Counter-steering
With all due respect to an honest question (and disregard to the idiots),
Yes, that is what happens with countersteering. All of us have done it without realizing it from the moment we rode a bicycle.
Press left, lean left, go left. Press right, lean right, go right.
That's all you need to know.
Now, let's visualize this. If you are sitting on a bicycle, straight up and down, and turn the handle bars fully to the right (by pressing left on the handlegbars.) If you released the bars, which way would the bicycle lean?
Conversely, If you are sitting on a bicycle, straight up and down, and turn the handle bars fully to the left (by pressing right on the handlegbars). If you released the bars, which way would the bicycle lean?
Press left, lean left, go left.
Press right, lean right, go right.
Countersteering is only reinforcing what we already do intuitively.
Yes, that is what happens with countersteering. All of us have done it without realizing it from the moment we rode a bicycle.
Press left, lean left, go left. Press right, lean right, go right.
That's all you need to know.
Now, let's visualize this. If you are sitting on a bicycle, straight up and down, and turn the handle bars fully to the right (by pressing left on the handlegbars.) If you released the bars, which way would the bicycle lean?
Conversely, If you are sitting on a bicycle, straight up and down, and turn the handle bars fully to the left (by pressing right on the handlegbars). If you released the bars, which way would the bicycle lean?
Press left, lean left, go left.
Press right, lean right, go right.
Countersteering is only reinforcing what we already do intuitively.
I recently bought a new bike after not having ridden for a few years. The bike is heavier and has a lower center of gravity than my previous bikes.
The problem I have been noticing is that when I am on the highway and going around a somewhat gently curve, I am having to slow the bike down in order to lean it. But on the highway I do not want to slow down while going through these gentle curves. On my old bike, which was lighter and had a higher center of gravity, I could push down on the bars (push left go left, push right go right). That was not working for my new bike. I was actually doing the countersteering incorrectly but getting away with it.
But now I am thinking, and I will practice this soon, that if I push forward and not down, I will be able to start the lean without having to slow down, which is what I want to do while on the highway.
Also, just as side note, I was also refreshing my knowledge about wobbles today and I realize ( hopefully correctly) that there is a link between wobbles and countersteering. When we push left to go left we are shifting the center of gravity to the left that is why we fall or lean left when we do it. I think that what we are doing when we countersteer is we are initiating a controlled wobble. Of course we are not intending to wobble, we are just intending to shift the center of gravity. In a wobble, the center of gravity is constantly oscillating left and right. I posted another video in another thread that shows us ways to get out of the wobble by shifting our weight on the bike.
Last edited by MikerR1; Oct 11, 2016 at 04:11 PM.
Generally, countersteer is for speeds over .. 15-25ish mph. (each bike is a little different, you'll learn naturally where that transition occurs) If you're slower than that you'll want to turn the wheel in the direction you want to go.
The front wheel actually does steer. If you look closely when you are in a "lean" you will see your tire angled in the direction of your turn a few degrees. So, just lean will not get you around a corner. If you counterbalance the lean and straighten the handlebars to 0degrees the bike will go straight even when it's at a 45degree angle. Stunt riders perform this trick regularly.
There's some good info in this thread, and some dubious information.
As I teach in my classes, "push left, go left, push right, go right" is really all the students need to know. Sure, we can go into a scientific conversation with frame geometry/tire contact patch movement/suspension travel changes, but the fact remains, "push left, go left, push right, go right."
For the poster that now rides a "heavier" bike, just push forward and the pounds will melt away.
There's some good info in this thread, and some dubious information.
As I teach in my classes, "push left, go left, push right, go right" is really all the students need to know. Sure, we can go into a scientific conversation with frame geometry/tire contact patch movement/suspension travel changes, but the fact remains, "push left, go left, push right, go right."
For the poster that now rides a "heavier" bike, just push forward and the pounds will melt away.
Last edited by MikerR1; Oct 11, 2016 at 07:36 PM.
For God's sake go out and try it for yourself. Or are you being this obtuse on purpose?
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