|Hoverboard aka Self Balancing Scooter|
Nicely, we know that batteries weigh a lot, but utilizing a ""hovercraft"" model technique, the bodyweight is not a significant matter, if you could capture the oxygen and hold onto it. Hovering on a flat surface helps, but you cannot conduct many tricks or you drop your oxygen beneath. There might be a technique to solve that challenge with an expandable cloth and some surface impact gentle landings.
Perhaps, you could employ a battery system, the lighter the better. But, also understand that the electric motor scooters are several 400 kilos and simply able to do what an 70 cc motor unit can perform. Now then, it does not take very much electricity to blow Two Lbs of low pressure under the hoverboard, so you do not need a lot of power. If you utilize the ram air from the forward push to help, after that you need less power and have more hovering ability as you go speedier, allowing you to move marginally increased. The huge challenge is when you allow the air avoid it is like a giant waste entrance and the hoverboard will land.
There are already hover-cars designed that can go down the road at SIXTY mph, an outdated NASA skyrocket researchers made one once and he use to commute it near the Valley, a Los Angeles region in the 1960s. Basically his hover-car, seemed like a small flying saucer, had minor friction on the terrain as they do not touch the ground, but his had tires underneath for quitting and steering.
Bear in mind on a skateboard we want to snatch air, but if you are only trying to find a skateboard to operate like a hovercraft, positive we can create one and utilize some additional hints to generate it perform, although, will it be entertaining to ride, can you accomplish tricks? But I believe John is onto something here, why not assemble a battery powered hoverboard, you will want one too.