Rear Stabilizers.....Requesting Input
Check out my photos, I could not hug into a corner before I added the trutrac
The wobble for me was kind of and oval shaped spin that was out of balance if you can imagine such a thing
Last edited by tgaetto; Aug 21, 2008 at 03:13 PM.
Have received a TWR and hope to have it installed soon. Looking forward to a "less exciting" ride.
The Best of Harley-Davidson for Lifelong Riders
For the sake of description, I'm going to refer to the side mounting device as Cleve block mounted, and the rival offerings as a Cross member mounted device.
Since we have no physical data, nor Physicist and/or Mechanical Engineer's input thus far WE have no idea how much FORCE of lateral thrust we are dealing with on these sometimes 2-up loaded down behemoths. That in and of itself is enough for physics to contend with, now throw in some long sweepers with varying transition AT 70+ MPH! That, my friends, could exert a lateral force that could prove difficult to reckon with let alone with human lives at stake. Bring on the potential solutions and what we are dealing with most, if not all, of the offerings to date are 2 conceptual designs. Cleve block mount vs. Cross member mount.
Since nobody as of yet can produce numbers of exactly how much FORCE of lateral gyration/torsion we are dealing related to this kinetic cause and effect phenomenon, I'm left to ponder how much STRESS the rear portion of the frame can actually endure.
Now this brings me to the meat of my concern. In terms of SURFACE AREA that these 2 principle offerings adhere to the frame, and since LATERAL movement is what is attempting to be controlled, what device WOULD withstand MORE pressure without undue stress to the components of the device and also to the frame of the motorcycle itself without adverse effects to either now or later?
The Cleve Block is held on PERPENDICULARLY to the side in a rather small surface area. The Cross member device is fastened LONGITUDINALLY over a much greater surface area, as BOTH attempt to subdue the aforementioned forces of kinesiology.
Hmmmm............anybody know exactly how much force the cleve block area of the frame can endure with a device "strapped" to it in an attempt to stop this "wobble" and if so, what kind of data could be presented to validate this area of the motorcycle being able to handle such stress?
I'm no rocket scientist, but I do play one on TV.
Just kidding, but I would like some feedback on these issues.
Looking at the bagger-brace vs TWR, It looks like will acccomplish the same thing (add stability) but it does attach to more of the frame and more of the pan. Seems to me that's a good thing, isn't it?
My riding season will end in a couple months, I'll follow this topic over the winter as you south guys get a longer season and then I'll decide what to get.






