Hensley Arrow: How does it REALLY work?
There have been several discussions on this hitch that have become somewhat 'controversial'. I am NOT trying to stir this controversy/bashing back up. Instead, I'd like to see a good, intelligent di...
Forum Discussion
I will repeat, there is no lock. The thunk on the video appears to be the point at which the side links interfere. In effect it's a stop determined by the width of the links when they hit each other. This doesn't lock anything, it's simply as far as the physical limitation of the design will allow it to turn. My hunch is there will be other factors causing interference in most cases before you could get the hitch to this point. I'm thinking tongue to bumper kind of thing.
Now as to the locii of the instantaneous VPP's, you've got me really confused here. Because the side links cannot 'pass' each other the points on one side of CL are mirrored on the other, tracing an ellipse. There cannot be any points behind the (whatever?) except on paper, where lines are of zero height (off the paper). These are great theoretical points but they don't appear to be meaningful, unless we have some EE's in the crowd dealing with imaginary numbers (square root of -1)
Ed B
Now as to the locii of the instantaneous VPP's, you've got me really confused here. Because the side links cannot 'pass' each other the points on one side of CL are mirrored on the other, tracing an ellipse. There cannot be any points behind the (whatever?) except on paper, where lines are of zero height (off the paper). These are great theoretical points but they don't appear to be meaningful, unless we have some EE's in the crowd dealing with imaginary numbers (square root of -1)
Ed B
