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Front Drive Shaft Update

Looks like a c clip failure @ECrider, everything else looks intact.
Tks Rab. The c clip being located where?
Is there thinking the c clip fails because of the angle of dangle between tc and diff?

I'm still trying to read through all the various threads.
 
Tks Rab. The c clip being located where?
Is there thinking the c clip fails because of the angle of dangle between tc and diff?

I'm still trying to read through all the various threads.
Apparently mine was caused by a C clip failure so maybe a theme ?. I don’t know actually where the C clip is located.
 
C clip should be in the groove at the end of the splined shaft to retain the shaft in the cv joint. Hard to tell without a clean shaft picture (easy matron) but the circlip groove looks worn. With some previous comments about heated joints I had some concerns about dry bearings but there seems to have been adequate lubricant in there.
 
Angle of shaft shouldn’t affect the circlip. Does the the driveshaft extend and retract easily, an interference or tight movement would be detrimental to the clip.
 
Tks Rab. The c clip being located where?
Is there thinking the c clip fails because of the angle of dangle between tc and diff?

I'm still trying to read through all the various threads.
Another one bites the dust.....

These images are from the Teraflex instructions. It's the same setup. The spline on the shaft slides through the CV and is retained by the c-clip (labelled here as a snap ring).

For reasons not yet known, there has been several instances where the c-clip has dislodged and the shaft has separated from the CV.

@ECrider if you still have the driveshaft on your bench would you please see if the slip joint is free to expand and contract like an accordion. It might be a bit stiff but it should move, maybe 40 to 50mm or so. This lets the driveshaft length change as the front suspension travels up and down through an arc. I'm trying to understand what is putting pressure on the c-clip to cause it to come out of the groove.

Screenshot_20251115-081026.png

Screenshot_20251115-075732.png

Slip joint
Screenshot_20251115-080536.png
 
I’m wondering if some number of shafts were built where the splines for the center slip joint were not machined long enough to allow for full suspension travel? It would require pulling some shafts apart but a comparison between two shafts with approximately the same mileage but one had a c-clip failure might be interesting.
 
I am now wondering if the shaft is free to extend to an adequate length under full axle articulation. If not it would stress cycle the circlip.
 
I also planning to start the NTSB complaint. What happened recently is my friend have a lift installed by the dealer and they warrenty the first drive shaft failure, the second one failed after another 10k miles and they refused to warrenty this one now. I feel Ineos is really not taking their responsibility on this issue now.
I don’t think you’ll get any traction with a lifted vehicle. IA can’t back the independent dealership’s work, and they shouldn’t be expected to. The dealer perhaps should, being as they sold the car after increasing the shaft angle. I understand this doesn’t account for the stock failures, but I can’t imagine they’d accept the warranty work.
 
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