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This topic is regarding trail braking on the limit -- i.e. in the sense that the rear wheel slides around.
How is this maneuver performed? I know what trail braking is, but I'm wondering if the rear wheel actually locks completely up, or does it merely drag, while still rotating -- although slower than what it should?
If the rear wheel actually locks up and the clutch is not engaged, wouldn't that require a slipper clutch as the engine tries to turn the wheel while it is locked?
See this video for an example (possibly bad example) of what I mean:
http://www.youtube.com/watch?v=8hzrbntlSVY&feature=channel_page
This guy slides the rear wheel to "point" the bike into the corner, although I have a strong feeling he could go faster without doing that, it looks like fun, and regardless of whether or not I'm going to try this myself I'm interested in the technical details.
What is that clatter noise? Is that the sound of the engine trying to turn the wheel with the wheel locked?
How is this maneuver performed? I know what trail braking is, but I'm wondering if the rear wheel actually locks completely up, or does it merely drag, while still rotating -- although slower than what it should?
If the rear wheel actually locks up and the clutch is not engaged, wouldn't that require a slipper clutch as the engine tries to turn the wheel while it is locked?
See this video for an example (possibly bad example) of what I mean:
http://www.youtube.com/watch?v=8hzrbntlSVY&feature=channel_page
This guy slides the rear wheel to "point" the bike into the corner, although I have a strong feeling he could go faster without doing that, it looks like fun, and regardless of whether or not I'm going to try this myself I'm interested in the technical details.
What is that clatter noise? Is that the sound of the engine trying to turn the wheel with the wheel locked?