Scooters are or course not motorcycles (as I've mentioned before) and so cornering technique is different, but leaning off the motorcycle is actually still a common technique (even a MTB) when cornering, for example:
In the above picture my mate has altered the center of mass of the bike (and him as a unit) to enable him to keep the bike around the corner and not run out of tyre.
This is because eventually when leaning the tyre contact patch is reduced (by the lean) and the angles that the forces are being experienced are off axis from the suspension enough to unsettle the bike more when bumps are hit.
The situation on a motorcycle is that you may weigh only one third of the system weight (you and the motorbike) but still its helpful to lean (more so in wet conditions), BUT with a scooter its usually the case you weigh much more in that ratio (of you : scooter) with you being more than four fifths of the weight. So you leaning in a bit makes heaps more sense than attempting to stay "on axis" with the scoot and its stem.
The why
On my Widewheel this is even more easy to demonstrate.So as you can see you're not only moving the contact patch off center by doing this, but you're also exposing your rim to more risk of damage because there is much less rubber there (Eg a mate was using my scoot on the weekend and although I've not put a mark on my rims in a year of riding, he dinged them on his first hour). You can see this ding ...
and here in a close inspection you can see that its been caused by him leaning it while entering back onto the road on a rough section
Essentially this is only cosmetic and these rims will take a likkin and keep on keeping on. But still, its nice to keep your ride looking neat isn't it. So ...
The how
Hopefully this video makes it clear:
So, lean in a little instead and have better grip and better steering dynamics ... on pretty much every scooter actually, but its more significant on the widewheel if you ride in rough areas (as I do).
HTH
1 comment:
Another way to say this? Large amount of pressure onto a smaller contact area, means it can be easier to slip sideways. Pushing the machine into a more upright position, and the human body away from the machine, into the corner, might be better.
There are other features to this as well. If the machine loses contact (slides away), the rider will be away from the machine as it falls.
As the machine tilts, the lower leg & boots of the rider can sometimes feel the road surface, to better sense the angle to the ground.
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