Counter-steering
#231
Notice the front wheel. Notice where he is looking. My question is...Is he countersteering at this point? (I don't know the answer but I do not think he is)
Last edited by MikerR1; 10-17-2016 at 02:02 PM.
#234
If he let go of the bars, the bike would stand up and go straight.
A bike is a single track vehicle. In order for it to turn, the rear wheel needs to track inside of the front wheel. You do this by turning the other direction with constant input. Like when you steer a car, you hold the wheel turned until the turn is completed. Only on a bike, you're turning the other way. If you were to put training wheels on your bike, there would be no counter steering. Maybe look into that.
I find it hard to believe that you haven't figured this out after 232 posts in this thread. If you are trolling, then you've done an excellent job.
#235
Absolutely.
If he "turned" right, the bike and lean angle would go left.
If he "turned" left (more left), he would turn sharper and increase lean angle.
If he let go of the bars, the bike would stand up and go straight.
He is basically pushing the right bar, pulling on the left bar, and leaning way into it. The more "push and/or pull", the sharper the turn will be. His body location is decreasing lean angle along with constant control input.
A bike is a single track vehicle. In order for it to turn, the rear wheel needs to track inside of the front wheel. You do this by turning the other direction with constant input. Like when you steer a car, you hold the wheel turned until the turn is completed. Only on a bike, you're turning the other way. If you were to put training wheels on your bike, there would be no counter steering. Maybe look into that.
I find it hard to believe that you haven't figured this out after 232 posts in this thread. If you are trolling, then you've done an excellent job.
If he "turned" right, the bike and lean angle would go left.
If he "turned" left (more left), he would turn sharper and increase lean angle.
If he let go of the bars, the bike would stand up and go straight.
He is basically pushing the right bar, pulling on the left bar, and leaning way into it. The more "push and/or pull", the sharper the turn will be. His body location is decreasing lean angle along with constant control input.
A bike is a single track vehicle. In order for it to turn, the rear wheel needs to track inside of the front wheel. You do this by turning the other direction with constant input. Like when you steer a car, you hold the wheel turned until the turn is completed. Only on a bike, you're turning the other way. If you were to put training wheels on your bike, there would be no counter steering. Maybe look into that.
I find it hard to believe that you haven't figured this out after 232 posts in this thread. If you are trolling, then you've done an excellent job.
#237
Obviously, he has shifted his weight quite a bit.
Last edited by MikerR1; 10-17-2016 at 02:09 PM.
#239
You envision counter steering when the bike is vertical. Once a two wheel vehicle is leaned by counter steering, counter steering is used to keep the bike on the path you want. Yes, the wheel is turned towards the lean, but not as much as if you were making the same turn (steering) in a 4 wheeled vehicle. That photo clearly shows counter steering at it's best. Weight shift is used to make the bike more vertical, allowing for an even greater turns by counter steering.
Countersteering is used to tip the bike in the direction you want to go and create the initial lean from a vertical position.. Unless the curvature of the turn is changing, the countersteer is a "momentary" event. After that the driver shifts his weight, as the picture shows, and the wheel follows the turn.
Last edited by MikerR1; 10-17-2016 at 02:45 PM.
#240
Sorry, but I have to disagree with you. If the driver was countersteering at this moment the front wheel would be turned slightly to our right, not in the direction of the lean.
Countersteering is used to tip the bike in the direction you want to go and create the initial lean from a vertical position.. Unless the curvature of the turn is changing, the countersteer is a "momentary" event. After that the driver shifts his weight, as the picture shows, and the wheel follows the turn.
Countersteering is used to tip the bike in the direction you want to go and create the initial lean from a vertical position.. Unless the curvature of the turn is changing, the countersteer is a "momentary" event. After that the driver shifts his weight, as the picture shows, and the wheel follows the turn.
Wow. Just Wow.
Reminds me of the saying:
"Don't try to teach a pig to sing. It frustrates you and annoys the pig."
R,
Sanjuro