With the lock right design, if the teeth are worn in a spot, that would allow pinion AND ring gear rotation without "engaging" the axles, correct?
I would imagine with the cover off, wheels on the ground, rotating the pinion would show the problem...if the ring gear doesn't move and the pinion does, one of those two have a problem. If the ring and pinion move excessively, but are obviously still "connected" to each other, then the problem is internal to the carrier, which I would assume to be something with the lockright.
In an open (standard, normal, whatever you want to call it) diff, if any of the carrier internals are worn, you will get excessive movement before the driveshaft actually puts power to the axleshafts.
I would imagine with the cover off, wheels on the ground, rotating the pinion would show the problem...if the ring gear doesn't move and the pinion does, one of those two have a problem. If the ring and pinion move excessively, but are obviously still "connected" to each other, then the problem is internal to the carrier, which I would assume to be something with the lockright.
In an open (standard, normal, whatever you want to call it) diff, if any of the carrier internals are worn, you will get excessive movement before the driveshaft actually puts power to the axleshafts.
