Will over-the-air updates pull paying work out of your bays?
Short answer: not the way most owners fear. The cars showing up today still need brakes, tires, suspension, and fluids, and nothing about a software update changes a worn control arm. What is changing is the mix. More of a modern repair order now involves module programming, calibration, and software verification, and that shift is worth real money if you’re set up to capture it. This is the quiet reality of software-defined vehicles, and it’s already rolling onto your lifts.
The numbers on what software-defined vehicles add to a repair order
Here’s a realistic example of how the mix is shifting. Say a customer brings in a late-model SUV for a routine battery replacement. Ten years ago that was a 20-minute job and maybe a $180 ticket. On many newer vehicles, swapping the battery now requires registering it to the vehicle’s power management module so the charging system treats it correctly. That registration step might add 15 to 30 minutes of billable time and another $40 to $90 in labor, turning a $180 job into a $220 to $270 job.
Scale that across a week. If your shop touches 40 to 60 cars and even a third of them now carry a programming, relearn, or calibration step, that’s 13 to 20 extra line items. At $40 to $150 each, you’re looking at somewhere between $500 and $3,000 a week in work that simply didn’t exist on a 2010 fleet. None of it is glamorous, but it’s margin you either bill or absorb.
The point of software-defined vehicles isn’t that cars repair themselves. It’s that more of the repair lives in software, and software touchpoints are billable when you treat them as line items instead of free favors.
Over-the-air updates are not the same as a dealer visit
The fear is that over-the-air updates let automakers fix everything remotely and route cars away from independents. Some of that is real. A map update or an infotainment patch that used to be a service appointment now downloads in a driveway overnight. That’s genuinely a few low-value jobs you’ll never see again, and honestly, they were low-margin anyway.
But over-the-air updates have a ceiling. They handle software that the automaker controls and that doesn’t require a physical repair. They do not replace a cracked windshield that then needs an ADAS camera recalibrated. They do not reset a steering angle sensor after an alignment. They do not program a replacement body control module after a collision repair. Those are hands-on, in-bay jobs, and there are more of them every model year.
A useful way to think about it: over-the-air updates take the cheapest software work off your plate while the vehicle keeps generating the expensive software work that still requires your scan tool, your bay, and your tech. For most independents, that’s a net gain in average repair order even as raw car count stays flat. We walk through the broader shift in why EVs and software won’t kill the independent shop and how workflow has to keep up.
What this costs you if you ignore it
The expensive mistake isn’t losing work to the automaker. It’s doing the software work and not charging for it.
Consider a shop that replaces a few dozen batteries, alternators, and modules a month and quietly eats the registration and relearn steps because “it only takes a minute.” At even 25 such jobs a month and $50 of unbilled programming each, that’s $1,250 a month, or $15,000 a year, walking straight off the counter. That’s before you count the scan-tool subscriptions, the OEM portal access fees, and the tech hours spent learning each manufacturer’s quirks. If you’re paying $1,500 to $4,000 a year for diagnostic software and OEM subscriptions, those costs land whether or not the work shows up as a line item.
The flip side is the opportunity. A shop that itemizes every programming and calibration step, prices it fairly, and explains it on the invoice can lift average repair order by $30 to $120 without touching labor rate or selling a single extra service. The work is already happening under your roof. The decision is whether it’s visible on the ticket.
How to set your shop up for the shift
Three practical moves. First, make software steps standard line items, not judgment calls. Build canned entries for battery registration, module programming, and common calibrations so they’re priced consistently and nobody forgets to add them. Second, keep a clean record of what software work a vehicle has already had. The car that needed a camera recalibration last spring will be back, and knowing its history saves diagnostic time. Our guide to clean shop data before year-end covers how to keep that history usable instead of scattered.
Third, decide who in the shop is allowed to see and set pricing on this work, because it’s technical and easy to underbill. Setting proper user roles in your shop software keeps the programming matrix consistent across every advisor.
If you’re weighing whether your current tools track this kind of work, our software buying guide and a side-by-side comparison are a good place to see what matters. And if you want to see how DriveLine keeps vehicle service history and the job board in one place, take a look at what we’re building.
Frequently Asked Questions
Do I need dealer-level tools to handle software-defined vehicles?
Not always. A quality aftermarket scan tool with programming capability handles a large share of common relearns and registrations. The gap is the small percentage of jobs that require OEM-specific access. Many shops cover those with pay-per-use OEM portal subscriptions rather than buying every manufacturer’s full package, and they bill that access cost into the job.
What about a customer who says the automaker will just fix it over-the-air for free?
Be straight with them. Over-the-air updates cover software the manufacturer controls remotely. The programming you’re doing is tied to a physical part you just replaced, like registering a new battery or calibrating a camera after a windshield. Explaining the difference on the invoice, as its own line item, usually ends the pushback.
Is this worth it for an older fleet where most cars predate all this?
If your bays skew older, the share is smaller today but climbing every year as the average car ages into this technology. A shop that builds the pricing and record-keeping habits now isn’t scrambling when those vehicles become half the daily intake. It costs nothing to add canned line items ahead of the volume.