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A customer comes in for a windscreen replacement. You do the job properly, the glass is perfect, and the car drives out. Three weeks later the autonomous emergency braking fires on an empty road, or the lane-keep assist quietly stops working. The glass wasn’t the problem. The camera behind it was never recalibrated — and underneath that, the wheel alignment was never checked.
ADAS calibration has become the capability line running straight through the Australian repair industry. Here’s what actually triggers it, why wheel alignment sits underneath the whole process, and what a workshop needs on the floor to do the job properly.
ADAS — advanced driver assistance systems — covers the safety features now standard on most new vehicles: autonomous emergency braking, lane departure warning and lane keep assist, adaptive cruise control, blind spot monitoring and rear cross-traffic alert. They run on forward-facing cameras (usually behind the windscreen), radar units (typically in the grille or bumper), and a steering angle sensor.
Those sensors are aimed with very little tolerance for error. A camera out by a fraction of a degree is pointing metres off target at 100 metres down the road. The jobs that disturb them are ordinary workshop and body shop work:
That list should look familiar. It is the daily workload of a crash repairer, a windscreen specialist, a tyre and suspension shop, and a general service workshop.
Until recently there was no consistent national framework telling a technician when calibration was actually required after a repair. In June 2025 the Australian Automotive Aftermarket Association and the Automotive Repairers Council of Australia released a national ADAS Industry Code of Conduct to close that gap.
The code gives workshops a decision model for determining when calibration is necessary, plus checklists for documentation and customer communication. It sits alongside — not instead of — the manufacturer’s own procedures for the vehicle in front of you.
The direction of travel is clear. The AAAA estimates that by 2030, around 43% of the Australian car parc will be fitted with ADAS. This is not a specialist niche anymore; it is becoming the default condition of the vehicles arriving at your door.
Here is the point that catches workshops out, and the reason this article exists.
A forward-facing camera or radar is not aimed relative to the car’s bodywork. It is aimed relative to the vehicle’s thrust line — the direction the rear axle is actually pushing the car. If the rear thrust angle is out of specification, the vehicle tracks slightly crab-wise down the road. The sensor is then looking a few millimetres off centre at every distance, even though the calibration procedure completed and reported a pass.
The same applies to the steering angle sensor. Reset it while the wheels are misaligned and you have taught the car that “straight” is something it isn’t.
So the sequence is not negotiable:
Do it the other way around and you have to do the calibration twice. Worse, you may hand back a car that passed every diagnostic check and still has its safety systems pointed slightly wrong.
Worth being clear about the equipment: the calibration itself needs manufacturer-specified target boards matched to the vehicle, which are available as optional accessories alongside the Q.Lign range. What the aligner does is guarantee the geometry underneath it is right — the part no calibration target can fix for you.
If alignment is the foundation, the aligner needs to be quick enough that checking it doesn’t become the bottleneck, and accurate enough to be worth trusting.
Genesis supplies the Beissbarth Q.Lign range — web-based 3D wheel aligners built for exactly this kind of throughput:
One feature worth calling out for body shops specifically: the Q.Lign range produces comprehensive printouts, including custom accident reports. When you are documenting a repair for an insurer — and the ADAS code puts real weight on documentation — a before-and-after alignment record is evidence that the geometry was correct when the vehicle left you.
Every ADAS-triggering job that leaves your workshop for someone else’s calibration bay takes the alignment revenue, the calibration revenue and a slice of the customer relationship with it. It also puts your repair’s final quality in someone else’s hands.
Bringing it in-house is not a single purchase — it is an alignment platform, the calibration accessories to go with it, the space to use both, and the training to do it to the manufacturer’s procedure. But the volume is only going one direction, and the workshops making that call now are the ones who will own the work in five years.
If you are working out what the alignment side of that looks like in your bay, talk to us. We ship, plan and install Australia-wide, and we would rather help you scope it properly than sell you the wrong thing.
