This hoverboard really flies:Video

 

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  This hoverboard really flies

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  The arca space hoverboard has 272 horsepower and is run with rechargeable batteries that last about 6 minutes at present. It has many fans built into it that can lift the weight of a man off the ground.

  I was thinking about the usefulness of something that literally has no friction while hauling weight so moving almost anything the weight of a man around a house could even literally be done by a child using something like this as long as they kept their fingers and toes out from under this thing. 

  Also, if a fan was added to this pushing horizontally great speeds could be reached over all types of obstacles hauling a man or other things too(without friction across the surface of the planet). (Sort of like Luke's Land Speeder) in the first "Star Wars".

  Also, if you connected this to a lightweight gas electric generator one could theoretically travel over almost any surface for as long as you had gasoline enough to do this. So, I could see someone traveling at 80 or 100 miles per hour theoretically over almost any surface (again like a land speeder in the first Star Wars using this technology). The only problem with this likely could be the winds. However, imagine building something like this that had wheels so in higher winds it could land on the wheels to keep going even in weather? It still could be pushed forward by a fan (that had a safety housing and screening) even with wheels as long as there were brakes and steering.

  So, I can think of many different uses for this both for pleasure and for warehouses and hauling without any friction of the ground over time as well as moving things around non-loose carpeted surfaces indoors or outdoors. So, this is a game changer potentially for moving many different kinds of things that have weight without friction. So, like I said even a child (if it was safe enough to do this) could move something the weight of a man or more because horizontally you could do this easily over almost any kind of surface because there is zero horizontal friction moving weight in this way.