no, it was enough to give it a couple of hits with a hammer and a screwdriverDid you have to cut the cap open with an angle grinder to get to the circlip ?
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no, it was enough to give it a couple of hits with a hammer and a screwdriverDid you have to cut the cap open with an angle grinder to get to the circlip ?
Yes, this is normal. The factory splines are a touch tighter. And yes you can pry off the end cap if you want to go that route. I went path of least resistance and just cut the cover off and used my press to remove the joint.I'd be curious to know if other users who have installed the terflex 1745000 joint have noticed the same things.
that just looks like the way the light is hitting the chamfered spline tips.On the new joint did the splines engaged tightly with no free play? It could just be the photo angles, or my old eyeballs, but the OEM joint splines appear to be more defined and a little deeper compared to the new joint. Also, is that a master (wider) key spline on the new joint? It would be frustrating to go through all this effort for a little slop in the splines to create a drive shaft knocking noise during on/off throttle. Certainly glad there is an option for a repair rather than replacing the whole shaft at least… good job on the repair!
Because it was intended to be used at factory ride height, as that is sufficient for its purposeThis problem is insane to me. How can you build a rugged off-road vehicle with this design problem and also have it so easily damaged putting it up onto a lift? Seriously? Putting an ineos on a lift will damage the driveshaft joints? lol
That's just one line of speculation in the absence of a known cause.This problem is insane to me. How can you build a rugged off-road vehicle with this design problem and also have it so easily damaged putting it up onto a lift? Seriously? Putting an ineos on a lift will damage the driveshaft joints? lol
No, lifting the truck on a vehicle lift will not damage the joint. The joint boot is damaged when the shocks are disconnected and the axle drops beyond maximum spec. But even then we are not certain that's the problem considering many stock trucks have had the same problem.This problem is insane to me. How can you build a rugged off-road vehicle with this design problem and also have it so easily damaged putting it up onto a lift? Seriously? Putting an ineos on a lift will damage the driveshaft joints? lol
Putting truck on 2-post lift is not a problemIt seems that quite a few boot seals have failed at stock height.
How laughable is that when I take my car in for a tire swap or something at the shop. “Hey guys, don’t put it up on the 2 post. The drive shaft joint seals might get damaged” haha.
When I took mine in to my really good tire/alignment shop when it was brand new to fix the steering and alignment that was way off (175 miles on it) the first thing my alignment guy said to me was “man, did you see the angle that front drive shaft is at?” Haha. Car people know it’s off.
Honestly I love the car. It’s really customizable and rugged for the most part. There are just some things they really messed up and this is one of them.
The number of driveshafts that have failed at stock height is quite small
Doing a poll on this large forum would give us a wild stab in the dark guess?Im not sure that's accurate. I bet it's something like 30-40% of all failures.