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Here we go again, another guy with a broken suspension part. I have maybe 3000 miles on my Callaway/Eibach coilovers. I've only got 6000 on the car! I haven't hit anything, not a curb, not a piece of lumber, nothing. But the right rear Callaway/Eibach shock broke on my commute home from work. I pulled over after hearing a bang, but couldn't see anything hanging or dripping, so I finished the drive home.
I'm feeling lucky that the car didn't make any sudden moves when the shock broke. In fact, I didn't realize it was the shock till I got the car up on stands and the wheels off.
So now we'll see how this gets taken care of. I've called, emailed, and PMed the vendor, asking for their help in dealing with Callaway. Wish me luck!
I have already been contacted by the vendor, who I'm sure will everything they can to help me get new parts from Callaway ASAP. Obviously, it's Saturday and I don't expect any real progress till Monday. In the meantime I'll reinstall the stock rear bits.
That shock has been leaking for a while too (check others). Good thing you still have your transverse spring, otherwise that corner would have collapsed.
The transverse springs are up in the attic! My Callaway kit was modified to be "pure" coilovers, not the transverse plus helper springs. I'm *very* lucky that the right rear corner didn't collapse. The broken shock appears to be seized, at least I cannot compress it no matter how hard I push. That would explain why the shaft broke where it did.
The transverse springs are up in the attic! My Callaway kit was modified to be "pure" coilovers, not the transverse plus helper springs. I'm *very* lucky that the right rear corner didn't collapse. The broken shock appears to be seized, at least I cannot compress it no matter how hard I push. That would explain why the shaft broke where it did.
Jeff
Hey Jeff,
As you can see in the pic the shock was leaking since there is oil on the bump stop. Once the fluid leaked out the piston siezed and there was no way for the shock to move. Which led to the shock snapping at the top. A shock was leaking for another customer while running the leafs and Eibach stands behind them so it won't be a problem. I am sorry that happened as with my other customer. I'll do everything in my power to make it right for you.
I'm 100% commited to customer service. Though Eibach is the manufacturer I'll make can take care of it. I hope everything else you purchased like the StopTechs, Forgelines, and everything else is working perfectly.
Quicky update for those following this saga: Eibach in SoCal agreed to replace the broken parts and rebuild the rest. UPS says they should receive the stuff tomorrow, 11/18. I'll let y'all know when it gets back into my hands.
In the meantime, I'm stuck with stock springs and shocks. *Definitely* a step backwards! Abrupt wheel motion, especially the type caused by California's wonderful Botts dots, is poorly controlled, and I'm back to skittering sideways on washboard corners.
I received the coilovers back from Eibach yesterday and plan to reinstall them this weekend using their helper springs and retaining the base coupe transverse springs.
The car does both ride better and handle better with the aftermarket parts. I think the transition back to stock was a more noticeable change than when I first installed the Callaway/Eibachs. I'm looking forward to driving the result of this weekend's activity.
From: DFW This user does not support or recommend the product or service displayed in the ad to the right
Originally Posted by 9secz
I received the coilovers back from Eibach yesterday and plan to reinstall them this weekend using their helper springs and retaining the base coupe transverse springs.
The car does both ride better and handle better with the aftermarket parts. I think the transition back to stock was a more noticeable change than when I first installed the Callaway/Eibachs. I'm looking forward to driving the result of this weekend's activity.
I've heard 3 theories:
1) the shock leaked dry, then seized
2) the internal anodizing failed allowing the piston to seize
3) using 800# springs causes excessive side loads on the shaft.
My take:
1) The shock definitely leaked, but Eibach says it was not dry. But Eibach also told me the shock was not seized. I put the broken end against my workbench and pushed as hard as I could. I could not budge it. The other shocks move easily. You can decide what that means.
2) I didn't see the shock disassembled, so only Eibach knows what the guts looked like.
3) The lower mounting point is a rubber-bushed pivot, and the upper mount is a spherical washer, so I'm having a very hard time drawing a force diagram that applies a bending load on the shaft. I'd really like to see a diagram demonstrating where a bending force would come from and how it might be affected by coilover spring rate.
Bottom line is that I doubt I'll ever find out exactly why it broke.
From: DFW This user does not support or recommend the product or service displayed in the ad to the right
Really bothers me when guys spend money on parts, have a failure and do not get any quantifiable feedback from the manufacturer on their root cause analysis.
Maybe the geometry isn't quite right causing a bind somewhere. That with the spring pressure can put a lot of stress on the shaft.
Rick
The only thing I can imagine is if the spherical washer at the top seized up first. But if that is free to move, and the lower pivot was definitely free to move, there's no way to apply a bending force to the shaft. I wish I had paid more attention to the spherical washer from the broken shock before boxing everything up.
Regarding the LGs, I wanted double adjustable. That option has been beaten to death in other threads, so let's agree to drop that topic, OK?
If you look at your first picture, you have the cervicle seat circled in red, it shows freedom of motion where the dirt is wiped away. I think the seat was functioning. My hypothesis is that the hard anodize failed and the piston partially seized in the bore which created a substantial tension and compression load cycle through the shock. The compression component is more detrimental than the tension because the compression load leads to a buckling failure which would occur at a much lower load than a pure tension or compression failure. Aluminum bodied shocks stake their lives on the quality and durability of the hard anodize. Hopefully this is a rare fluke failure.
Jeff,
Could you tell me (or pm me) why you're going to use the helper springs and stock leaf springs. I have a set waiting to install, so I'm very interested in any details you can provide.