LOCATION: 3613 Hwy 62 E, Mountain Home, AR 72653
CONTACT: (870) 200-9966
Why does your car need a Calibration?
Your vehicle may need ADAS calibration to ensure its safety systems can accurately see, measure, and respond to the road around you. Features such as forward collision warning, automatic emergency braking, lane-departure warning, adaptive cruise control, blind-spot monitoring, and parking assistance depend on cameras, radar sensors, and other electronics that must be aligned to precise manufacturer specifications. Even a minor change in a sensor’s position can affect how those systems interpret lanes, traffic, pedestrians, and obstacles. Calibration verifies and restores the relationship between the vehicle’s sensors and its actual direction of travel.
What Is ADAS Calibration?
ADAS stands for Advanced Driver Assistance Systems. ADAS calibration is a documented procedure that uses OEM-compatible diagnostic equipment, targets, measurements, and software to confirm that cameras and radar sensors are aimed and communicating correctly.
Depending on the vehicle and its equipment, calibration may involve:
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Windshield-mounted forward-facing cameras
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Front radar units behind the bumper, grille, or emblem
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Blind-spot radar sensors in the rear bumper area
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360-degree and backup cameras
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Parking sensors
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Steering-angle sensors
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Lane-centering, collision-avoidance, and adaptive-cruise systems
Some vehicles require a static calibration performed in a controlled shop environment; others require a dynamic calibration completed during a road drive under specified conditions. Many vehicles require both.
When Is ADAS Calibration Needed?
Your vehicle may require calibration following repairs, replacement parts, or changes that affect sensor position, vehicle height, or wheel direction. Common reasons include:
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Windshield replacement or windshield camera removal
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Front or rear bumper repair or replacement
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Collision damage, including low-speed impacts
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Radar, camera, grille, mirror, or headlamp replacement
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Wheel alignment, suspension repair, steering repair, or ride-height changes
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Frame or unibody repair
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Sensor removal, replacement, or repositioning
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Module programming, diagnostic repairs, or certain OEM software updates
A warning light does not always appear when calibration is needed. The required procedures depend on the vehicle’s VIN, equipment package, damage location, and OEM repair instructions.
WINDSHIELD CALIBRATION
Windshield calibration is the process of testing and aligning the forward-facing camera mounted behind the rearview mirror to match OEM optical and geometric specifications . This procedure ensures that critical driver assistance systems—such as Automatic Emergency Braking (AEB), Lane Keeping Assist (LKA), Traffic Sign Recognition (TSR), and Adaptive Cruise Control (ACC)—interpret lane boundaries and hazards accurately.
Surround View
Surround view (or 360-degree camera) calibration is the process of electronically aligning and stitching the video feeds from wide-angle cameras positioned in the front grille, side mirrors, and rear liftgate or bumper to match factory dimensions . This procedure ensures the vehicle’s central control unit generates an accurate bird's-eye composite view for low-speed maneuvering, tight parking, and automated parking assist systems.
Parking sensors
Parking sensors are bumper-mounted proximity sensors designed to help drivers detect obstacles during low-speed parking and maneuvering. Using ultrasonic technology, they measure the distance between your vehicle and nearby objects, then provide audible and visual warnings as you get closer. After bumper repairs, collision damage, or sensor replacement, proper inspection and calibration may be necessary to help restore reliable parking-assist operation.
FRONT RADAR
Front radar calibration is the mechanical and electronic alignment of the millimeter-wave radar sensor mounted behind the front grille or bumper cover to match OEM positioning and thrust angle specifications . This procedure ensures that critical safety features—including Adaptive Cruise Control (ACC), Forward Collision Warning (FCW), and Automatic Emergency Braking (AEB)—accurately measure the distance, relative velocity, and trajectory of obstacles ahead.
Blind Spot
Blind spot calibration is the precise alignment and electronic programming of the radar sensors (and associated side-view cameras) mounted behind the rear bumper cover, quarter panels, or side mirrors to match factory specifications . This procedure ensures that systems like Blind Spot Monitoring (BSM), Rear Cross-Traffic Alert (RCTA), and lane change assist accurately calculate the presence, distance, and approach speeds of vehicles alongside or behind you.