo, which presented a working prototype of the hoverboard from the film to a limited number of users. And the developers allegedly collect funds for the development of the project.
Lexus is a division of the Toyota automobile concern in 2015. announced its own version of the Lexus Hoverboard flying board, which works according to the laws of quantum levitation. The disadvantage of the novelty is the ability to move only along a special coating. The developer offered subscribers a video of the gadget, where he directly passes the test.
Why are popular
Having dealt with the concept of “hoverboard” and what it is, you can think about the reason for the popularity of these funds. First, the love of young people for everything new, technically complex and mobile. Secondly, the desire to master a new type of transport gadget is fully justified. People from riding flying skateboards get a huge level of adrenaline in the blood and their portion of a healthy drive.
The reason for the popularity of hoverboards is their cheerful disposition. Only those who have tried to control the acceleration with their feet will understand this sensation. In recent years, flying skateboards have become used in large business centers, facilitating the movement of employees who are always in a hurry. It is difficult and time-consuming to overcome hundreds of square meters of office space on foot, and a mobile vehicle helps to optimize the labor and time costs of staff.
What are hoverboards
An original hoverboard cannot be bought by a simple consumer due to its high cost. But on the Russian market there is an affordable alternative to the newfangled gadget – a unicycle.
Types of alternative vehicles
A hoverboard is a means of transportation when a foot platform is attached to one or 2 wheels.
Such mechanisms are driven by an electric drive, powered by on-board batteries. It is necessary to control the hoverboard by balancing the body in the right direction. A complex system of gyroscopes on the platform from below ensures the balance of a person.
Several large companies are engaged in the production of hoverboards today, we will consider the products of each of them in more detail.
An excellent copy of the hoverboard from the movie “Back to the Future” – the Hendo flying board. Thanks to the implementation of the idea, the floating gadget is now at the stage of collecting investments, the total amount of the startup is at least 250 thousand US dollars. Experts and analysts are sure that the fundraising is proceeding at a good pace, the production of hoverboards will soon become on stream.
Flying skateboards from Hendo, or rather, their prototypes are still imperfect:
● move exclusively over a copper or aluminum surface;
● emit an unpleasant penetrating sound;
● Noise level during operation is quite high.
Gadget developer Greg Henderson is confident in the usefulness of his invention, and the technological side of the project is provided by Arx Pax, the parent company of Hendo.
To get a prototype board in the micro version, it is enough to transfer about $ 300 to the Hover account. For this money, the consumer will receive the Whitebox – an inventor’s kit in a small box. The device is able to rise above a solid surface up to 2 cm and withstand pressure up to 20 kg. The basis of MFA is the laws of electromagnetism and Lenz’s rules.
To test the model, not only a flat surface is used, but also a small halfpipe. This requires the desire to demonstrate all the features of managing the facility.
The biggest disadvantage of the Hendo Hoverboard is a lot of noise, but Arx Pax plans to get rid of it first of all when collecting investments in full. There are also plans to change energy efficiency – now a skateboard can lift an adult above the ground for a maximum of 7 minutes.
The hoverboard of an aerospace company can be called the most brutal in terms of external characteristics. Unlike competing products, the ArcaBoard actually floats above the surface. The manufacturer – ARX PAX company specializes in rocket equipment and accessories for the space industry. New – the hoverboard gadget rises up to 30 cm in height and can fly over even surfaces of grass, sand, water and the roadway. A person is lifted by 36 high-power electric motors, which are driven by pushing propellers. Place of installation of elements – fairings under the base of the floating plate.
ArcaBoard length reaches 1.5 meters, power – 272 horsepower, total traction – up to 195 kg. The weight of the pilot determines the holding time in the air (3-6 minutes). After completion of the ascent, it takes approximately 6 hours to charge the lithium batteries. Considering the maximum speed of 20 km / h, one charge is enough to overcome 2 km.
You can control this vehicle by tilting the pilot’s body. Gesture commands are available by linking the board with a smartphone (based on Android or iOS) via Bluetooth. The ArcaBoard proprietary application collects all sensor data to recognize the control gesture.
Cons of the model: fast discharge of batteries, huge weight (82 kg) and impressive dimensions (145 * 76 * 15 cm). Only an athlete can carry a gadget in a backpack behind him.
In 2015, Alexander Duru, a software engineer from Canada, set a kind of record – he flew over 275 meters at a 5-meter height on a hoverboard of his own production. Prior to this, flying skateboards could travel a more modest distance.
Alexander created the board for several years, the first version of the model was a wooden piece with a propeller and an engine fixed on it. The model itself, which became the world record holder, was manufactured by A. Duru Omni Hoverboards. For the manufacture of the body used hydrocarbon fiber, the rise was provided by 8 screw motors, powered by 16 batteries filled with lithium polymer.
Alexander controlled his flying skateboard with a special handle. Omni has now released an improved prototype model.
To test the Slide in Dresden, a 200m magnetic track was built. The design features of the hoverboard are made in the best Lexus tradition – a harmonious combination of all details, high-quality materials and technical innovations.
The relatively small body is equipped with recognizable spindle-shaped radiator grilles. The total mass of the gadget, together with magnets and storages of liquid nitrogen, is about 11.5 kilograms, the number of superconductors is 32.
The manufacturer does not exclude the possibility of using the development in real life. Even compared to a skateboard, balancing on a hoverboard requires better coordination.
Created by Franky Zapata in 2016, the Flyboard Air was a platform powered by gas turbine engines with upward nozzles. The flyboard pushes off the ground when moving due to powerful air currents. The developer claimed that the unit is controllable, the lift height is more than 3 thousand meters, the flight time can reach 10 minutes.
Back in 2011, as mentioned earlier, F. Zapata had already created a water flyboard, rising above the surface of the water up to 9 meters, behind the pilot’s shoulders there was a satchel with engines, and a hose was lowered into the water. Flying skateboards do not have a hose or a backpack, which makes them more compact.
Is it possible to buy?
The cost of any hoverboard is estimated at hundreds of thousands of US dollars. Only a very wealthy consumer can purchase a full-fledged model for personal use. The high price is due to innovative technologies and the complexity of designs.
Currently, work on improving the flying skateboards available on the market does not stop and, probably, in the coming years, floating gadgets for ordinary people will be more accessible.
Where to ride?
You can get your dose of adrenaline and experience the water flyboard invented by Zapata at the Flight Territory company. The flight on a hoverboard is performed over water, which provides the necessary level of safety for pilots.
Lifting height – more than 5 meters, the speed is breathtaking. Above the lake, you can perform any maneuvers, balancing on the board. The cost of the service depends on the duration. Note: There are age and weight restrictions. You can experience new sensations and recharge with positive by starting flights from 20 minutes. All questions can be asked by phone +7 (495) 286-03-35. To understand the process, you can watch a video about a water hoverboard
Marty McFly Hoverboard “Back to the Future” |
Hoverboard from Back to the Future, replica. The Lexus hoverboard glides over any surface. See what it looks like in reality.
The hoverboard Hoverboard is a working prototype board like Marty McFly from Back to the Future.
This is a skateboard-like device that was originally invented entirely by the film’s writers and is used for locomotion. The extreme popularity of the film made it a household name. Now it is often used in the name of new individual electric vehicles.
In particular, this scooter convertible into a mini electric car and other similar devices are also often called hoverboards. More about them here.
But, back to the prototype of the original hoverboard from the Back to the Future trilogy.
He really floats in the air. True, this requires a special surface. But, there are already other versions of the hoverboard that can move above the surface of the earth, which even got into the Guinness Book of Records.
Fans of the film know that McFly, like the time machine, used the flying board in the second series of the trilogy.
1:18 scale DeLorean DC10 collector’s model. A prototype of the levitating Time Machine from Back to the Future 2. Buy and find out more – click on the photo.
The hoverboard was first described by British-born New Zealand writer M.C. Joseph in 1967. During Back to the Future’s peak in the 1990s, the film’s director Robert Zemeckis claimed that hoverboards did exist but weren’t sold because they were deemed too dangerous. Most likely, it was a marketing ploy to maintain interest in the film.
Pictured below is a replica of Marty McFly’s jacket from the movie.
This is a replica of Marty McFly’s time travel jacket. You can buy it for $41 on Aliexpress. More details – click on the photo.
However, similar operating devices have already appeared and even got into the Guinness Book of Records, having received another special name – an autonomous personal levitator.
In May 2015, Catalin Alexandru Duru, a Canadian inventor of Romanian origin, entered the Guinness Book of Records for the first time using a hoverboard. He covered a distance of 275.9m (302 yd) at an altitude of about 5 m (16 ft) above the lake on a self-powered hoverboard of his own design.
On April 30, 2016, a new record was set in the Guinness Book of Records – 2252.4 m (2463.3 yd). This time, the device, called the Flyboard Air, was powered by a jet engine, allowing Franky Zapata in Sausset-les-Pins, France, to beat the previous record by almost 2 km (2,200 yards). Later, in July 2019, on a modernized EZ-Fly, Franchi Zapata crossed the English Channel, covering 35 km at a speed of 180 km per hour. Not surprisingly, he received a grant for further development from the French military department, and there is no new information about the device.
One of the ways to achieve levitation is superconductivity. It was used, for example, in the Slide hoverboard. He worked on liquid nitrogen-cooled superconductors and permanent magnets.
To commemorate 10/21/2015, the day that Back to the Future protagonist Marty McFly enters the Future, an American company has created a replica of the hoverboard shown in the film that can move around. The latest electromagnetic technologies were used in the design. This hoverboard really floats in the air. True, as in most other cases, it is necessary to use a special surface for this.
Another Lexus hoverboard. Its developers have gone further. The device can already hover over any surface. True, balancing remains a challenge even for professional skateboarders.
See also a collectible miniature of Professor Emmett Brown from the movie.