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Are there advantages to sticking with such small wheels on a powered board like this? I'd think that something like this [1] but with a motor would be way more
by azdle 10y ago
Are there advantages to sticking with such small wheels on a powered board like this? I'd think that something like this [1] but with a motor would be way more usable on real-world streets.
In general though, I really do think that these kinds of "personal transportation" devices are the way of the future. I ride my self-balancing electric unicycle [2] from the light-rail to the office any time it's nice out and I'm not hauling anything in. It's the best way to get around in the city as far as I'm concerned.
I feel like it's a better solution because of the big, pneumatic tire. I can ride it up a bump of about an inch without even thinking. I feel like it'd be quite a challenge to ride something with wheels that small on the roads/sidewalks/trails around here (Minnesota).
[1] http://imgur.com/jm5NoCJ.jpg http://imgur.com/jm5NoCJ.jpg
[2] http://i.imgur.com/lHoVGQ3.jpg http://i.imgur.com/lHoVGQ3.jpg
Edit: I will say, the one thing I'm really jealous at with the boosted board is that it's half the weight of my wheel and apparently has the same range. Carrying this thing around for extended periods of time can get tiring.
- phasmantistes 10y agoThe primary reason you don't use those large wheels is the same reason that the boosted board has the same range as your monowheel at half the weight: large wheels (especially air-filled ones) with tread have incredibly high rolling resistance, which has to be constantly overcome by the battery.
- jboles 10y agoI think the weight is due to having 4 much smaller diameter wheels, which means the torque moment of force and motor size is much smaller
- whamlastxmas 10y agoWith wheels like that it would no longer handle like a long board. I suspect it would be much less agile.