XTOOL Advancer Smart OBDDongle

Advanced Vehicle Diagnostics

Product Description

The Advancer Smart OBD Dongle (AD20/AD20 Pro) is a smart diagnosis terminal that connects to your Android/iOS devices via Bluetooth. The Advancer app provides services such as vehicle health checks, diagnostics, and driving habits analysis for car owners.

Main Functions

  • 1. OBD-Code Check

    Reads and categorizes fault codes (DTCs) stored in the vehicle ECU via standard OBD-II protocols. In-depth system checks are supported on AD20 Pro; AD20 supports in-depth checks on the engine only.

  • 2. In-depth Check

    Performs thorough checks on vehicle systems including engine, powertrain, brakes, steering, safety, and infotainment. This helps owners understand the car's health condition for a safer and more comfortable driving experience.

  • 3. Live Data

    Provides detailed real-time vehicle status such as battery voltage, engine revolution speed, coolant temperature, engine load, and fuel trimming, offering insight into the car's working conditions.

  • 4. Maintenance Light Reset

    Resets the maintenance counter and turns off the maintenance light after servicing. This function is only supported on AD20 Pro models. Maintenance lights are reminders set by manufacturers for necessary servicing.

  • 5. Trip Recorder

    Records trip data like average speed, fuel consumption, mileage, maximum engine revolution speed, and maximum coolant temperature, displaying it on the app to help users track vehicle status and fuel efficiency.

  • 6. Driving Habits Monitor

    Utilizes built-in G-sensors to record sharp turns, emergency brakes, and sudden accelerations. This data is analyzed and shown on the app, providing support for improving driving skills.

Specifications

ItemSpecifications
ProcessorARM Cortex-M4
Supported Protocols
  • ISO15765-4 CAN (11bit ID, 500Kbaud)
  • ISO15765-4 CAN (29bit ID, 500Kbaud)
  • ISO15765-4 CAN (11bit ID, 250Kbaud)
  • ISO15765-4 CAN (29bit ID, 250Kbaud)
  • ISO9141-2 (5 baud init, 10.4Kbaud)
  • ISO14230-4 KWP (5 baud init, 10.4Kbaud)
  • ISO14230-4 KWP (fast init, 10.4Kbaud)
  • SAE J1850 PWM (41.6Kbaud)
  • SAE J1850 VPW (10.4Kbaud)
Working VoltageDC 9~16V
Working Current100mA@12V
Sleeping Current10mA@12V
Working Temperature20~60°C/-4~140°F

Scan the QR code or search "Advancer" on the Play Store/App Store to download the app.

How to Use

  1. Turn on Bluetooth. Open the "Advancer" app, sign up (or log in), and tap "Activate & Link Device".
  2. Scan the QR code on the device. Follow the app's instructions, insert your AD20 into the OBD-II port, and turn on the engine.
  3. The Advancer will automatically collect basic vehicle information. Confirm the details are correct and tap "OK" to finish activation. If information is incorrect or missing, correct it manually.

Image Description: A sequence of mobile app screenshots showing the connection process: activating and linking the device, scanning a QR code, and confirming vehicle information.

FAQ

1) Does AD20 support my car?
Advancer AD20 supports most vehicles using standard OBD-II protocols. Refer to "Specifications - Supported protocols" for details.
2) Can AD20 be plugged in the vehicle all the time?
Yes, AD20 will not cause battery drain or damage during daily driving. It uses low-power Bluetooth and automatically sleeps after the car is off for 3 minutes, waking up when the car is turned on.
3) Why can't I connect to my AD20?
  1. Ensure the "Advancer" app is allowed to turn on Bluetooth, access location, and device storage.
  2. Make sure the AD20 is firmly connected to the OBD-II port.
  3. Verify you are using the latest version of the app from a reliable source.
4) Why can't I communicate with the vehicle?
  1. Ensure the engine is turned on and idling.
  2. Verify the vehicle brand and model registered in the Advancer app are correct.
5) How can I do when the device cannot sign up or log in?
Check your phone's network connection and ensure your account information is correct. If issues persist, contact customer support.
6) Why do fault codes reappear after clearing?
  1. When clearing codes, consider the actual fault situation. Sporadic codes (due to interference, vibration, poor contact) can usually be cleared directly.
  2. Actual codes indicate component failure. Fix the underlying issue before clearing. If fault lights return, further inspection is needed.
7) Why are there DTC codes but no dashboard lights?
  1. Manufacturers determine which DTCs trigger dashboard warning lights.
  2. The ECU might not have fully confirmed a fault yet, possibly due to interference or vibration. The ECU typically confirms faults after several operating cycles.
8) Why are there dashboard fault lights but no DTC codes found by Advancer?
Confirm Advancer's diagnostic capabilities: AD20 supports OBDII Standard fault codes & Engine in-depth check; AD20 Pro supports OBDII Standard fault codes & All system in-depth check. For example, AD20 Pro can read ABS fault codes that AD20 might not.
9) Why does the fault light turn on during diagnosis?
Some ECUs enter a diagnostic mode during the process, causing the corresponding fault light to illuminate. This is normal and the light will turn off automatically once the diagnosis is complete.
Models: AD20 Pro Scanner Wireless Car Diagnostic Tool, AD20 Pro, Scanner Wireless Car Diagnostic Tool, Wireless Car Diagnostic Tool, Car Diagnostic Tool, Diagnostic Tool, Tool

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