While some do need batteries sooner, some ICE cars need new engines sooner. It's a wash. Average lifespan is comparable.
(Electric would win hands down if Tesla had better manufacturing quality though.)
It's a bigger problem with a Tesla, as there is no sensibly priced repair network, and getting original parts has lead times that will lead to replacing the car.
The issue is that all those Kias got stolen and trashed by Kia Boys. :(
I had a 2011 Kia Soul that I was going to drive until it died. Someone else did the dying part for me.
not the 1.6L GDI one
The absurd warranty Kia used to have encouraged them to put out good products. I had incorrect oil put in my Soul (at an oil change place!) and Kia warranty replaced the entire engine.
Maybe, but an oil change & minor service for my Mom's off-warranty Mercedes is clsoe to $1000. You seem to be fighting yourself if you're after a long-term reliable driver and go Euro luxury.
That's a fair amount of misinformation in your post.
1) Any reliable ICE brand goes well above 200k miles with basic maintenance. There's a long history here of reliability and why so many drivers choose boring yer reliable brands like Toyota, Honda, Mazda, etc. If you choose brands that do not prioritize reliability then that's on you. (i.e. Mercedes drivers switching into Tesla)
2) Mileage (distance) is not actually the determining factor here in longevity, car age is. Average age of ICE cars is around 12 years in the USA. That's average, which means there are many cars that are much much older than that. Battery cars will be lucky if they average out 8 years as a fleet. Probability is 75%+ you're looking at a battery replacement at the 12 year mark if not sooner. Vast majority of drivers will not replace said battery making the car a throw away due to cost (no one financially competent spends $10k-$20k on a battery for a car worth less than $10k). This will absolutely drive fleet age down, resulting in a younger fleet and more disposable cars. Replacement batteries are not plentiful or cheap and there's no reason for that to change due to the industry strategy.
"Tesla still averages being able to hold 90% of original charge"
3) Lucky you. It's well known in the community first year degradation is typically 5%-10% and there after 1-2% per year till a major failure. Do you know how to measure your original charge? Have you driven the car from 100% to 0% to verify total battery capacity or you just going of the BMS hoping it knows the true capacity. BMS is regularly off by 5%+ so for all you know your true capacity is already nearing 80%. If you know Lithium battery science then you know after 80% the capacity hits a cliff rate of degradation accelerates. Few people drive their cars below 10% battery so they don't really know.
Also, the link you shared is just a collection of anecdotes. It doesn't provide evidence of a trend.
1. Yes, the range is a little less. One person got their battery replaced by a 3rd party specialist. Runs great.
2. They certainly are repairable, just take it to Tesla service or a 3rd party mechanic.
3. Even if the battery is $20k, now you essentially have a new car for only $20k.
By this logic, I get a new car every time I fill up my tank.
Even then, batteries in EVs don’t have a 100% failure rate. There are still many 15 year old Leafs driving around on the original battery, and I’m not sure the out-and-out failures (I.e. not including gradual capacity loss) are a high number either.
Modern EVs (2016-present) have even lower failure rates again (below 1% within 200k miles including those replaced due to capacity loss)
Losing 30% of 120 miles is a lot more significant to most people than losing 30% of 300 miles (which >99% won’t within the life of the car).
Someone has a 90 mile round trip commute and buys a car with a 120 mile range. Having it drop below 90 miles after a decade isn't working for them anymore, so they sell it. Works fine for someone with a 30 mile commute.