In brief
Every conversation about investing in auto repair reaches the same objection within ten minutes: electric vehicles have fewer moving parts, so the repair business is structurally dying, so why put money into it.
Every conversation about investing in auto repair reaches the same objection within ten minutes: electric vehicles have fewer moving parts, so the repair business is structurally dying, so why put money into it.
It's a reasonable-sounding argument built on a real fact. It's also wrong about timing by roughly two decades, and the arithmetic isn't complicated.
The numbers people skip
In 2026, EV penetration of new vehicle sales in the US is still well under 15%. Meanwhile there are more than 280 million internal combustion vehicles currently in service.
Those two numbers do different things, and conflating them is where the argument goes wrong.
New-sales share tells you about the future of the fleet. The installed base tells you about the repair market now — and the installed base turns over slowly. A car sold today gets driven for fifteen to twenty years. The 280 million ICE vehicles on the road weren't sold this year; they're the accumulated output of two decades of manufacturing, and they will need maintenance for the next two.
Even in a scenario where every new car sold from tomorrow is electric — which is not the scenario — the ICE fleet doesn't disappear. It ages. And an ageing fleet is the repair industry's best customer.
Old cars are the business
This is the part that gets missed by people modelling the industry from the outside. Repair demand doesn't correlate with new car sales. It correlates with fleet age, and it moves in the opposite direction.
The average passenger car in the EU is 12.3 years old. Trucks average 13.9. In Greece and Estonia the car fleet averages around 17 years.
In Ukraine, where I own a repair business, the average passenger car on the domestic market is about 16 years old. Trucks run 18.5 to 19. Used imports arrive at 9.6 years — meaning even the "new" cars entering the fleet arrive already out of warranty.
A 16-year-old car doesn't go to a dealership. It goes to an independent shop, and it goes often. Every year the fleet ages, the addressable work per vehicle goes up, not down.
So the EV transition, viewed from the aftermarket, isn't a cliff. It's a slow change in the mix of a growing pile of work.
What actually changes
None of this means the transition is irrelevant. It means the effects are different from the ones people assume.
Brakes last longer, but tyres wear faster. Regenerative braking genuinely reduces brake work. EVs are also heavier and deliver instant torque, which is hard on tyres and suspension. The work shifts; it doesn't vanish.
Diagnostics get more valuable, mechanical work less. An EV has fewer things to unbolt and more things to interrogate. That's a shift toward electrical diagnosis, software, and battery health — higher-skill, higher-margin work that fewer shops can do.
The shops that lose aren't the ones with the wrong tools. They're the ones with no data. When the mix of work changes underneath you, the question is whether you notice in time. A shop that can see what it actually performs, by category and margin, month over month, adapts. A shop running on a whiteboard finds out when the year is over.
That last point is the one I'd put money on, and it has nothing to do with electrons.
The consolidation is already pricing this
Private equity, whose job is to be unsentimental about exactly this kind of question, has looked at the EV argument and kept buying.
At least seven institutional platforms are actively consolidating repair shops as of 2026. The valuation logic is explicit: fragmentation runway — the top 50 companies generate under 10% of industry revenue, independents hold roughly 70% — plus non-discretionary demand, plus the ICE tail described above.
You don't build a roll-up in a business you think ends in ten years. The people with the most capital at risk have already priced the EV transition, and they're buying.
Where this leaves software
If the work isn't disappearing but is getting more complex and more diagnostic, then the constraint on a shop stops being labour capacity and becomes information.
Which car is where. What was found on it. What the customer agreed to. What the actual time on the lift was versus what was billed. Which categories of work are growing and which are quietly shrinking.
Almost none of the industry has this, and not because the software doesn't exist. It's because the software that exists asks a mechanic to stop mid-repair and type — and on a busy Friday, documenting the work always loses to doing the work.
That's the problem I spent three years on inside my own shops. MECH Orbit starts from the physical event instead: the car enters the bay, a camera reads the plate, the work order opens on its own. The mechanic photographs the defect and dictates a sentence from the phone already in his hand. The customer approves specific line items and the system stores what he approved and when.
The honest limit, which I'd rather state than have someone discover: the camera records that a car stood in a bay for four hours. It does not know why. It cannot distinguish a wait for parts from a wait for the customer to call back. Anyone selling you a camera that diagnoses lost revenue is selling you a narrative.
What it does is make the record independent of whether anyone remembered to make it. In an industry about to spend twenty years working through 280 million ageing vehicles while the nature of the work quietly changes, knowing what you actually did is not a luxury feature.
Sources
- CT Acquisitions — Private Equity in Auto Repair 2026
- ACEA — Average age of the EU vehicle fleet
- Институт исследования авторынка — средний возраст автопарка Украины
What to check in your workshop
- Verify the primary source and date behind every figure
- Separate reported facts from the author's interpretation
- Compare the conclusion with data from your own workshop