ADAS, scans & calibration — answered for shops

ADAS — Advanced Driver Assistance Systems — are the cameras, radar, and ultrasonic sensors that power features like lane-keep assist, adaptive cruise, automatic emergency braking, and blind-spot monitoring. They read the road and intervene to prevent crashes.

Forward-facing cameras, front and corner radar, blind-spot and cross-traffic sensors, surround-view cameras, park sensors, and night-vision units. On a luxury Mercedes-Benz the control unit fuses front and rear radar with the multifunction camera to run collision warning, braking, lane guidance, and evasive-steering support together.

• Source: Mercedes-Benz — GF30.30-P-9890A, "Intelligent Driving Control Unit" (Jul 2024)

A camera or radar that is even slightly out of aim can misjudge distance or fail to see a hazard — with no warning light to tell the driver. Returning a vehicle without verifying these systems puts the next driver, and your shop's liability, at risk.

Yes. Hyundai warns that a displaced AEB radar can fail the system with no warning light at all, which is exactly why physical inspection and a calibration check are required rather than relying on the dash.

• Source: Hyundai — 18-BR-001, "Automatic Emergency Braking" (May 2018)

Yes. Honda requires radar and camera aiming after structural repair, SRS deployment, or any sensor R&R. GM requires recalibrating both the windshield frontview camera and long-range radar after collision repair, airbag deployment, or even a simple remove-and-install.

• Source: Honda — Job Aid v11, "Aiming Driving Support Systems" (Nov 2022)
• Source: General Motors — Doc 5577683, "GM Calibration Requirements 2020" (May 2020)

Yes. Ford requires IPMA camera alignment after windshield replacement alone, and Volvo requires ASDM calibration after every windshield replacement because the camera and radar sit at the top of the glass under strict optical tolerances. Subaru requires EyeSight recalibration any time the camera or windshield is removed.

• Source: Ford — Ford/Lincoln ADAS Job Aid (Glass), "Windshield Replacement IPMA Camera Alignment" (Nov 2021)
• Source: Volvo — Volvo Car USA Statement, "Windshield Replacement Position Statement" (Feb 2021)
• Source: Subaru — G3230BE, "EyeSight Camera Adjustment / Inspection" (ASCENT 22MY)

Often, yes. Ford requires lane-keeping camera calibration after suspension repair, alignment, or a tire-size change because the system is tuned to OE ride height. Audi and VW require ACC and front-camera calibration whenever rear-axle toe or camber is adjusted.

• Source: Ford — Ford/Lincoln ADAS Job Aid, "ADAS Sensor & Camera Calibration Procedures" (Nov 2021)
• Source: Audi — D4B80A25688, "A3 2020–2021 Driver Assistance Systems" (Ed. 07.2022)
• Source: Volkswagen — D4D80912498, "Taos 2021 Driver Assistance Systems" (Ed. 09.2022)

Yes. Mazda warns that until the forward sensing camera is re-aimed after R&R, every camera-controlled safety system stays disabled. BMW requires the ACC sensor to be coded and calibrated on both removal-and-install and replacement.

• Source: Mazda — id152000001800, "Forward Sensing Camera Removal/Installation (CX-5)" (2024)
• Source: BMW — REP tables (V.5), "Additional Work for Electronic Components — 540i (G30)" (Oct 2024)

It can. MOPAR's position is that the wiTECH tool must scan before and after every collision repair across all safety systems, and a fault often points to a sensor that needs inspection, reconfiguration, or recalibration rather than simple replacement.

• Source: MOPAR — 31-002-19, "Scan Tool Support Before and After Collision Repair" (Sep 2019)

Static calibration uses manufacturer targets mounted at precise distances in a controlled shop bay. Dynamic calibration uses a guided road drive at set speeds so the system learns from real lane markings. Many vehicles require both — we follow whatever the OEM procedure specifies.

Because a few millimeters of error teaches the camera the wrong reference. Toyota requires establishing an accurate vehicle centerline with a plumb bob and 90-degree laser before any target is placed, and Mitsubishi specs its forward-camera plate at 2,500 mm distance and 1,300 mm height within ±10 mm.

• Source: Toyota — T-TT-0503-18, "Target Placement for TSS and BSM Calibration" (Sep 2019)
• Source: Mitsubishi — M15498050A003700USA, "FCM/LDW/AHB-ECU Sensor Calibration (Eclipse Cross)" (2024)

Targets and reflectors must sit on level ground with an unobstructed sightline to the sensor. Subaru requires the vehicle at curb weight on level ground with roughly 5 meters clear ahead, and Mazda requires at least 8 meters of clear space for radar aiming — conditions a working repair bay rarely meets by accident.

• Source: Subaru — G3230BE, "EyeSight Camera Adjustment / Inspection" (ASCENT 22MY)
• Source: Mazda — id152000004600, "Radar Unit Aiming (CX-5)" (2024)

Clear conditions and good lane markings. GM specifies a 35–56 mph drive on a divided highway with clear markings, and notes poor markings, weather, or a dirty or cracked windshield can block completion.

• Source: General Motors — Doc 5577683, "GM Calibration Requirements 2020" (May 2020)

A pre-scan surfaces fault codes and hidden damage that aren't visible at teardown, so the repair plan is complete and supplements don't surprise you later. Toyota requires a pre- and post-repair Health Check scan on every collision-damaged vehicle.

• Source: Toyota — CRIB #191, "Scanning for Electrical System Faults" (Rev. Jul 2021)

Not every fault illuminates a warning light. Toyota states a scan tool is the only way to find and document many stored codes, which is why the dash alone is never proof a vehicle is repaired.

• Source: Toyota — CRIB #191, "Scanning for Electrical System Faults" (Rev. Jul 2021)

Yes. MOPAR requires a scan before and after every collision repair across all safety and security systems. Volvo requires a pre-repair scan before any work begins and a post-repair scan to confirm every safety and autonomous system functions. We've performed 3,100+ pre- and post-repair scans to date.

• Source: MOPAR — 31-002-19, "Scan Tool Support Before and After Collision Repair" (Sep 2019)
• Source: Volvo — Volvo Car USA Statement, "Pre/Post Scanning Position Statement" (Feb 2021)

More often than shops expect. MOPAR requires scanning after any battery disconnect or voltage loss, glass R&R, interior trim removal, or significant bumper, headlamp, or mirror disassembly — collision or not.

• Source: MOPAR — 31-002-19, "Scan Tool Support Before and After Collision Repair" (Sep 2019)

Every scan and calibration we perform is fully documented — before-and-after reports showing the codes found, the procedure run to OEM spec, and confirmation the systems verified clean. That record is your proof of a correct repair.

An OEM-procedure-backed record justifies the calibration and scan line items on your estimate. When the manufacturer requires the step in writing, the documentation makes it far harder for an adjuster to deny.

If a driver-assist system fails after a repair, the question is whether the vehicle was returned to OEM standard. Documented pre/post scans and to-spec calibrations are your evidence that it was — protecting the shop legally.

Yes. We cite the governing bulletin — for example MOPAR's position statement requiring pre- and post-repair scans — so the file shows not just what was done, but the manufacturer authority that required it.

• Source: MOPAR — 31-002-19, "Scan Tool Support Before and After Collision Repair" (Sep 2019)

A newly installed module usually needs VIN-writing and configuration before it works, and existing modules need flashing when the OEM releases updated software. Honda reprograms the ACC/CMBS module via i-HDS or J2534 with a full DTC check and clear afterward. We've completed 250+ OEM security-gateway access jobs — a capability most shops can't perform in-house.

• Source: Honda — SB 20-032, "Product Update: ACC/CMBS Software Update" (Apr 2020)

Only the manufacturer's platform carries the correct calibration files and security access. GM long-range radar replacement, for example, requires SPS programming through GDS2 before the dynamic calibration drive can even begin.

• Source: General Motors — Doc 5577683, "GM Calibration Requirements 2020" (May 2020)

It can permanently brick the module. Honda warns that damage from an interrupted flash — low voltage or an early key cycle — is not warranty-covered, and Mitsubishi warns a reprogramming event must never be interrupted or the ECM/TCM can be permanently damaged.

• Source: Honda — SB 20-032, "Product Update: ACC/CMBS Software Update" (Apr 2020)
• Source: Mitsubishi — N14081, "1998–2014 PCM Software Updates" (2014)

A voltage drop mid-flash corrupts the module. Honda makes steady battery voltage mandatory for reprogramming, which is why we use a stabilized power supply rather than risk a low battery.

• Source: Honda — SB 20-032, "Product Update: ACC/CMBS Software Update" (Apr 2020)

Sensors are aimed relative to the vehicle's true geometry, so the alignment has to be correct first. Honda requires the wheel alignment to be verified or corrected before any ADAS aiming, and requires it before camera aiming on every collision-involved vehicle.

• Source: Honda — Job Aid v11, "Aiming Driving Support Systems" (Nov 2022)
• Source: Honda — II-2-22, "ADAS Calibration Equipment: SCT-418" (Aug 2022)

Yes. Mitsubishi requires a full 4-wheel alignment before radar alignment, and requires the radar to be re-aimed whenever rear-axle toe changes — otherwise AEB, MI-PILOT, and forward-collision warning can stop working.

• Source: Mitsubishi — N517020320001A00USA, "Distance Sensor Alignment (Outlander)" (2024)

A completed alignment plus a settled, unloaded vehicle. Maserati requires a finished wheel alignment, correct tire pressures, an unloaded vehicle, and the suspension in its set mode before the lane-assist camera can be calibrated.

• Source: Maserati — 08.71.226-40, "Lane Assist Camera Module Adjustments (Levante)" (2017)

It can be. Toyota requires a zero point calibration of the yaw-rate and steering-angle sensor after a wheel alignment or chassis-component R&R, so the alignment and the sensor reset go together — we've performed 1,400+ alignments bundled with steering-angle-sensor adaptation.

• Source: Toyota — T-SB-0020-08, "Zero Point Calibration After Wheel Alignment Adjustment" (Mar 2008)

Both. We've completed 400+ R-1234yf services (the refrigerant on most 2015-and-newer vehicles), 90+ legacy R-134a services, and 130+ mobile refrigerant-recovery jobs at shops' locations.

R-1234yf is mildly flammable and far more expensive, so it requires dedicated, certified recovery equipment and a precise charge by weight. We bring that gear so you don't have to buy a machine that sits idle.

We recharge to the manufacturer's specified pressure and introduce fluorescent leak-detection dye, giving a visual marker of any leak — with documentation that the system was returned to factory standard.

A 1234yf recovery machine is expensive to justify for occasional jobs. Outsourcing to us gives your shop the capability and the profit on every A/C job without the investment or the certification overhead.

Shops only. We are a B2B partner for collision shops, glass shops, independent repair shops, and OE dealers across Northern Virginia. We don't take retail walk-ins — your shop keeps the customer.

Call us at (703) 496-9989 with the vehicle details. That's all it takes — there's no online portal to set up; we convert by phone so a real technician can scope the job with you.

Yes — free local pickup and drop-off for shops within 7 miles of our Springfield facility, plus an after-hours key lockbox so you can hand off a vehicle anytime.

99% of all makes and models — 43 distinct makes to date, from 1965 classics to 2026 models. From Toyota and Honda to Mercedes-Benz, BMW, Audi/VW, Subaru, and Tesla, if it has ADAS we very likely calibrate, scan, or program it.

Most calibrations and scans are completed same-day to protect your cycle time, with the vehicle returned ready to deliver. We've logged 28,000+ documented services for 450+ shops — call us with the job and we'll confirm timing up front.