Thursday, 24 July 2014

At last! The hoverbike is here (but don't get too excited - it's not quite full size yet...)

It is the dream for millions of sci-fi fans - a working hoverbike.
Now, a British inventor has revealed a fully working version you can buy.
However, there is one slight snag - it's only the third the size of the real thing.
The hoverbike is here! The 1/3 scale version of the bike being piloted by a 3d printed robo-pilot
The hoverbike is here! The 1/3 scale version of the bike being piloted by a 3d printed robo-pilot

A mockup of the full sized hoverbike, which the firm hopes to fund by selling the smaller drone version.
A mockup of the full sized hoverbike, which the firm hopes to fund by selling the smaller drone version.


HOW IT WORKS

The 'hoverbike' is similar to a quadcopter, using four standard helicopter style rotors, overlapped with each other.
It is controlled using a standard RC handset, and can also be programmed to fly a set path.
A humanoid 'pilot' can also be bought or 3D printed - and has space it its head for a 3D printed.
The firm says it producing a 1/3 sized version of its design to help fund the full sized prototype.
'This drone was originally built as a proof of concept for our latest full-sized Hoverbike prototype,' said Chris Malloy, the drone's inventor.
'After testing the 1/3rd Hoverbike, we realized that it had lots of features that made it a fantastic drone, not only this - selling this scale Hoverbike to the public would allow us to raise funds to continue the development of the manned version.
'The objective of this campaign is to kick-start sales of our beautiful 1/3rd scale Hoverbike drone and accessories via your pledges, and to help create a long term income stream that we can use to continue development of the manned Hoverbike,' it says.
The full sized design uses a motorcycle engine and controls.
However, the smaller version uses electric motors, and can be controlled using a standard RC helicopter controller.
The hoverbike in action - complete with its 3D printed humanoid robot driver.
The hoverbike in action - complete with its 3D printed humanoid robot driver.


The drone is made up of four blade, which give it its stability.
The drone is made up of four blade, which give it its stability.

The firm says its full sized version could be used to commute on.
The futuristic prototype has the potential to travel up to 92 miles or for about 45 minutes on one tank of fuel and is expected to come with a hefty price tag of more than £45,000.
So far the bike, which weighs 270kgs, has only been tested while tethered to the ground to prevent it flying too high. But plans to test it's capabilities without any restrictions are set to go-ahead soon.
The firm will also make a 3D printable pilot, who can have a Go Pro camera fitted in his 'head' to record flights
The firm will also make a 3D printable pilot, who can have a Go Pro camera fitted in his 'head' to record flights

'We combined the simplicity of a motorbike and the freedom of a helicopter to create the world’s first flying motorcycle,' it said.
'When compared with a helicopter, the Hoverbike is cheaper, more rugged and easier to use - and represents a whole new way to fly.  
'The Hoverbike flies like a quadcopter, and can be flown unmanned or manned, while being a safe - low level aerial workhorse with low on-going maintenance.'
The firm says it is almost ready to begin flight testing of the full sized version.
Futuristic: Helicopter pilot Chris Malloy tests his incredible contraption - the world's first flying motorcycle
Futuristic: Helicopter pilot Chris Malloy tests his incredible contraption - the world's first flying motorcycle
Big screen: Luke Skywalker(Mark Hamill) and Princess Leia(Carrie Fisher) battle a baddie on their speeder bike in Star Wars Return of the Jedi
Big screen: Luke Skywalker (Mark Hamill) and Princess Leia (Carrie Fisher) battle a Stormtrooper on their speeder bike in Star Wars Return of the Jedi

'We are in the final construction stages of the latest manned prototype of Hoverbike, and in a few months we will start flight testing.
'After the successful completion of test flights we will build a final engineering prototype for submission to aviation certification authorities.

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