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my guess would be that polaris specs a special glue for the driveshafts...I doubt that lords 201 is it..my guess either one of the high end 400 series or something that doesnt even show on lords website...The best structural epoxies used in construction are rated at 1500 to 2000 psi shear. Allowing for hundreds of thousands of stress reversals due to the rotating driveshaft, they then could be good for only 150 to 200 psi shear strength. Comparing this number to the numbers above, and you can see that the acrylic bonded driveshaft joint design, has a significant flaw coming out of the starting gate. The bonding glue appears to be totally inadequate for cyclical loads that are inherant to a special driveshaft, that is also expected to stabilize the belt drive wheel, as well as provide tension in the track.
dont be looking under the new trucks then..most manufacturers are glueing the aluminum driveshafts togeather as well..............as far as i'm concerned this is a drive component and it should not have the word glue in it. i don't care what kind of glue or adhesive it is.
dont be looking under the new trucks then..most manufacturers are glueing the aluminum driveshafts togeather as well..............
not really..but it is the present and the future..our current autos have been using it for quite a while now..most structural bodywork/sheetmetal is glued, driveshafts, even some frame reinforcments....the stuff works when properly selected /applied........heck, the air industry probably makes a far more significant use right now then anyone else does..Telling me Glue is great is like Obama telling us all the last 4 years have been Awesome!
We all need to keep our political opinions out of these forums.Telling me Glue is great is like Obama telling us all the last 4 years have been Awesome!
truck.
We all need to keep our political opinions out of these forums.
Let it snow!!! Pull the rope, pin the throttle, and have fun!!!![]()
the glue is not the problem. the design is the problem. WHO...your math seems to be in the ballpark as far as i can estimate. i think that what he was trying to say can be dumbed down a little. you ever hit a stubborn bolt with an impact gun and the bolt head strips? that is because the socket is stronger or has a little slop. what happens if the socket is weaker then the bolt? the socket breaks apart. i think that is what is going on with the driveshafts.![]()
Has any one given the thought that due to the varying amonts of glue applied, this could be an "out-of-balance" issue?
Perhaps the engineering was right, and this bond should hold, but drop few ounces or even grams of glue off center and then spin that shaft up....
What are we talking here for shaft speed? Engine RPM+