EV Labour Rates: Why Three Ontario Shops Split Their Pricing

A customer brings in a battery-electric crossover for a brake-fluid service and a software-related fault code. Half an hour of actual wrench time, then two hours of careful high-voltage isolation, a manual firmware patch, and a road test. On the old ticket math, you bill the wrench time and make the rest back on parts. Except there are barely any parts on this job. That gap, labour-heavy work with almost nothing to mark up, is what three shop owners stood up and described at a recent Ontario symposium.

At the Automotive Aftermarket Retailers of Ontario 2025 Symposium, panellists laid out something most independents are still pretending isn't happening: they now quote two different hourly rates, one for conventional work and a higher one for electric. Adam Malik reported the numbers in *Auto Service World*. They aren't dramatic, and that's exactly why they're worth reading closely. This is the trade adjusting its pricing in real time, on the record, with no forecasting involved.

I've run a bay and I've sat on the parts-counter side of this, so I'll say plainly where I land: the rate split isn't a markup grab, it's the correct response to a structural change in where the money sits, and it isn't optional much longer. But the way the panel framed it, and the way it's being repeated, overstates how settled the certification piece is. Let me separate what the shops actually did from what merely got discussed.

The Rate Split Is Already Real - Here Are the Numbers

Three owners put their hourly figures on the table, and the pattern is consistent. The EV rate runs higher, and the spread is roughly $35 to $65 an hour.

The reasoning came from Ackers, and it's worth quoting because it's the whole argument in one line. Electric vehicles, he said, "have 80 per cent less parts," which brings "a bit of a decline on the routine repairs" a shop normally lives on. The work that remains is more labour-intensive when it lands, and the margin on what few parts are involved is thin. As Ackers put it, "maybe we're only making a 10 to 30 per cent margin on parts at this point, which means labour rates will have to reflect that."

That's the mechanism. For decades the independent model has quietly subsidized a modest labour rate with parts markup. The customer sees the hour, the shop makes its real money on the alternator, the pads, the filters. Strip 80 percent of the parts out of the vehicle and that cross-subsidy collapses. You can't recover overhead on components that aren't there. The hour has to carry more of the load, so the hour costs more. Eccles and Sekhon both flagged that EV work is still a small slice of their volume, which is a fair thing to admit, but they're setting the rate now because the slice only grows.

Where the Coverage Gets Ahead of the Facts: Certification

Here is the claim I want to push back on, because I've seen it inflate fast: that technicians will soon be *legally barred* from EV work without a new credential. That is not what happened at this symposium, and there's no standard I can point to that says it.

What the panel actually did was talk about *the idea* of adding a dedicated EV endorsement to the provincial Red Seal certification. Eccles offered the view that every new technician should get EV training. Both he and Ackers acknowledged the obvious flip side: the cost and the logistical headache for technicians and owners if a separate endorsement becomes a requirement. That's a discussion of a voluntary, not-yet-existing endorsement. There is no federal rule, no licensing gate, no legal restriction on who may touch a high-voltage platform. If you read otherwise, someone manufactured the certainty.

The distinction matters operationally. If you tell a customer "we're legally certified and the shop down the road isn't," you've made a claim you can't back, and it's the kind of thing that comes apart in a dispute. The defensible pitch is about competence and safety equipment: *we have the training and the isolation tools to do this without hurting your car or my technician.* That sells, and it's true.

The real friction comes down to scale and money. No regulator is in the way. Canada has on the order of 23,000 repair-and-maintenance locations. Standardizing high-voltage training across a base that size, much of it small independent shops, is a slow and expensive undertaking with no central funding behind it. A rural single-bay operation doesn't upskill on the same timeline as an urban chain. That's the actual obstacle, and pretending a mandate has solved it just hides the bill.

The Generational Gap Is the Quiet Risk

The part of the panel that got the least attention is the one I'd watch hardest. Ackers described a counterintuitive split in his own shop: his youngest apprentices are the most invested in learning EV work, while his "30-35-year-old guys have minimal interest." Sekhon and Eccles saw the same thing. Younger staff treat electric as a normal part of the trade and push back little on ongoing training.

If you're a service manager, sit with that. Your mid-career technicians, the ones with the diagnostic instincts you trust, the ones you'd hand the hard comeback to, are the ones least pulled toward the technology your rate increase depends on. You can't run a premium EV rate on apprentice labour alone; the job needs experienced hands. So the workforce problem isn't "find young talent." It's "get your seasoned people to engage before the volume arrives." That's a mentorship and incentive problem, and it doesn't fix itself by buying a scan tool.

One more grounded point worth naming: confidence in EV repair is genuinely lower among owners. Industry survey data puts BEV-owner confidence in complex repairs at 53 percent against 73 percent for conventional vehicles. I'd hold off on declaring *why*. That gap reflects a young, unfamiliar service landscape as much as anything, and I wouldn't blame it on credentialing, which nobody has measured. But the practical read is sound: the shop that visibly demonstrates competence wins the customer who's nervous. Showing it on the bench beats asserting it across the counter.

A Decision Frame for Setting Your Own EV Rate

If you're an owner working out whether and how much to split your rate, work the question against your own books rather than copying these three shops' numbers. The frame I'd use comes down to four judgments, and they build on each other.

Start by measuring your real parts-margin loss, job by job. Pull a handful of recent EV or high-voltage jobs and compare the parts-revenue line to a comparable conventional job. The thinner that line, the more the hour has to carry, and that delta is where you begin rather than a figure lifted from someone else's ticket. Once you know the gap, cost the safety and tooling overhead honestly: insulated tools, high-voltage isolation procedure, longer diagnostic time, and continuing training are real per-hour expenses, and if your current rate doesn't itemize them, you're quietly absorbing them.

The last two judgments are about how the rate lands outside the spreadsheet. Keep the pitch separate from the paperwork. Frame the premium as competence and safety, never as a legal credential you don't hold, because the first claim is defensible and the second is a liability. And plan for the technician alongside the number, because a higher EV rate is worthless if no experienced tech in your bay wants the work. Pair the rate decision with who you're going to train and how you'll incentivize them. The rate is the visible move; the training pipeline and the customer conversation are the parts that make it stick, so don't treat the split itself as the finish line.