China has unveiled a flying motorcycle that can reach speeds of up to 60 miles per hour, a first of its kind in the world.
The future of transportation could be revolutionized when an extraordinary prototype showed how a brand could create a fully self-driving bike.
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The Skyrider
This prototype promises to be a street-legal electric motorcycle when it's on the ground, according to New Atlas.
The Skyrider X1 will then be able to easily transform into a flying bike when its four arms are folded.
Once the propellers are turned on, the user will only need to enter their location and the bike can fly to them.
This amazing car will come in two different versions.
The cheaper X1 SL will be able to fly up to 25 minutes in the air.
The more expensive X1 SX will have a larger battery and fly for up to 40 minutes.
The unusual motorcycle also comes with an emergency parachute equipped.
This amazing innovation will use carbon fiber and aerospace aluminum to keep the motorcycle light enough to fly.
These materials will also ensure that the vehicle is strong and durable for road use.
Hands free
The amazing design will be easier to use than a regular helicopter.
Riders will not have to worry about confusing buttons and difficult layouts as this car has automatic take-off and landing functions.
This means that people will only have to enter their location and let the flying motorcycle do the rest.
The “real-time adaptability to weather and environment” feature also means that speed and altitude will automatically change to ensure users take the best route.
People looking for a mechanical experience will be happy to know that they will also be able to manually control the machine using the joystick.
The world's first car will reportedly go on the market for about $60,000 next year.
The stunning designs were unveiled at the CES technology conference in Las Vegas.
The drawback to this design is that its creator, Rictor, has only produced an e-bike in the past.
The prototype was also missing important documents and data such as flight tests and a working model.
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