If you drive a hybrid – may God help you – NOT REPAIRABLE
This is our final warning: unless you own a diamond mine, an oil rig in Kuwait, a chain of gas stations, or a Vaseline factory – do not buy used hybrids with more than 100,000 km. You are entirely dependent on purchasing a new battery that costs over €10,000, and sometimes more than €20,000. These vehicles are not repairable because replacement cells do not exist, and the battery together with the drivetrain integrated into the automatic transmission was never designed to be serviceable. You cannot replace just one cell – when the first one fails, the rest are already worn out as they age in parallel. Toyota is currently an exception because a new battery costs only €2,000 and it is repairable.
Small batteries under 20 kWh survive about 2,000 charging cycles, which in practice is 40,000–90,000 km. That is why manufacturers placed warranties up to 100,000 km. After the warranty expires, these vehicles end up in poorer countries, causing massive economic and ecological damage. Those who believed hybrids were a “transition” to EVs end up with losses, debt, bankruptcies, and disappointment, claiming that “electrification is a scam.” When they finally realize the car cannot be repaired, they try to “patch it up” temporarily just to sell it and scam the next buyer.
For such end-of-life batteries we offer no service or repair, nor do we participate in attempts to deceive the next owner.
CO₂ import incentives for hybrids must be abolished immediately because they are in fact a bigger environmental disaster than Dieselgate. The CO₂ footprint of a Golf 2 1.6D burning 2 liters of oil per 100 km is still lower than that of a hybrid. A hybrid is not an electric vehicle – with its current design it completely destroys the reputation of true EVs.
Once again, we remind and inform customers: hybrids over 100,000 km have unrepairable batteries, and full replacement is required. New batteries are not available on the open market – only from authorized dealers. Used ones are risky and very likely already partially defective.
So, drive either pure gasoline, mild-hybrid, or pure electric. If you buy a PHEV – you will soon end up bankrupt.
To repeat loud and clear: BATTERIES ARE NOT REPAIRABLE. FULL REPLACEMENT IS REQUIRED – either with a used “cat in the bag” or a new one for €20,000. We don’t keep them in stock and don’t plan to – you buy it, we install it – warranty ends at the gate.
This is detail link with excell analysis with multiple PHEV EV and ICE , powertrain costs with OEM prices without tax. Worth reading: https://evclinic.eu/2025/01/19/ultimate-ev-ice-and-hybrid-comparison/
Hybrids represent the most expensive category of vehicles when measured by drivetrain and battery cost per kilowatt hour. On average, their battery systems are around 40 percent more expensive per kWh than those in fully electric vehicles, making them uneconomical from the very foundation. At the same time, complete hybrid drivetrains are the costliest of all powertrain concepts, followed closely by conventional ICE vehicles, while fully electric systems are consistently the cheapest to manufacture and maintain.
The structural weakness of hybrids lies in their dependence on pouch cell technology, a format that has repeatedly proven to be unreliable and in many cases dangerous, as seen in models such as the Nissan Leaf, Hyundai Kona, or Mercedes EQB. These design choices make hybrids not only more fragile, but also less safe in the long term compared to robust prismatic or cylindrical cell EV systems.
Hybrid owners also face the harsh reality of being locked into authorized service networks. Unlike the growing ecosystem of EV aftermarket solutions, hybrid repair options are minimal. Manufacturers such as Honda, Nissan, Hyundai, Kia, Stellantis, MG, and BYD offer some of the worst support records, forcing owners into full drivetrain replacements and astronomical service bills. With no meaningful right-to-repair, hybrids become disposable products rather than sustainable vehicles, undermining the very narrative they were meant to support.
Examples:
Lexus failed at 190k km – 2000€ : https://evclinic.eu/2025/07/11/lexus-is300h-battery-failure-at-192000km/
BMW G30 failed at 140k km – 15000 € : https://evclinic.eu/2025/07/11/bmw-g30-330e-hybrid-030ec1/
BMW G30 failed at 150k km – 11000€ : https://evclinic.eu/2025/07/11/bmw-mission-impossible/
Volvo failed at 400,000km – 43000€ : https://evclinic.eu/2025/01/07/2015-volvo-v60-phev-3700e-per-kwh-buy-a-new-hybrid-battery-or-a-whole-tesla-long-range-dilema/
Kia fialed at 160k km – 17000€: https://evclinic.eu/2024/12/12/kia-hybrid-2-in-1-hybrid-trash-and-warranty-rape/
BMW x5 at 155k km – 11000€ : https://evclinic.eu/2024/12/08/bmw-x5-f15-40e-another-dead-hybrid-with-150000-km/
Toyota Auris at 200k km – 2100€ : https://evclinic.eu/2024/09/05/toyota-huge-battery-degradation-taboo-topic/
BMW G30 at 133k km – 133k km: https://evclinic.eu/2024/09/05/bmw-hybrid-repeated-battery-failure/
Nissan ePower at 100k km : 16000€ : https://evclinic.eu/2024/08/12/nissan-e-power-expensive-placebo/
Porsche Panamera at 130k km – 17000€ : https://evclinic.eu/2024/06/21/porsche-panamera-plug-in-hybrid-970-9kwh-for-17000e/
Mercedes W205 at 80k warranty, 160k km failure – 14000€ : https://evclinic.eu/2024/05/21/mercedes-hybrid-unsustainable-trash/
VW GTE at 100k warranty 220k failure – 10000€ : https://evclinic.eu/2023/01/24/golf-gte-hybrid-greenwashing-device/
Range rover L490 at 210k km – 32000€ : https://evclinic.eu/2023/01/05/range-rover-sport-hybrid-winner-2022/
Lexus at 220k km – 4200€ : https://evclinic.eu/2022/10/03/hybrid-placebo-za-ustedu/
Mitsubishi at 220k km – 9800€ : https://evclinic.eu/2022/11/06/mitsubishi-outlander-phev-placebo-for-fuel-saving/
“Toyota is currently an exception because a new battery costs only €2,000 and it is repairable.”
Does it still stand? I really like the new Prius.
To be honest, after months of crunching the numbers to see if a used hybrid or electric car was worth it, discovering this website has completely changed my plans. Anyway, I see that in the incident log you show here, there aren’t any Hondas… is that a good sign, or should I still avoid them? Meanwhile, it seems to me I’m going to have to keep maintaining my 1.6 diesel Ibiza.
Keep Ibiza and migrate directly to decent EV
Hello, I’ve read many of your blogs and know you’re experts. Nevertheless, as a technician and Prius driver (2004 model – 265,000 km – average annual fuel consumption 4.1 L/100 km), I’d like to offer a different perspective! Toyota and its hybrid system (HSD) are indeed very good and ultimately benefit the environment! Generally, up to well over 150,000 km – more likely 200,000 km – there are no repairs other than normal wear and tear. In contrast, a diesel engine would have already had two clogged diesel particulate filters or a faulty injection pump, and older diesels would have soot buildup! Another advantage is approximately 80% less brake dust due to regenerative braking! Then there’s the environmental benefit of significantly less noise, as a Toyota hybrid typically glides electrically for 40-50% of the time! And there are other advantages, but that takes too long to explain! The advantages only really apply to Toyota and Lexus, and possibly Honda. All other manufacturers like BMW, Mercedes, Kia, Hyundai, Volvo, and VW can’t do hybrids, and it offers nothing but exorbitant costs after just over 100,000 km. Yes, that’s my opinion and experience! All the best and keep up the good work, EV-Clinic is a great project! (Another practical experience: at 185,000 km and about 18 years, I proactively replaced the hybrid battery with a nearly new 2021 model from a wrecked Toyota Corolla (€999). It turned out that the old battery still had 80% capacity!)
Dear,
last year I bought a BMW 7-hybrid (BMW 750, 449 PS, V8 Biturbo hybrid). Built in 2012 (F04) with about 70000 km. It still works fine, but the computer says “battery old”. This car has a small battery in the back and I’m not sure how long it will last. The car is in a brilliant condition, so I hope I can drive it the next years. Is this one of the batteries which cannot get repaired? :-\
If you have an answer, please let me know.
Thanks a lot in advance
Thomas Kraus (Germany)