Lucky Phil Posted April 6, 2016 Share Posted April 6, 2016 Read this phrase in an auto magazine regarding differences in performance that aren't significant in a real world setting: "within the noise." I thought this likely reflects my thinking that the rubber or urethane could limit suspension travel - yeah, could be, probably "wiithin the noise." What rod ends would need nil lubrication? You can get rod ends with composite bearing material that don't require lube. As the std Rossopuro ones fitted to my bike and the std gearshift linkage rod ends fitted to the V11. Ciao Link to comment Share on other sites More sharing options...
docc Posted April 6, 2016 Share Posted April 6, 2016 The shift rod ends on my sport are stamped "DURBAL" I had no idea they had composite bearing material. Good thing, 'cause I've never lubed them. Link to comment Share on other sites More sharing options...
czakky Posted April 7, 2016 Share Posted April 7, 2016 Interesting thread. I've got a question(s) though, when can a guy tell when his stock reaction rod Link to comment Share on other sites More sharing options...
Lucky Phil Posted April 7, 2016 Share Posted April 7, 2016 The shift rod ends on my sport are stamped "DURBAL" I had no idea they had composite bearing material. Good thing, 'cause I've never lubed them. Some info on maintenance free rod ends. http://www.skf.com/au/products/bearings-units-housings/spherical-plain-bearings-bushings-rod-ends/maintenance-free-rod-ends/index.html Ciao Link to comment Share on other sites More sharing options...
Lucky Phil Posted April 7, 2016 Share Posted April 7, 2016 Interesting thread. I've got a question(s) though, when can a guy tell when his stock reaction rod has worn out? Too much play?.... Also, anyone know if Stein Dinse still has the Stucchi rods? The rubber coupling will be torn from fatigue or maybe perished if its been subjected to a hi ozone environment and therefore have play. Ciao Link to comment Share on other sites More sharing options...
GuzziMoto Posted April 7, 2016 Share Posted April 7, 2016 You may also notice shifting getting "clunky". That is a common issue with the newer CARC bikes, which while very different are really much the same. Link to comment Share on other sites More sharing options...
czakky Posted April 7, 2016 Share Posted April 7, 2016 My bike isn't clunky but there is some very minor play, both in the rear drive and the reaction rod itself. Link to comment Share on other sites More sharing options...
Lucky Phil Posted April 7, 2016 Share Posted April 7, 2016 There should be no FREE axial or lateral movement in the reaction rod. The pinion bearing will have a little radial movement, Ciao Link to comment Share on other sites More sharing options...
sp838 Posted April 7, 2016 Share Posted April 7, 2016 Why would you mess about with all of this when you can run a simple cheap and light rod with rose joints at each end? Ciao Must be pretty chilly in Hades right about now. finding myself agreeing with LP... Link to comment Share on other sites More sharing options...
GuzziMoto Posted April 8, 2016 Share Posted April 8, 2016 You could just say you agree with me..... Link to comment Share on other sites More sharing options...
gstallons Posted April 8, 2016 Share Posted April 8, 2016 I understand why this is called a " reaction " rod ..... 3 Link to comment Share on other sites More sharing options...
Scud Posted April 8, 2016 Share Posted April 8, 2016 I understand why this is called a " reaction " rod ..... LOL For the record, and I think I already posted this elsewhere, Harpers is working on a replacement rod that will accept some type of standard, replaceable, bushing - at least that's what they said about month or two ago when I talked with them. Link to comment Share on other sites More sharing options...
andy york Posted April 8, 2016 Share Posted April 8, 2016 There should be no FREE axial or lateral movement in the reaction rod. The pinion bearing will have a little radial movement, Ciao could you define axial for me? Link to comment Share on other sites More sharing options...
GuzziMoto Posted April 8, 2016 Share Posted April 8, 2016 I am not sure "axial" is exactly the right word, but I think it should have no free play in ANY direction. The most important directions would be up and down, fore and aft. It should be solidly mounted at both ends, once at the frame and once at the bevel box. If you were to grab the reaction rod while it is installed it should not move. Reality says it may have a tiny amount of play, but more than that I would be worried. Link to comment Share on other sites More sharing options...
andy york Posted April 8, 2016 Share Posted April 8, 2016 Theory only, unless someone knows the engineer that designed it ..... The box itself is captured by the axle in the swingarm. Not going to have any"movement" there. We have a 2- piece driveshaft that is capable of being "variable" length. With the stock rod in place with stock bushings there is a limited amount of up and down movement. Now this is my own thought....the box could care less about what kind of rod ends are on the Reaction rod. The only movement the rod is trying to prevent is the box "climbing the gears " as we accelerate and "falling down" as we decell". It will also keep the driveshaft within a certain parameters throughout its movement. I was one of the early ones that made a nylon type bushing for mine. I have 100,000 miles on it and 115,000 on the bike.Whether it was the right thing to do...only more time will tell. so far so good the experiment I did was to remove the rear wheel and reinstall the box with axle and tighten up.I took the bottom shock mount out and installed a good stock reaction rod. Not much up and down movement. You could get the box to sit a whatever Height you tighten the Rod. Put my rod back in with homemade bushings... and as we say down here....It was smooth as butter. Full travel of the swingarm. Maybe I was wrong ....maybe I was right ....it sure rides nice Link to comment Share on other sites More sharing options...
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