Tire Service Machines
BAOHUA ML-TAR-3 Heavy-Duty Wheel Alignment System
Model: ML-TAR-3
Heavy-duty DSP-CCD wheel and axle alignment with a frame-centerline reference, rolling compensation and Wi-Fi data transfer. Choose cabinet or flight-case configuration at the same price.
Supplied by Guangzhou BAOHUA, a Guangzhou-based automotive workshop equipment supplier with business roots dating back to 1998.
- Cabinet and flight-case configurations at the same price
- Bidirectional infrared DSP-CCD measuring heads
- Vehicle frame-centerline alignment reference
- Rolling compensation without vehicle lifting for the compensation procedure
- 2.4/5 GHz Wi-Fi data transmission
Final configuration, specifications, accessories, packaging, and delivery terms are confirmed in the quotation.
PRODUCT DETAILS
Features, construction, and applications
Review the available product detail images for the selected equipment.
TECHNICAL DATA
Specifications
Values below follow the supplied product listing. Confirm the final selected configuration before ordering.
Product specifications
| Model | ML-TAR-3 |
|---|---|
| Truck wheel clamp range | 11-30 inches |
| Measuring system | Bidirectional infrared DSP-CCD with light-interference rejection |
| Measuring-head battery | 4 Ah lithium battery |
| Measurement notation | ° = degrees; ′ = arcminutes. Accuracy applies within the specified accuracy range. |
| Brand | BAOHUA |
| Configuration options | Cabinet or flight case - same price |
| Alignment reference | Vehicle frame centerline |
| Runout compensation | Rolling compensation; no vehicle lifting required for this procedure |
| Data transmission | Wi-Fi, 2.4/5 GHz |
| Stated continuous runtime | More than 5 hours per charge; depends on operating conditions |
| Separate charger input | 220-230 V, 50-60 Hz |
| Software platform (brochure) | Windows 10; legacy Windows 7/XP compatibility listed. Confirm current supplied version. |
| Turn-plate rated load (each) | 5000 kg |
| Total toe | Measuring range: ±10°; range for stated accuracy: ±5°; accuracy: ±2′ |
| Individual toe | Measuring range: ±5°; range for stated accuracy: ±2°; accuracy: ±1′ |
| Camber | Measuring range: ±10°; range for stated accuracy: ±5°; accuracy: ±1′ |
| Kingpin inclination | Measuring range: ±25°; range for stated accuracy: ±25°; accuracy: ±3′ |
| Caster | Measuring range: ±25°; range for stated accuracy: ±25°; accuracy: ±3′ |
| Axle squareness | Measuring range: ±10°; range for stated accuracy: ±5°; accuracy: ±2′ |
| Axle parallelism | Measuring range: ±10°; range for stated accuracy: ±5°; accuracy: ±2′ |
| Axle offset | Measuring range: ±5°; range for stated accuracy: ±5°; accuracy: ±2′ |
Installation requirements
Provide an appropriate level measuring area, access to the vehicle frame reference points and clearance for rolling compensation. Confirm wheel-clamp fit and load per turn plate. Provide the selected computer setup and 220-230 V, 50-60 Hz charger supply. Follow the supplied installation, calibration and operating instructions.
Product overview
The BAOHUA ML-TAR-3 is a heavy-duty wheel and axle alignment system using bidirectional infrared DSP-CCD measurement. It uses the vehicle frame centerline as the alignment reference to evaluate wheel alignment angles, axle-to-frame relationships and axle-to-axle positioning.
Two configurations at the same price
Choose the cabinet configuration for a dedicated workshop station, or the flight-case configuration for equipment storage and transport. Both configurations are offered at the same price. The cabinet can be arranged with a desktop computer or laptop; the flight-case setup is shown with a laptop. Confirm the computer, accessories and final supply list in the quotation.
Frame-centerline reference and rolling compensation
Four targets are positioned at the front and rear of the frame using the self-centering arrangement. Two measuring heads and the targets establish the measurement reference around the vehicle. The described rolling runout compensation procedure does not require lifting the vehicle.
Bidirectional DSP-CCD measurement
Two infrared DSP-CCD measuring heads provide bidirectional measurement with light-interference rejection. The brochure describes outdoor use; confirm the actual lighting and environmental conditions. Data transfer uses 2.4/5 GHz Wi-Fi. Each measuring head uses a 4 Ah lithium battery, with more than 5 hours of continuous operation per charge stated in the supplied data.
Measurement functions and accuracy
The system measures total toe, individual toe, camber, kingpin inclination, caster, axle squareness, axle parallelism and axle offset. The technical table distinguishes the total measuring range from the range over which the stated accuracy applies. Degrees and arcminutes are separate angular units; 1 degree equals 60 arcminutes.
Typical operating sequence
Position the vehicle in the measuring area and fit the clamps to the wheels being measured. Install the measuring heads on the rear-most axle clamps as directed by the setup instructions. Enter vehicle information, then perform wheel runout compensation. Review the displayed values and adjust applicable items according to the vehicle procedure. Remove the measuring heads and wheel clamps when the alignment process is complete.
Reference equipment package
The supplied component list includes 2 DSP-CCD measuring heads, 4 targets, 2 target centering tools, 4 extension rods, 4 wind-stabilizing clamps, 4 hanging fixtures, 4 magnetic mounts, 1 desktop computer or laptop, 8 truck wheel clamps, 4 heavy-duty turn plates, 1 steering-wheel holder and brake-pedal depressor set, and 1 printer. The wheel clamps are listed for 11-30 inch rims. Each turn plate is rated at 5000 kg; this is a per-plate load rating. Confirm all quantities and the selected configuration in the quotation.
Computer and charging setup
The brochure lists Windows 10, with legacy Windows 7/XP compatibility. Confirm the current supplied software and supported operating system. The measuring heads use a separate 220-230 V, 50-60 Hz charger. Final packing dimensions and shipping weight depend on the selected configuration and must be confirmed for ML-TAR-3.
The workshop image is an AI-assisted application illustration; the flight-case product photograph has been adapted to BAOHUA branding. Detail graphics translate and summarize the supplied product information.
MODEL SELECTION
How to choose this equipment
Selection guidance
- Cabinet configuration
- Choose a cabinet workstation for a dedicated service bay. Desktop or laptop supply is confirmed in the quotation. Same price as the flight-case configuration.
- Flight-case configuration
- Choose a wheeled flight-case package with a laptop setup for storage and transport. Same price as the cabinet configuration.
- Fleet and axle-layout information
- Send vehicle types, axle arrangements, rim sizes and the available frame-reference points. Confirm fit of the listed 11–30 inch truck clamps and reference-target fixtures on representative vehicles before selecting the package.
- Measurement area and wheel loads
- Provide a site drawing with vehicle length, working width, surface conditions and operator access. State wheel loads for turn-plate selection: the listed 5,000 kg rating applies to each plate, not to the complete vehicle or an included lifting system. Confirm the rolling-compensation route and lighting conditions.
- Cabinet or flight case quotation
- Choose a dedicated cabinet station or a flight-case package for storage and transport. State the required computer, printer, chargers and accessory quantities, then confirm current software support and packing information for that configuration. The equipment list must be agreed independently of the illustration.
BUYER SEARCH GUIDE
ML-TAR-3 heavy-duty alignment configuration
The ML-TAR-3 supports heavy-duty vehicle wheel and axle alignment using bidirectional infrared DSP-CCD measuring heads, four targets and the frame centerline as its reference.
Common sourcing language
Importers, distributors, and workshop buyers may describe BAOHUA ML-TAR-3 Heavy-Duty Wheel Alignment System using these related terms:
- ML-TAR-3 DSP-CCD wheel aligner
- truck frame-centerline alignment
- cabinet wheel alignment system
- flight-case heavy-duty wheel aligner
What to compare before ordering
Cabinet and flight-case configurations are offered at the same price. Compare workshop layout, transport needs, 11-30 inch clamp fit, rolling compensation clearance and the 5000 kg rating per turn plate. Confirm computer and software supply.
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Compare related models and choose the configuration that matches your vehicles, process, utilities, and workshop layout.
View categoryBUYER FAQ
ML-TAR-3 heavy-duty wheel aligner FAQ
Review the confirmed product data and the project information needed before requesting a final configuration.
Are cabinet and flight-case versions priced differently?
No. The cabinet and flight-case configurations are offered at the same price. Choose the required format when requesting the final supply list and quotation.
What measuring technology is used?
The ML-TAR-3 uses two bidirectional infrared DSP-CCD measuring heads and four targets, with the vehicle frame centerline as the alignment reference.
Is lifting required for runout compensation?
The described rolling compensation procedure does not require lifting the vehicle. Follow the software instructions and the supplied setup procedure.
Which alignment values can be measured?
The supplied data lists total toe, individual toe, camber, kingpin inclination, caster, axle squareness, axle parallelism and axle offset. Measurement ranges and the ranges for stated accuracy are listed separately in the specifications.
How are data transmitted and the heads powered?
Data transfer uses 2.4/5 GHz Wi-Fi. The measuring heads have 4 Ah lithium batteries, with more than 5 hours of continuous operation per charge stated in the supplied data. Actual runtime depends on operating conditions.
What clamp range and turn-plate load are listed?
The reference package lists eight 11-30 inch truck wheel clamps and four turn plates, each rated at 5000 kg. The per-plate rating is not a vehicle-weight rating.
What computer and charger configuration is described?
The brochure specifies Windows 10 software, with legacy Windows 7/XP compatibility also listed. Confirm the currently supplied computer, software version and supported operating system. The separate charger input is 220-230 V, 50-60 Hz.
Can the system be used outdoors?
The brochure describes DSP light-interference rejection for outdoor operation. Confirm the actual light and environmental conditions; this does not establish a weatherproof rating.