Curious as well.@Maelstrom
Do you get to keep the original (broken) battery if you do the $68K repair?
I agree completely and this is my beef. Service costs like this will kill the car.Other than this huge design flaw. Porsche really needs to fix their service pricing for the Taycan. In no way should dropping the protective shield cost $6,000 for just an inspection. At most it should be a couple hundred. For the center to have only a 3mm tolerance is insane the center will flex the most and should have the the 10mm cleanse the sides have.
Absolutely.....I agree completely and this is my beef. Service costs like this will kill the car.
You know those junk packages they try to sell on the way out the door? Wheel/tire protection etc?Absolutely.....
Insurance underwriters will not be slow to respond if these sort of claims become common place.
And that would be a big issue for almost every Taycan owner.
Honestly what I want is an easily replaceable guard that has some insulation. I'd happily lose a few mm of ground clearance for that.Aftermarket opportunity for a carbon fiber + titanium battery cover plate? I'm sure someone could make one for way less than $68K.
This dent looks like it is in the cooling channel that runs width wise across the bottom of the battery and does not appear to protrude into the battery itself. Did you end up getting a confirmation picture that the battery itself was dented? If it was, I'm surprised no one has pointed out the fact that a dent being over the threshold by 0.3mm could have done that much damage. If it is just the cooling channel, which I suspect, the service could be as simple as removing that channel, which appears glued on, or just doing some "bodywork" to pull the dent out to ensure you have proper coolant flow.![]()
Got the news I was dreading this morning - there is damage to the battery tray and a pressure mark on the battery (waiting for that picture). Price to repair is $68k (and change).
What I find perplexing is this...if I hadn't have taken my car in for warranty work then I would've been driving around until my next service (due in 16k miles), there's no warning lights and/or errors being thrown by the car, can't get my head around that for some reason.
If you look at this picture you could argue it isn't touching anything, I'm assuming the hex bolts are the big holes and it looks like it's close enough not to be touching anythhingThis dent looks like it is in the cooling channel that runs width wise across the bottom of the battery and does not appear to protrude into the battery itself. Did you end up getting a confirmation picture that the battery itself was dented? If it was, I'm surprised no one has pointed out the fact that a dent being over the threshold by 0.3mm could have done that much damage. If it is just the cooling channel, which I suspect, the service could be as simple as removing that channel, which appears glued on, or just doing some "bodywork" to pull the dent out to ensure you have proper coolant flow.
This is my own speculation on the construction methods, but you can see the impressions of the internal cooling channel fins on the bottom of those sections protruding from the flat base plate. Likely made from aluminum and adhered to the steel base structure that the battery sits above.
Assuming that the cooling plate and channels are aluminium as suggested there has to be a gap between the steel plate and the aluminium. Else you will get corrosion between these two metals in damp conditions. And remembering how much water I had on the steel plate before I unplug those faulty design evacuation plugs, I am really worried if there was water in there as well. That could be a potential disaster. I had severe corrosion on an aluminium boat that had a stainless steel frame bolted to it.If you look at this picture you could argue it isn't touching anything, I'm assuming the hex bolts are the big holes and it looks like it's close enough not to be touching anythhing
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Maybe the undertray has some flexibility in the middle, meaning a 0,3mm would have been enough to hit with some strength the battery cover. Which would explain why the threshold is higher (10mm) on the sides.I'm surprised no one has pointed out the fact that a dent being over the threshold by 0.3mm could have done that much damage.