You're pulling something that's for sure.
Why do you want to pull it free? (I take that that by "it", you mean that grease-filled, lobed "pot" that the inboard end of the driveshaft fits into)???
I'm asking how do I now pull it free
Why do you want to pull it free? (I take that that by "it", you mean that grease-filled, lobed "pot" that the inboard end of the driveshaft fits into)?
Why don't you just put the driveshaft back into it?
This is what that joint looks like, without all the grease in it:
Free CAD Designs, Files & 3D Models | The GrabCAD Community Library
The GrabCAD Library offers millions of free CAD designs, CAD files, and 3D models. Join the GrabCAD Community today to gain access and download!grabcad.com
Does that help? The end that pulled out, will still have the rubber boot on it, and there should be three rollers on three arms poking out at 120 degrees to each other. That's all there is to them! The three rollers run in the three channels machined into the housing that you're trying to remove.
The reason it is good practice to mark them, is because they will wear to the exact shape of the groove that they've been in for the last umpteen thousand miles, so it's good to put them back where they came from, but as it has already popped out, that ship has sailed!
You just push it back in! Literally just get the driveshaft, offer up the three fingers with the spherical bearings on them, so that they line up with the slots in the housing, slide it in, and put the clamp back on the rubber boot! It is only stopped from coming out, by the clamp round the rubber boot (which is why you were able to pull it out in the first place). Once assembled on the car, they can't come out, because the other end is bolted to the wheel hub. It just sits in there and those three spherical bearings slide in and out of thee housing slightly, as the suspension goes up and down.Ith as came apart how can it be put back together ? I have new one now so may as well fit it and be done with it but it hasnt come loose
Got a local bus timetable?+ the mot expires in less than 1 week,