Honda Sensing ADAS Calibration Richmond VA After Every Windshield Replacement
Honda Sensing uses a single forward-facing camera mounted on the windshield itself at the top center, just below the rearview mirror — a thicker single-camera bracket paired with a millimeter-wave radar sensor in the front bumper, often hidden behind the Honda "H" emblem or in a lower-bumper sensor pod. The camera reads lane geometry, the lead vehicle ahead, traffic signs, and pedestrians; the radar confirms lead-vehicle distance. Removing your Honda windshield detaches the camera bracket (or breaks the bond to its old glass mount) and the precision Honda established at the assembly plant is gone. Collision Mitigation Braking System (CMBS) starts firing on phantom targets, Adaptive Cruise Control with Low-Speed Follow phantom-brakes at highway speed, Lane Keeping Assist System pulls the car toward the lane edge, Road Departure Mitigation reacts on phantom edge-detection, and Traffic Sign Recognition misreads speed limits — silently. Legendary Auto Glass performs Honda Sensing static + dynamic forward-camera calibration and the separate bumper-radar re-aim in-house at our Colonial Heights shop, same appointment as your windshield replacement, OEM-spec glass, OEM-compatible scan tooling, documented pre- and post-calibration report.
Honda Sensing-equipped Honda and Acura models we calibrate
Accord
Civic
CR-V
Pilot
Odyssey
HR-V
Ridgeline
Passport
Honda Sensing Anatomy
What Honda Sensing actually is — and why every windshield swap breaks it
Honda Sensing is a forward-collision-avoidance and lane-keeping suite built around a single forward-facing camera mounted on the windshield itself at the top center, just below the rearview mirror — a thicker single-camera bracket than Nissan ProPILOT's, similar in outline to Toyota Safety Sense. The camera reads lane geometry, the lead vehicle ahead, traffic signs, and pedestrians in the camera's field of view. Honda Sensing pairs that camera with a millimeter-wave radar sensor mounted in the front bumper — often hidden behind the Honda "H" emblem on most sedan and crossover trims, sitting in a lower-bumper sensor pod on body-on-frame or lower-trim configurations rather than behind the grille. AcuraWatch on Acura models (RDX, MDX, TLX, Integra) is the same sensor stack under a different name. Honda Sensing fuses the camera + radar input to deliver Collision Mitigation Braking System (CMBS) with Pedestrian Detection, Adaptive Cruise Control (ACC) with Low-Speed Follow, Lane Keeping Assist System (LKAS), Road Departure Mitigation (RDM), Lane Departure Warning (LDW), Traffic Sign Recognition (TSR), and Auto High-Beam Headlights. The geometry is calibrated to a fraction of a degree at the factory. Every windshield replacement detaches the camera bracket from the car (or the bracket comes with the old glass), and the precise Honda factory alignment is gone. The camera still powers up, the dashboard still shows Honda Sensing as enabled, but CMBS false-trigger warnings, ACC phantom-brake events, LKAS pull-toward-the-edge behavior, and the silent loss of RDM and TSR are all consequences of that broken geometry.
Where the Camera Lives
Windshield-Mounted Forward Camera
Single forward-facing camera mounted on the windshield itself at the top center, just below the rearview mirror — a thicker single-camera bracket than ProPILOT's, similar in outline to Toyota Safety Sense. A millimeter-wave radar sensor in the front bumper is paired with the camera on most current Honda Sensing trims; that radar is often hidden behind the Honda "H" emblem (sedan and crossover trims) or sits in a lower-bumper sensor pod (body-on-frame and lower-trim configurations). The same windshield-mounted forward camera location is used across Accord, Civic, CR-V, Pilot, Odyssey, HR-V, Ridgeline, and Passport, and across AcuraWatch RDX, MDX, TLX, and Integra. That is what makes Honda Sensing equally sensitive to windshield geometry changes compared with Toyota Safety Sense — and notably more sensitive to rear-end collision repair or front-bumper work than ProPILOT or EyeSight because the bumper-radar re-aim step is a separate required calibration on radar-equipped trims.
What Triggers Recalibration
Any Geometry Change to the Glass, Bracket, or Front Bumper
Any glass removal and replacement, windshield bracket adjustment, suspension work, front-end collision repair, wheel-alignment change, or anything that disturbs the camera-to-glass bond invalidates the factory calibration. The forward camera is now pointing in slightly the wrong direction — and on radar-equipped trims, the millimeter-wave radar aim is independently disturbed after front-end repair or a sensor pod replacement. Honda publishes dedicated static and dynamic procedures for the forward camera as separate required steps on current trims (2018+ Accord, 2016+ Civic, 2017+ CR-V, 2018+ Pilot, 2018+ Odyssey, 2019+ HR-V, 2019+ Ridgeline, 2019+ Passport plus AcuraWatch RDX, MDX, TLX, Integra). The OEM procedure is to perform static target in-bay calibration first, then dynamic road-driven re-learn, and on radar-equipped trims to add a separate bumper-radar re-aim step following the camera step. Early Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, the original CR-V Touring) used static camera-only calibration — the published Honda procedure then required no dynamic step.
Honda does not always illuminate a dashboard warning when Honda Sensing calibration is incorrect — particularly for partial miscalibrations where the camera is off-axis by only a fraction of a degree and the disagreement between the camera image and the radar confirmation (where equipped) falls within a plausibility window. Collision Mitigation Braking System (CMBS) may fire on phantom targets — for example, alerting or braking on a parked car well before any real collision risk — or, worse, fail to fire on real targets including a pedestrian stepping off a curb because the camera now sees that pedestrian too late. Adaptive Cruise Control with Low-Speed Follow may phantom-brake at highway speed when the road is clear, may pace the wrong lead vehicle, or may hold too tight a gap in stop-and-go traffic. Lane Keeping Assist System (LKAS) may pull the vehicle toward the lane edge rather than the centerline, may bounce between lanes, or may disengage more often than a properly calibrated system. Road Departure Mitigation (RDM) may react on phantom edge-detection or fail to react on a real lane drift. Lane Departure Warning (LDW) may beep on clean pavement or stay silent when the vehicle crosses a real lane line. Traffic Sign Recognition (TSR) may misread speed limit signs, missing a posted limit change or reading the wrong speed. Auto High-Beam may toggle on or off at the wrong times. Most drivers will not feel anything is wrong until the system fails to react in an actual emergency.
Collision Mitigation Braking System (CMBS) with Pedestrian Detection
Adaptive Cruise Control (ACC) with Low-Speed Follow
Lane Keeping Assist System (LKAS)
Road Departure Mitigation (RDM)
Lane Departure Warning (LDW)
Traffic Sign Recognition (TSR)
Auto High-Beam Headlights
Why Calibration Matters
Why a windshield replacement triggers calibration — every time
When we remove your Honda windshield, the Sensing forward camera bracket comes with it (or is detached from the glass and must be reattached to the new windshield). Either way, the precise factory geometry Honda established at the assembly plant is now broken. The camera is aligned to a fraction-of-a-degree tolerance — a 0.5° error at the camera bracket translates to a lane-line position error of several feet at 100 yards ahead, and a lead-vehicle distance error of comparable magnitude at the distances ACC with Low-Speed Follow and CMBS with Pedestrian Detection use. Static target calibration followed by dynamic road-driven re-learn re-teaches the camera and the radar confirmation where straight-ahead is so CMBS with Pedestrian Detection, ACC with Low-Speed Follow, LKAS, RDM, LDW, TSR, and Auto High-Beam Headlights react on the road the car actually sees — not a road that is several feet offset from reality. On radar-equipped trims, the bumper-radar re-aim is a separate required step that performs in-bay following the camera calibration — and is what eliminates the CMBS false-trigger warnings and ACC phantom-brake events most drivers report right after a windshield swap on a Honda.
WHAT A HONDA OR ACURA DEALER DOES
A Honda dealer places the car in a controlled bay at a fixed distance from a printed Honda Sensing calibration target board, runs the Honda scan tool through the Sensing re-learn procedure, and re-aims the forward camera to Honda tolerance. The target board geometry, the on-board diagnostic pass criteria, the dynamic road-driven re-learn, and the post-calibration report are all Honda OEM. On radar-equipped trims, the dealer also performs a separate bumper-radar re-aim step on the same appointment. The dealer will typically refuse to perform calibration on a non-Honda glass install — which is why OEM-spec glass is part of every Honda Sensing calibration strategy.
WHAT AN AGSC-CERTIFIED INDEPENDENT LIKE LEGENDARY DOES
The same procedure runs at our Colonial Heights shop — OEM-compatible scan tooling, OEM-spec target board geometry, the same Honda-published target distance for your model year, the same dynamic re-learn routine, and a documented pre- and post-calibration report. On radar-equipped trims we perform the bumper-radar re-aim using OEM-spec boresight targets. The dealer-vs-third-party question is moot when tooling and procedure match. Calibration results are recorded in the Honda Sensing control module and visible to any Honda dealer scan tool afterward — we provide evidence your dealer scan tool reads as current.
Collision Mitigation Braking System (CMBS) with Pedestrian Detection
Adaptive Cruise Control (ACC) with Low-Speed Follow
Lane Keeping Assist System (LKAS)
Road Departure Mitigation (RDM)
Lane Departure Warning (LDW)
Traffic Sign Recognition (TSR)
Auto High-Beam Headlights
Model coverage: Any Honda with Honda Sensing — 2014+ Accord, 2016+ Civic, 2017+ CR-V, 2018+ Pilot, 2018+ Odyssey, 2019+ HR-V, 2019+ Ridgeline, 2019+ Passport, plus AcuraWatch on RDX (2019+), MDX (2018+), TLX (2018+), and Integra (2023+) — requires forward-camera recalibration after windshield replacement. Earlier Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, and the original CR-V Touring) used static camera-only calibration; current Honda Sensing (2018+) trim families require static + dynamic + bumper-radar re-aim on radar-equipped trims. Honda Civic base, HR-V base pre-2019, and Honda Fit trims do not offer Honda Sensing and on those vehicles the windshield replacement still requires a safe install but no ADAS recalibration step is owed.
Static vs Dynamic
Static vs dynamic — and why Honda Sensing is static + dynamic on current trims
Every windshield-mounted ADAS camera is recalibrated one of two ways. Honda Sensing on current trims uses BOTH: static target calibration in a controlled bay, followed by dynamic road-driven re-learn to confirm the camera reads the lane geometry and lead vehicles correctly on a real road. On radar-equipped trims, the millimeter-wave bumper-radar re-aim is a separate required step performed in-bay following the static camera step. Earlier Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, original CR-V Touring) used static-only camera calibration — but every 2018+ Honda Sensing trim family published by Honda now requires static + dynamic + (where equipped) bumper-radar re-aim.
Static Calibration
Vehicle stays on a level lift, on level ground, in a controlled bay. A Honda-issued printed target board sits at a precise measured distance and height in front of the car. The scan tool drives the Honda Sensing forward camera through the re-learn. Result is geometry-precise to Honda tolerance. This is the required first step on every Honda Sensing calibration — including on current trims that also require the dynamic step we run next.
Dynamic Calibration
A scan tool drives a prescribed road-driving routine at a prescribed speed on well-marked roads while the Honda Sensing camera module re-learns where the lane lines and lead vehicles actually are. Required by Honda on current 2018+ Sensing trims as a second required step following static. Earlier Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, original CR-V Touring) used static-only — but every current Honda Sensing trim family published by Honda now requires static + dynamic + bumper-radar re-aim on radar-equipped trims. The dynamic step is what eliminates the CMBS false-trigger warnings and LKAS pull-toward-the-edge behavior most drivers notice in the first week after a windshield swap on a Honda.
What Honda Sensing requires: Honda Sensing on current trims requires static target calibration (in-bay, with the Honda published target board at the Honda published distance) followed by dynamic road-driven re-learn — both required steps, both performed at the same appointment as the windshield replacement. On radar-equipped trims, the millimeter-wave bumper-radar re-aim follows the static camera step and is performed in-bay. Tire pressure, fuel level, and ride height must be in Honda specification at the time of calibration. Dealers and AGSC-certified independents both perform this procedure. The dealer-vs-third-party question is moot — what matters is OEM-compatible scan tooling, Honda published target geometry, and the documented pre- and post-calibration report that satisfies Honda published pass criteria.
How Honda Sensing Compares
Honda Sensing vs Subaru EyeSight, Toyota Safety Sense 3.0, Ford Co-Pilot360
Honda Sensing on current 2018+ trims requires static + dynamic forward-camera calibration plus a separate bumper-radar re-aim on radar-equipped trims — same shape as Toyota Safety Sense 3.0 (static + dynamic + grille-radar re-aim) and Ford Co-Pilot360 (static + dynamic + front-radar re-aim). Subaru EyeSight remains the outlier: stereo-camera-only static target calibration, no radar sensor, no dynamic step.
Honda / Acura
Honda Sensing + Acura AcuraWatch
Camera Setup
Single forward-facing camera mounted on the windshield itself at the top center, just below the rearview mirror — a thicker single-camera bracket than ProPILOT's, similar in outline to Toyota Safety Sense. A millimeter-wave radar sensor in the front bumper is paired with the camera on most current Honda Sensing trims; that radar is often hidden behind the Honda "H" emblem on sedan / crossover trims (Accord, Civic, CR-V, Pilot, Odyssey, HR-V) and sits in a lower-bumper sensor pod on body-on-frame and lower-trim configurations. AcuraWatch on RDX, MDX, TLX, Integra is the same sensor stack under a different name; higher trims add a 360° surround-view camera cluster and additional driver-monitoring hardware.
Calibration
Current Honda Sensing trims (2018+ Accord, 2016+ Civic, 2017+ CR-V, 2018+ Pilot, 2018+ Odyssey, 2019+ HR-V, 2019+ Ridgeline, 2019+ Passport plus AcuraWatch RDX, MDX, TLX, Integra) require static target calibration followed by dynamic road-driven re-learn as two required steps. On radar-equipped trims, the millimeter-wave bumper-radar re-aim follows the static camera step and is performed in-bay. Earlier Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, original CR-V Touring) used static-only camera calibration.
Subaru
Subaru EyeSight
Camera Setup
Stereo camera pod (two cameras, one bracket) mounted on the windshield itself at the top center, just below the rearview mirror. No radar sensor — the cameras do all the work. Optional 360° surround-view camera cluster built into the windshield mounting area on 2023+ Outback, Ascent, and Legacy.
Calibration
Static target calibration only — Subaru requires the vehicle be placed at a fixed distance from a printed EyeSight target board, on level ground, with specific tire pressure, fuel level, and ride height. Both cameras in the pod get recalibrated together. No driving required, no radar calibration involved. Honda Sensing is closer to Toyota Safety Sense than to Subaru EyeSight because of the radar pairing.
Toyota / Lexus
Toyota Safety Sense 3.0
Camera Setup
Single-lens forward-facing camera mounted in a bracket at the top-center of the windshield, just below the rearview mirror — a thicker single-camera bracket than EyeSight's stereo pod. A separate millimeter-wave radar sensor is mounted behind the grille; on some TSS 3.0 trims a second corner radar sits in the bumper.
Calibration
Static and dynamic calibration required on current TSS 3.0 trims. Radar re-aim is a separate required step when radar is equipped — same shape as Honda Sensing on radar-equipped trims. Earlier TSS 2.0 / 2.5 generations use static target calibration only. Honda Sensing and TSS 3.0 share more procedure than either does with EyeSight (single-camera + grille or bumper radar pair).
Ford / Lincoln
Ford Co-Pilot360
Camera Setup
Single-lens forward-facing camera mounted on the windshield plus a separate forward radar sensor mounted in the front grille. Co-Pilot360 Active 2.0 (BlueCruise) adds additional driver-monitoring camera hardware behind the steering wheel. Higher trims add 360° surround-view camera clusters.
Calibration
Static and dynamic calibration required on current Co-Pilot360 trims with front radar. Radar re-aim is a separate required step when radar is equipped — same as Honda Sensing on radar-equipped trims. The procedure shape is closer to Honda Sensing than to Subaru EyeSight.
How Legendary Calibrates Honda Sensing
In-house, documented, on the same appointment
Honda Sensing static + dynamic forward-camera calibration and, on radar-equipped trims, the separate bumper-radar re-aim are performed at the same appointment as the windshield replacement. No extra trip, no subcontracted handoff. You leave with documented evidence that your Honda Sensing forward camera is within Honda tolerance and (on radar-equipped trims) the millimeter-wave bumper-radar re-aim has been successful — AGSC-certified doing it, the same way a Honda dealer would.
1
Pre-scan + VIN-spec confirm
Before we touch the glass, we scan your Honda for stored Honda Sensing fault codes and confirm the exact recalibration procedure Honda publishes for your model year — including which Honda Sensing generation your vehicle is on (early 2014-2017 static-only, mid-generation 2016-2018, or current 2018+ static + dynamic + bumper-radar re-aim on radar-equipped trims) and whether your trim has the millimeter-wave bumper radar (most current Accord, Civic, CR-V, Pilot, Odyssey, HR-V Touring/Elite trims do). We also confirm whether your vehicle is an Acura with AcuraWatch (RDX, MDX, TLX, Integra) so the radar re-aim and any additional AcuraWatch sensor steps are part of the quote.
2
OEM-spec windshield + bracket install
We install OEM-spec glass with the correct Honda Sensing forward-camera mounting bracket geometry. Aftermarket windshields without the proper bracket flatness, the correct frit pattern, or the correct camera-boss geometry will introduce camera alignment errors that no amount of post-install static + dynamic calibration can fully correct — the camera may calibrate within tolerance on calibration day and drift under thermal load or road vibration. For Honda Sensing-equipped vehicles, OEM-spec glass is the safe answer, and the install is covered by our lifetime warranty.
Current Honda Sensing trims require static (in-bay target) calibration as the first step, followed by dynamic (road-driven) re-learn as a second required step. The dynamic step is what eliminates the CMBS false-trigger warnings and LKAS pull-toward-the-edge behavior most drivers report in the first week after a windshield swap on a Honda. On radar-equipped trims (most current Accord, Civic, CR-V, Pilot, Odyssey, HR-V Touring/Elite trims and AcuraWatch RDX/MDX/TLX), the millimeter-wave bumper-radar re-aim follows the static camera step and is performed in-bay using OEM-spec boresight targets. The dealer-vs-third-party question is moot when tooling and procedure match — what matters is OEM-compatible scan tooling, Honda published target geometry, and the documented pre- and post-calibration report that satisfies Honda published pass criteria.
4
Post-calibration diagnostic report
You leave with a documented pre- and post-calibration report — showing the Honda Sensing forward camera module passed Honda tolerance on both static and dynamic steps, whether the static-only or static + dynamic procedure was performed (matches your model year), whether the millimeter-wave bumper-radar re-aim was completed (radar-equipped trims only), and the system status at handoff. This is your evidence that Collision Mitigation Braking System with Pedestrian Detection, Adaptive Cruise Control with Low-Speed Follow, Lane Keeping Assist System, Road Departure Mitigation, Lane Departure Warning, Traffic Sign Recognition, and Auto High-Beam Headlights are operating correctly — and that the false-trigger CMBS events and phantom-brake ACC events that often follow an uncalibrated windshield swap are now resolved.
Service Area
Honda Sensing calibration through Richmond and Central Virginia
Honda Sensing recalibration is available across our core Richmond-area service area. Pick your city and we will handle the windshield and the Honda Sensing static + dynamic forward-camera calibration (plus bumper-radar re-aim on radar-equipped trims) in the same appointment.
We also service Highland Springs, Glen Allen, Ashland, and Bon Air — call (804) 518-5532 to confirm coverage for your address.
FAQ
Common Questions About Honda Sensing Calibration
For Honda Sensing-equipped Accord, Civic, CR-V, Pilot, Odyssey, HR-V, Ridgeline, and Passport (and AcuraWatch RDX, MDX, TLX, Integra), static + dynamic forward-camera calibration and, on radar-equipped trims, the separate bumper-radar re-aim are priced as required line items on your invoice, not bundled or hidden. Honda Sensing calibration starts at $300 when combined with windshield replacement — base price per the ADAS calibration matrix, with the install itself covered by a lifetime warranty. The dynamic road-driven re-learn and the separate bumper-radar re-aim on radar-equipped trims are confirmed as separate required steps on your specific model year and trim before any work begins. We do not sublet to a dealer or to a third-party calibration center, so there is no middleman invoice.
Honda Sensing will continue to operate — but on incorrect camera geometry, and on radar-equipped trims also with the millimeter-wave radar misaimed. Collision Mitigation Braking System (CMBS) may fire on phantom targets — alerting or braking on a parked car well before any real collision risk — or, worse, fail to fire on real targets including a pedestrian stepping off a curb because the camera now sees that pedestrian too late. Adaptive Cruise Control with Low-Speed Follow may phantom-brake at highway speed when the road is clear, may pace the wrong lead vehicle, or may hold too tight a gap in stop-and-go traffic. Lane Keeping Assist System (LKAS) may pull the vehicle toward the lane edge rather than the centerline, may bounce between lanes, or may disengage more often than a properly calibrated system. Road Departure Mitigation (RDM) may react on phantom edge-detection or fail to react on a real lane drift. Lane Departure Warning (LDW) may beep on clean pavement or stay silent when the vehicle crosses a real lane line. Traffic Sign Recognition (TSR) may misread speed limit signs. Auto High-Beam may toggle on or off at the wrong times. Honda does not always illuminate a dashboard warning — especially for partial miscalibrations where the camera is only slightly off-axis and the disagreement with the radar (where equipped) falls within a plausibility window. Most drivers will not feel anything is wrong until the system fails to react in a real emergency. There is no safe way to skip this step on a Honda Sensing-equipped Honda.
Honda Sensing launched on the 2014 Accord Touring and rolled out across the lineup since. The current Honda Sensing trim family requiring static + dynamic forward-camera calibration plus bumper-radar re-aim on radar-equipped trims covers the 2018+ Accord (Touring and above), 2016+ Civic (Touring and above; LaneWatch is on most trims), 2017+ CR-V (Touring and above), 2018+ Pilot (Touring and above; Elite adds 360° surround-view), 2018+ Odyssey (Touring and Elite), 2019+ HR-V (Touring), 2019+ Ridgeline (RTL-E and above), and 2019+ Passport (Touring and Elite). AcuraWatch — which is the Honda Sensing-equivalent marketing name on Acura — covers the 2019+ RDX (with Technology, A-Spec, and Advance packages), 2018+ MDX (with Technology, A-Spec, and Advance packages), 2018+ TLX (with Technology and above), and 2023+ Integra. Earlier Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, original CR-V Touring) used static-only camera calibration — required procedure was static target. Honda Civic base, HR-V base pre-2019, and Honda Fit do not offer Honda Sensing and on those vehicles the windshield replacement still requires a safe install but no ADAS recalibration step is owed.
In most cases, yes. When calibration is required as part of a complete windshield repair under comprehensive coverage, most major Virginia carriers — Geico, State Farm, Progressive, USAA, Erie, Allstate, Nationwide, Travelers — pay for it directly. Virginia Code Section 38.2-510 protects your right to use any AGSC-certified shop; your coverage follows you to the shop of your choice, including Legendary Auto Glass. We verify your coverage and confirm the Honda Sensing calibration is on your insurance estimate before any work begins. Most comprehensive claims pay the full calibration cost (static + dynamic + bumper-radar re-aim on radar-equipped trims) at $0 deductible. On radar-equipped trims, the separate bumper-radar re-aim is also covered as part of the same windshield claim in most cases.
Current Honda Sensing trims (2018+ Accord, 2016+ Civic, 2017+ CR-V, 2018+ Pilot, 2018+ Odyssey, 2019+ HR-V, 2019+ Ridgeline, 2019+ Passport plus AcuraWatch RDX, MDX, TLX, Integra) use BOTH static target calibration followed by dynamic road-driven re-learn as two required steps. On radar-equipped trims (most current Accord Touring, Civic Touring, CR-V Touring, Pilot Touring and Elite, Odyssey Touring and Elite, HR-V Touring, Ridgeline RTL-E and above, Passport Touring and Elite plus AcuraWatch RDX/MDX/TLX Advance trims), the millimeter-wave bumper-radar re-aim is performed in-bay following the static camera step but is a separate required procedure. Earlier Honda Sensing trims (2014-2017 Accord, 2014-2015 Civic, original CR-V Touring) used static-only camera calibration. We confirm which procedure your specific model year requires before any work begins and document the pre- and post-calibration report accordingly.
No. Honda does not require Honda Sensing calibration to be performed at a Honda or Acura dealer. What Honda requires is that calibration be performed by a shop using OEM-compatible scan tooling, following Honda published target geometry and procedure for your model year, and producing the documented pre- and post-calibration diagnostic report that satisfies Honda published pass criteria. An AGSC-certified independent shop like Legendary Auto Glass meets that requirement for Accord, Civic, CR-V, Pilot, Odyssey, HR-V, Ridgeline, and Passport, and for AcuraWatch RDX, MDX, TLX, and Integra. Calibration results are recorded in the Honda Sensing control module and visible to any Honda dealer scan tool afterward. We provide a written report you can take to any Honda or Acura dealer as proof calibration was performed.
When combined with windshield replacement at our shop, the Honda Sensing calibration adds about 90 minutes to 2 hours depending on model year and whether your trim is radar-equipped. The static target board step is the in-bay baseline; the dynamic road-driven re-learn runs the prescribed Honda driving routine at prescribed speed on well-marked roads, and on radar-equipped trims the separate bumper-radar re-aim adds the boresight target step before the dynamic drive. Standalone static + dynamic calibration on an existing windshield (for example, after a front-end collision repair, windshield bracket adjustment, or rear-end collision that disturbed the camera-to-glass bond) takes about the same time. We do not release the vehicle until the post-calibration diagnostic report confirms the Honda Sensing forward camera is within Honda tolerance, the dynamic re-learn has completed, and (on radar-equipped trims) the bumper-radar re-aim has been successfully performed.
AcuraWatch is the Honda Sensing-equivalent suite sold under the Acura brand, and the calibration procedure is structurally the same — single windshield-mounted forward camera paired with a millimeter-wave radar in the front bumper (often hidden behind the Acura emblem or in a lower-bumper sensor pod on Acura-specific lower trims). Current 2019+ RDX (Technology, A-Spec, Advance), 2018+ MDX (Technology, A-Spec, Advance), 2018+ TLX (Technology and above), and 2023+ Integra require static target calibration followed by dynamic road-driven re-learn, with bumper-radar re-aim added on radar-equipped Advance and A-Spec packages. The dealership service information is the same Honda OEM published procedure — what matters is OEM-compatible scan tooling, the correct Acura-published target distance for your model year, and the documented pre- and post-calibration report. Legendary Auto Glass performs AcuraWatch calibration in-house on RDX, MDX, TLX, and Integra to OEM spec — Honda dealer tooling or Acura dealer tooling is not required to deliver a calibration a Honda or Acura dealer scan tool reads as current.
Drive with Honda Sensing actually calibrated. Book with Legendary.
Honda Sensing static + dynamic forward-camera calibration and the separate bumper-radar re-aim on radar-equipped trims are part of every windshield replacement we do on an Accord, Civic, CR-V, Pilot, Odyssey, HR-V, Ridgeline, or Passport — and on AcuraWatch RDX, MDX, TLX, and Integra. We use OEM-spec glass, OEM-compatible scan tooling, and document the pre- and post-calibration diagnostic report that satisfies Honda and Acura published pass criteria. AGSC-certified, lifetime warranty on every install. Dealer or AGSC-certified independent — the procedure is the same when tooling matches. Call (804) 518-5532 or use our quote tool to schedule.
Virginia's HB312/SB767 law requires every glass shop to disclose ADAS calibration needs in writing before windshield replacement. Here's what drivers should know.
