THINKTOOL Pros

Statement

THINKCAR owns the complete intellectual property rights for the software used by this product. For any reverse engineering or cracking actions against the software, THINKCAR will block the use of this product and reserve the right to pursue their legal liabilities.

Copyright Information

Copyright © 2020 by THINKCAR TECH CO., LTD (hereinafter referred to as “THINKCAR”). All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying and recording or otherwise, without the prior written permission of THINKCAR. The information contained herein is designed only for the use of this unit. THINKCAR is not responsible for any use of this information as applied to other units.

Neither THINKCAR nor its affiliates shall be liable to the purchaser of this unit or third parties for damages, losses, costs, or expenses incurred by purchaser or third parties as a result of: Accident, misuse, or abuse of this unit, or unauthorized modifications, repairs, or alterations to this unit, or failure to strictly comply with THINKCAR operating and maintenance instructions. THINKCAR shall not be liable for any damages or problems arising from the use of any options or any consumable products other than those designated as Original THINKCAR Products or THINKCAR Approved Products.

Formal statement: The names of other products mentioned in this manual are intended to explain how to use this equipment, and the registered trademark ownership still belongs to the original company. This equipment is designed for professional technicians or maintenance personnel.

Trademark

THINKCAR is a registered trademark of THINKCAR TECH CO., LTD in China and other overseas countries. All other THINKCAR trademarks, service marks, domain names, logos, and company names referred to in this manual are either trademarks, registered trademarks, service marks, domain names, logos, company names of or are otherwise the property of THINKCAR or its affiliates. In countries where any of the THINKCAR trademarks, service marks, domain names, logos and company names are not registered, THINKCAR claims other rights associated with unregistered trademarks, service marks, domain names, logos, and company names. Other products or company names referred to in this manual may be trademarks of their respective owners. You may not use any trademark, service mark, domain name, logo, or company name of THINKTOOL or any third party without permission from the owner of the applicable trademark, service mark, domain name, logo, or company name.

You may contact THINKCAR TECH INC by visiting the website at www.mythinkcar.com, or writing to THINKCAR TECH CO., LTD., Room 2606, Block#4, Tian'an Cloud Park, Bantian, Longgang District, Shenzhen, China, to request written permission to use Materials on this manual for purposes or for all other questions relating to this manual.

Safety Precautions and Warnings

To avoid personal injury, property loss, or accidental damage to the product, read all of the information in this section before using the product.

Handle equipment carefully

Do not drop, bend, or puncture the tool, or insert extra objects into or place heavy objects on the device. The vulnerable components inside may be damaged.

Do not disassemble or modify the equipment

The device is a sealed device with no user-serviceable parts inside. All internal repairs must be performed by an authorized maintenance organization or qualified technician. Attempts to disassemble or modify the device will void the warranty.

Do not try to replace the internal battery

The internal rechargeable lithium battery must be replaced by an authorized maintenance organization or qualified technician. Contact the dealer for factory replacement.

Adapter information

Avoid immersing the device in water or placing it in a location where it may absorb moisture or other liquids. During normal use, the charging device may become hot. Please ensure that there is good ventilation while charging device.

If any of the following situation occurs, please unplug the charging device:

• The charging device is exposed to rain, liquid or in an environment with excessive overlap.
• The charging device showed physical damage.
• Cleaning the charging device.

Data and Software Protection

Do not delete unknown files or change the names of files or directories created by others, otherwise the device software may not run.

⚠️ Note: Access to network resources makes the device vulnerable to computer viruses, hackers, spyware, and other malicious behaviors, and may damage the device, software, or data. To make sure that you are using firewalls, anti-virus software and anti-spyware software to provide adequate protection for your computer and keep these software up to date.

Precautions on Using this tool

• To make sure the ignition switch should be in the OFF position when plugging and unplugging the diagnostic connector.
• Keep the connector in the storage box on the back of the main unit, when the vehicle diagnosis is finished.
• Gently press the diagnostic connector to pop up the diagnostic connector. Do not pull or use sharp objects to pry the diagnostic connector.

Precautions on Operating Vehicle's ECU

• Do not disconnect battery or any wiring cables in the vehicle when the ignition switch is on, as this could avoid damage to the sensors or the ECU.
• Do not place any magnetic objects near the ECU. Disconnect the power supply to the ECU before performing any welding operations on the vehicle.
• Use extreme caution when performing any operations near the ECU or sensors. Ground yourself when you disassemble PROM, otherwise ECU and sensors can be damaged by static electricity.
• When reconnecting the ECU harness connector, be sure it is attached firmly, otherwise electronic elements, such as ICs inside the ECU, can be damaged.

Content

1. Quick Start Manual

• 1.1 Initial Use
• 1.1.1 Turn on the Machine
• 1.1.2 Language Setting
• 1.1.3 Connect WIFI
• 1.1.4 Choose Time Zone
• 1.1.5 User Agreement
• 1.1.6 Create an Account
• 1.1.7 VCI activation
• 1.2 Diagnosis Flowchart
• 1.3 Function menu
• 1.4 Charging
• 1.5 Battery
• 1.6 VCI Connections
• 1.7 Printer Installation

2. Introduction

• 2.1 Product Profile
• 2.2 Components & Controls
• 2.3 Function Modules
• 2.4 Parameters

3. Begin to Use

• 3.1 Intelligent Diagnose
• 3.2 Local Diagnose
• 3.2.1 Manual Diagnose
• 3.2.2 System Selection
• 3.2.3 Function Selection
• 3.3 Quick Check and Printing
• 3.4 Programming
• 3.5 Maintenance
• 3.5.1 Oil Reset
• 3.5.2 Elec. Throttle Adaption
• 3.5.3 Steering Angle Reset
• 3.5.4 Battery Matching
• 3.5.5 ABS Bleeding
• 3.5.6 Break-pad Reset
• 3.5.7 DPF Regeneration
• 3.5.8 Gear Learning
• 3.5.9 IMMO Service
• 3.5.10 Injector Coding
• 3.5.11 TPMS Reset
• 3.5.12 Suspension Matching
• 3.5.13 AFS Reset
• 3.5.14 A/T Learning
• 3.5.15 Sunroof Initialization
• 3.5.16 EGR Adaption
• 3.5.17 ODO Reset
• 3.5.18 Airbag Reset
• 3.5.19 Transport Mode
• 3.5.20 A/F Reset
• 3.5.21 Stop/Start Reset
• 3.5.22 NOx Sensor Reset
• 3.5.23 AdBlue Reset (Diesel Engine Exhaust Gas Filter)
• 3.5.24 Seat Calibration
• 3.5.25 Coolant Bleeding
• 3.5.26 Tyre Reset
• 3.5.27 Windows Calibration
• 3.5.28 Language Change
• 3.6 TPMS Diagnostics
• 3.7 Diagnostic Feedback
• 3.8 Repair info
• 3.8.1 Fault code enquiry
• 3.8.2 Vehicle coverage enquiry
• 3.8.3 Learning course
• 3.9 ThinkFile
• 3.10 ThinkStore
• 3.11 ADAS

4. Software update

• 4.1 Upgrade all software

5. Set up

• 5.1 My VCI
• 5.2 Activate VCI
• 5.3 VCI firmware repair
• 5.4 Data Stream Sample
• 5.5 My order
• 5.6 Personal information
• 5.7 Change Password
• 5.8 Settings
• 5.9 Wi-Fi settings
• 5.10 Workshop Management
• 5.11 Customer Management
• 5.12 Hotkey Setting

6. FAQ

Warranty Terms

1. Quick Start Manual

1.1 Initial Use

The following settings should be made when you initially use the tool.

1.1.1 Turn on the Machine

After pressing the power button, images will be shown on the screen as follows.

[Image: THINKCAR logo on screen]

1.1.2 Language Setting

Select the tool language from the languages displayed on the interface.

[Image: Language selection screen showing English, Deutsch, Español, Français, Italiano, 日本語, Português, with a 'Next' button]

1.1.3 Connect WIFI

The system will automatically search all available WIFI networks and you can choose the WIFI needed. If the chosen network is open, you can connect it directly; If the chosen network is encrypted, you must enter the correct password. Then You can connect WIFI after clicking "connect".

⚠️ Tips: Wi-Fi must be set. If no Wi-Fi network is available nearby, you can enable "Portable Mobile Hotspot".

1.1.4 Choose Time Zone

Choose the time zone of the current location, then the system will automatically configure the time according to the time zone you chose.

[Image: Timezone selection screen showing Asia/Shanghai, Asia/Hong Kong, Asia/Taipei, Asia/Seoul, Asia/Tokyo, America/Denver, America/Costa_Rica, with a 'Next' button]

1.1.5 User Agreement

Please read all the terms and conditions of the user agreement carefully. Choose "Agree all the above terms", and click the "Agree" button to complete the registration process. Then the page will jump to the "Congratulations on your successful registration" interface.

[Image: User Agreement screen showing terms and an 'Agree' button]

1.1.6 Create an Account

You need to register an account through your e-mail box. If you have owned other products of THINK series, you can directly log in by using the account available.

1.1.7 VCI activation

Enter the connector serial number and activation code to activate and bind the diagnostic connector. If you have not activated it, you can also click "Settings" on the main interface to enter and select "Activate" to operate.

⚠️ Tips: The activation code is an 8-digit number and is pasted on the "password letter".

[Image: VCI activation screen showing fields for Serial Number, Activation Code, and an 'ACTIVATE' button]

1.2 Diagnosis Flowchart

The diagnosis process follows these steps:

• Register / Create an Account
• Log in
• Activation
• Connect Diagnostic Connector
• BT Connection
• Choose Vehicle Type
• Choose System

1.3 Function menu

Power on the main unit, the system will automatically enter the function menu selection interface.

[Image: Main function menu screen showing icons for Diagnosis, Programming, Quick Check Printing, Maintenance, TPMS, ADAS, ThinkModule, TeamViewer, ThinkStore, ThinkFile, Repair Info, Upgrade, Feedback]

It mainly includes the following features:

• The main unit and diagnostic connector support Bluetooth and wired communication. Wired communication is superior to Bluetooth connection in terms of transmission rate and anti-interference. Also, wired connection is recommended for online programming function.
• Supports powerful intelligent VIN recognition technology, which is convenient, fast and efficient.
• Quick Check Printing: Automatic Identification of Vehicle Information, Auto Check and Report Printing.
• Programming: Support intelligent recognition of programming files, convenient and quick operation. Supports Mercedes-Benz, BMW, Ford, Volkswagen, Audi, Land Rover, Nissan, Skoda, Seat, Mazda and other models Programming function.
• VCI supports Heavy Duty diagnosis (optional).
• Modular expansion: Support 8 optional modules: printer, work light, videoscope, battery tester, scope box, thermal imager, moduledock, wireless TPMS tool.
• It can detect faults in the electronic control systems of most high-, medium-, and low-end vehicles in Asia, Europe, the United States and China. Powerful diagnostic functions include reading fault codes, clearing fault codes, reading data streams, action tests, and special functions.
• Maintenance function: matching, coding, programming of most vehicles' programmable modules, and most commonly used maintenance and reset functions: Oil Reset, Elec. Throttle Adaption, IMMO Service, Injector Coding, Break-pad Reset, Steering Angle Reset, ABS Bleeding, AFS Reset, Battery Matching, A/T Learning, DPF Regeneration, EGR Adaption, TPMS Reset, Sunroof Initialization, Suspension Matching, Gear Learning, Airbag Reset, ODO Meter Reset, AdBlue Reset, A/F Reset, Coolant Bleeding, Language Change, NOx Sensor Reset, Seat Calibration, Stop/Start Reset, Transport Mode, Tyre Reset, Windows Calibration.
• TPMS function: with wireless TPMS tool (optional), TPMS activation, programming and learning functions can be supported.
• Online one-click update diagnosis software, client and firmware.
• Feedback: Any abnormal of software or function during the diagnosis, just feedback to us, our professional technician will track and deal with it in time.

1.4 Charging

Follow the steps below to charge the main unit:

• Connect one end of the power cord to the USB socket of the power adapter.
• Connect the other end to the charging jack on the bottom of the main unit.
• Plug the charger power plug into a power outlet to start charging.
• When the battery status icon displays ?, the main unit has been charged.
• When it displays ⚡, the charging process has been completed and you shall disconnect the main unit.

1.5 Battery

• It is normal that the main unit won't turn on when charging because the battery has not been used for a long time or it is exhausted. Please turn on the main unit again after charging the battery for a while.
• Please charge the main unit through the charger in the package. The company assumes no responsibility for damages and losses caused by charging with chargers other than those specified by the company.
• The battery can be recharged repeatedly. However, as the battery is wearable, the standby time of the device will be shortened after long-time use. Please avoid frequent repeated charging so as to extend battery life.
• The battery charging time varies with temperature and battery status.
• When the battery power is low, the system will pop up a prompt reminding you to connect the charger.
• When the battery power is too low, the device will turn off.

1.6 VCI Connections

Connection steps as below:

1. Locate vehicle's DLC socket. Most of the DLC are standard OBD II diagnostic sockets (non-standard OBD II vehicle diagnostic sockets need to use the corresponding adapter). The DLC is usually located 12 inches from the center of the instrument panel (dash), under or around the driver's side for most vehicles. If the DLC cannot be found, refer to the vehicle's service manual for the location.
2. For OBDII vehicle, follow the steps mentioned below to proceed:
   • a) Plug the VCI device into the vehicle's DLC socket
   • b) Use the OBD II extension cable to connect the VCI device and DLC socket.
3. For non-OBDII vehicle, If the pin of the DLC is damaged or has insufficient power, please follow the either of the following methods to proceed:
   • a) Cigarette Lighter cable
   • b) Battery Clamps Cable

[Image: Diagram showing common OBD II socket locations labeled A-F with a key indicating vehicle brands for each location.]

1.7 Printer Installation

The printer is installed on the back of the main unit. Please follow the steps below:

1. Unscrew the backplane screws and remove the host backplane.
2. Insert the main unit card slot into one side of the printer.
3. Press the buckle on the side of the printer to snap on it into the host.
4. When the main unit is on, it will automatically identify and connect the printer.

[Image: Photo of the THINKTOOL Pros main unit with a printer attached to the back.]

2. Introduction

2.1 Product Profile

THINKTOOL Pros, based on the Android 10 System, is a new generation of modular high-end programming intelligent diagnostic equipment developed by THINKCAR. With new VCI, it supports Programming function on Mercedes-Benz, BMW, Volkswagen, Audi, Nissan, Ford, GM and other models. THINKTOOL Pros adopt a unique modular design to meet various application scenarios, including diagnostic module, printer, videoscope, work light, thermal imager, scope box, moduledock and TPMS tool.

2.2 Components & Controls

[Diagram: Top view of THINKTOOL Pros showing ports and buttons labeled 1-10]

1. Display: The main screen of the device.

2. Power Key: Press and hold for 3 seconds to turn it off. Press and hold for 8 seconds to perform forced shutdown. Press it once to activate or turn off the device.

3. Type C Charging Slot: Connect the supplied charger for charging.

4. USB Port: Reserved for add-on modules and other devices with similar port.

5. Rear Camera

6. Speaker

7. Backplane: Remove the backplane of the tablet, and install function modules on the backend.

8. Pin: Used for communication between the function expansion module and the host.

9. Adjustable Kickstand: Flip it out to a 180-degree angle and work comfortably at your desk, or hang it on an automotive part.

10. Rubber Protection Sheet

2.3 Function Modules

THINKTOOL Pros support below optional function modules:

2.4 Parameters

THINKTOOL Pros host computer

• Operating System: Android 10.0
• Memory: 4G
• Storage: 64G
• Battery: 6000mAh/7.6V
• Screen: 10 inches
• Camera: Rear camera 8.0MP
• Network: Wi-Fi, WLAN 802.11b/g/n
• Bluetooth: Bluetooth 5.0
• Working Temperature: 32 °F ~122 °F (0°C ~ 50°C)
• Storage Temperature: -4 °F ~140 °F (-20°C ~ 60°C)

3. Begin to Use

Diagnostic function covers more than 100 car brands, supporting intelligent diagnosis and traditional diagnosis, including OBD II full-function diagnosis and full-system diagnosis. Functions include reading fault codes, clearing fault codes, reading real-time data streams, special functions, and actuation tests. A diagnosis report can be generated after the diagnosis.

3.1 Intelligent Diagnose

Connect the vehicle first, click "Diagnosis" on the main interface, and tap "Intelligent Diagnose". The tool will start the smart diagnosis program and automatically read the vehicle VIN.

[Image: Intelligent Diagnose screen showing VIN scan options and 'Intelligent Diagnose' button]

If the device failed to access the VIN information, please use "Local Diagnose".

3.2 Local Diagnose

In this mode, the user can manually select vehicle models and systems for diagnosis.

3.2.1 Manual Diagnose

THINKTOOL Pros also supports step-by-step manual selection of menus for diagnosis. To use the "DEMO" as an example:

1. Select vehicle type: click on the "demo" icon on the main diagnostic interface to enter.
2. Select Diagnostic method: After the connection is successful, the screen will enter the test item selection interface.

A. Quick test: Enables quick access to all electronic control units of the vehicle and generates a detailed report about vehicle health. (This function varies from vehicle to vehicle.) Click "Quick Test" to scan ECUs for fault codes and display results.

[Image: Vehicle health report showing inspection results and professional report sections]

B. System Scan: Automatically scans all systems of the vehicle.

[Image: System scan interface showing scanning progress for different vehicle systems]

C. System Selection: Manually choose the automotive electronic control system.

3.2.2 System Selection

Choose the system: Click "ECM" (e.g.), and the screen will enter the selection interface.

[Image: System selection menu showing various ECUs like Engine Control Module, Transmission Control Module, Brakes, etc.]

3.2.3 Function Selection

Click the function to be tested.

a) Version Information: Read the current version information of the car ECU.

b) Read Fault Code: Reads the DTC in the ECU memory to identify the cause of the vehicle breakdown.

⚠️ Tips: Reading DTCs is a small step in troubleshooting. DTCs are for reference only; parts cannot be replaced directly based on DTC definitions. Follow maintenance manual procedures for root cause confirmation.

c) Clear DTC: Deletes currently existing DTCs and displays "DTCs Cleared".

⚠️ Note: For general models, follow the sequence: read DTC - clear DTC - test car - retrieve DTC for verification - repair car - clear DTC - recheck car.

d) Read data stream: Views and captures real-time Live Data of ECU for parameters and sensor information, aiding vehicle repair.

⚠️ Note: If driving is required for troubleshooting, have a second person assist. Driving and operating the tool simultaneously is dangerous.

[Image: Data Stream screen showing various parameters like Absolute Load Value, Throttle Valve Position, etc.]

The indicator 1/X shows data stream not fully displayed. Swipe up to read remaining parts. There are 3 display modes: [Graph] (waveform graphs), [Value] (list format, red for out-of-range values), [Combine] (graph merge for data comparison).

On-screen Buttons:

• [Graph]: Displays parameters in waveform.
• [Combine]: Displays graph merge status for data comparison.
• [Value]: Displays parameters in values and shows in list format.
• [Customize]: Select desired data stream items (max 12) to view waveforms.

[Image: Data Stream screen showing waveform graphs and options like Graph, Combine, Value, Customize]

[Min/Max]: Tap to define maximum/minimum values; the system will alarm if values go beyond.

[Image: Data Stream screen showing waveform graph with Min/Max options]

[Select data stream sample]: Tap to select a sample DS file for comparison with standard ranges. Note: Sample values must be saved as a Data Stream file first.

e) Actuation Test: Tests if execution components in the electronic control system work normally.

3.3 Quick Check and Printing

Adopts smart detection mode. After vehicle connection, it automatically recognizes vehicle information, checks the vehicle, and generates a report. Automatic printing can be set for unattended operation.

[Image: Quick Check screen showing VIN scan results]

3.4 Programming

THINKTOOL Pros supports programming and coding, writing control information into automotive computer's EPROM or FLASH using electronic communication transmission technology.

Note: This function is required if:

• A new ECU is replaced.
• The ECU doesn't work properly.
• The ECU requires a software version update.
• Malfunction persists after routine self-diagnosis (read/clear DTCs, data streams, actuation tests).

If there is hardware failure in vehicle systems or ECU, programming is not effective.

Before programming, double-check the following:

• Check the vehicle, turn off the engine, and ensure non-ignition state.
• Put the transmission into P or N position.
• Turn off all electrical equipment (air conditioner, headlights, turn signals, audio, etc.) to prevent programming interruptions due to unstable currents.
• Connect the vehicle to an approved (or stable) battery charger to ensure battery voltage is between 13V and 14V.
• Diagnose the vehicle, troubleshoot problems, and clear vehicle DTCs.
• Do not start or move any vehicle modules related to programming during the process, as it may cause disruption or damage.
• Ensure THINKTOOL Pros has sufficient power.
• For communication and program stability, use a wired connection between ThinkTool Pro and the diagnostic connector.
• Programming is at your own risk. Not all vehicle problems can be resolved via programming.
• Do not abnormally terminate the programming process, as it can lead to serious consequences like ECU failure.

Generally, vehicle computer programming involves these steps (may vary by vehicle):

[Flowchart: Tap "Programming" -> Select specific software for the vehicle model -> Select the diagnostic software version -> Select system -> Select "Programming" function menu -> Read flashing notes and risks carefully -> Start downloading programming files from server -> Start programming -> Programming completed]

3.5 Maintenance

THINKTOOL Pros supports matching, coding, programming of most vehicles' programmable modules, and commonly used maintenance and reset functions, including: Oil Reset, Elec. Throttle Adaption, IMMO Service, Injector Coding, Break-pad Reset, Steering Angle Reset, ABS Bleeding, AFS Reset, Battery Matching, A/T Learning, DPF Regeneration, EGR Adaption, TPMS Reset, Sunroof Initialization, Suspension Matching, Gear Learning, Airbag Reset, ODO Reset, AdBlue Reset, A/F Reset, Coolant Bleeding, Language Change, NOx Sensor Reset, Seat Calibration, Stop/Start Reset, Transport Mode, Tyre Reset, Windows Calibration.

3.5.1 Oil Reset

Resets the mileage or driving time to zero after maintenance to turn off the maintenance light and start a new maintenance cycle.

3.5.2 Elec. Throttle Adaption

Initializes the throttle actuator to return the ECU's learning value to the initial state, allowing more accurate control of throttle movement and intake volume. Needed after replacing electronic control unit, power loss of electric control unit, replacing throttle assembly, or if intake port replacement affects idle speed control.

3.5.3 Steering Angle Reset

Resets the steering angle by finding the relative zero point position for straight-line driving. Used after replacing steering angle position sensor, steering mechanical parts, performing four-wheel alignment, or recovering car body.

3.5.4 Battery Matching

Performs a resetting operation on the vehicle battery monitoring unit, clearing original low battery fault information and performing battery matching. Must be performed when:

• Main battery is replaced (to prevent false information detection by control modules, which could invalidate auxiliary functions like auto start/stop, sunroof, or power windows).
• Battery monitoring sensor is replaced (to re-match the control module and sensor for accurate battery power usage detection).

3.5.5 ABS Bleeding

Bleeds the brake system to restore ABS brake sensitivity when air is present in the ABS. Performed after replacing ABS computer, pump, master cylinder, brake cylinder, brake line, or brake fluid.

3.5.6 Break-pad Reset

Resets the brake pad after wear is detected or replacement. Reset is necessary when:

• Brake pad and wear sensor are replaced.
• Brake pad indicator lamp is on.
• Brake pad sensor circuit is shorted and recovered.
• Servo motor is replaced.

3.5.7 DPF Regeneration

Clears PM from the DPF filter through continuous combustion oxidation mode to stabilize filter performance. Performed when exhaust back pressure sensor, PM trap, fuel additive nozzle, or catalytic oxidizer is replaced, or when DPF regeneration MIL is on and maintenance is performed, or when the DPF regeneration control module is replaced.

3.5.8 Gear Learning

Learns crankshaft position sensor tolerance for accurate misfire diagnosis. If not performed on Delphi engines, the MIL turns on. Detects DTC P1336 'gear not learned'. Must be performed after engine ECU, crankshaft position sensor, or crankshaft flywheel replacement, or when 'gear not learned' DTC is present.

3.5.9 IMMO Service

Performs anti-theft key matching so the immobilizer control system identifies and authorizes remote control keys. Must be performed when ignition switch key, ignition switch, combined instrument panel, ECU, BCM, or remote control battery is replaced.

3.5.10 Injector Coding

Writes injector actual code or rewrites code in the ECU to the injector code of the corresponding cylinder for accurate control of cylinder injection quantity. Required after ECU or injector replacement.

3.5.11 TPMS Reset

Resets tire pressure and turns off the tire pressure MIL after maintenance. Required when tire pressure is low, there's a tire leak, TPMS device is replaced/installed, tire is replaced, TPMS sensor is damaged, or for cars with TPMS function.

3.5.12 Suspension Matching

Adjusts body height for air suspension systems. Used when replacing body height sensor, control module, or if vehicle level is incorrect.

3.5.13 AFS Reset

Initializes the adaptive headlamp system based on ambient light intensity, automatically turning on headlamps and adjusting lighting angle while monitoring vehicle speed and posture.

3.5.14 A/T Learning

Completes gearbox self-learning to improve gear shifting quality. Compensates for driving conditions to achieve better shift quality, especially after gearbox disassembly or repair.

3.5.15 Sunroof Initialization

Sets sunroof lock-off, rain-closed function, sliding/tilting sunroof memory, and external temperature threshold.

3.5.16 EGR Adaption

Learns the EGR (Exhaust Gas Recirculation) valve after cleaning or replacement.

3.5.17 ODO Reset

Copies, writes, or rewrites the odometer value to show the actual mileage. Necessary when mileage is incorrect due to damaged vehicle speed sensor or odometer failure.

3.5.18 Airbag Reset

Resets airbag data to clear the airbag collision fault indicator. Recovers airbag computer data and clears fault codes after a collision, allowing the airbag computer to continue use.

3.5.19 Transport Mode

Disables functions like vehicle speed limiting, door opening network wake-up, and remote key activation to reduce power consumption. Needs deactivation to restore normal vehicle operation.

3.5.20 A/F Reset

Sets or learns Air/Fuel ratio parameters.

3.5.21 Stop/Start Reset

Opens or closes the automatic start-stop function via ECU settings, provided the vehicle supports it.

3.5.22 NOx Sensor Reset

Resets the catalytic converter learned value stored in the engine ECU after NOx fault re-initialization or NOx catalytic converter replacement.

3.5.23 AdBlue Reset (Diesel Engine Exhaust Gas Filter)

Required after diesel exhaust treatment fluid (urea) replacement or refill.

3.5.24 Seat Calibration

Matches seats with memory function that have been replaced or repaired.

3.5.25 Coolant Bleeding

Activates the electronic water pump before venting the cooling system.

3.5.26 Tyre Reset

Sets the size parameters of modified or replaced tires.

3.5.27 Windows Calibration

Performs door window matching to recover ECU initial memory and automatic ascending/descending function of power windows.

3.5.28 Language Change

Changes the system language of the vehicle central control panel.

3.6 TPMS Diagnostics

Works with wireless tire pressure diagnostic tool (optional accessory) for TPMS activation, programming, and learning.

a) Activation: Activates sensor ID, wheel pressure, sensor frequency, tire temperature, and battery status.

[Image: TPMS screen showing tire status, pressure, temperature, and battery status]

b) Programming: Programs sensor data to a blank Thinkcar sensor to replace faulty sensors. Methods: automatic, manual, activation replication.

c) Learning: Writes the sensor ID into the vehicle ECU for sensor identification.

[Image: TPMS learning screen showing sensor part number and learning steps]

3.7 Diagnostic Feedback

If an unresolved problem or diagnostic software bug occurs, revert the most recent 20 test records to Thinkcar Team for analysis and troubleshooting. This helps improve product quality and user experience.

[Image: Pop-up message about saving diagnostic sessions for bug reporting]

Tap OK to enter the vehicle diagnostic feedback selection screen with options: Diagnostic Feedback (list of tested models), History (view reverted feedback and progress), Offline List (logs not submitted due to network failure). Tap a diagnostic record to proceed. Tap "Choose File" to select logs, choose failure type, fill description, and provide contact info. Tap "Upload Logs" to submit feedback.

3.8 Repair info

3.8.1 Fault code enquiry

Enquire the definition of OBD fault codes.

3.8.2 Vehicle coverage enquiry

Enter vehicle brand, model, year, etc., to enquire supported functions and diagnostic systems.

[Image: Repair Info screen showing options: OBD Fault Code Library, Coverage List, Video, Learning materials]

3.8.3 Learning course

View operation playback of special functions for each brand model to study them online without connecting the vehicle.

3.9 ThinkFile

Records and establishes files of diagnosed vehicles based on VIN and check time, including diagnostic reports, data stream records, and pictures.

[Image: ThinkFile screen showing vehicle information]

3.10 ThinkStore

Download diagnostic software and purchase hardware products. Vehicle diagnostic and maintenance software can be bought. Each software has a detailed function introduction. Hardware products can also be purchased online.

[Image: ThinkStore screen showing various modules and their prices]

3.11 ADAS

Advanced Driver Assistance System (ADAS) includes safety functions like automatic emergency braking (AEB), lane departure warning (LDW), lane keeping assist, blind spot elimination, night vision camera, and Adaptive lighting. Function is disabled by default and requires activation with a card. Needs THINKCAR ADAS calibration tools for calibrating cameras and radars.

[Image: ADAS calibration screen showing a car and calibration equipment]

4. Software update

4.1 Upgrade all software

To enjoy better functions and upgrade services, software upgrades are recommended. The system will remind you when a newer version is available. Click "Software Upgrade" to enter the upgrade center.

[Image: Software Upgrade screen showing upgradeable and common software lists]

Upgradeable software: A list of software that can be upgraded.

Upgraded software: A list of software that has been downloaded.

⚠️ Note: Keep a normal network connection during upgrades. Upgrading many software may take a few minutes. If you need to cancel certain software, just click the check box.

5. Set up

5.1 My VCI

If several VCI connectors are registered, this option allows you to choose one.

5.2 Activate VCI

Activate a new VCI connector or get help by inputting the Serial Number and Activation Code, then tap "Activate".

[Image: VCI activation screen with Serial Number and Activation Code fields]

Once activated, the serial number will be displayed in the list.

5.3 VCI firmware repair

Used to repair the connector firmware. Do not power off or switch interfaces during repair.

5.4 Data Stream Sample

Manage recorded data stream sample files.

5.5 My order

Manage order details.

5.6 Personal information

Set and manage personal information.

5.7 Change Password

Modify your login password.

5.8 Settings

Make system settings.

5.9 Wi-Fi settings

Set up Wi-Fi networks that can be connected.

5.10 Workshop Management

Add workshop information, which will be displayed in the diagnostic report.

5.11 Customer Management

Manage customer information for vehicle diagnostics.

5.12 Hotkey Setting

Configure settings for Wi-Fi, Bluetooth, screen recording, screenshot, screen flip, brightness, and sound.

[Image: THINKTOOL Pros+ screen showing hotkey settings]

6. FAQ

Warranty Terms

This warranty applies only to users and distributors who purchase THINKCAR TECH INC products through normal procedures. Within one year from the date of delivery, THINKCAR TECH warrants its electronic products for damages caused by defects in materials or workmanship. Damages to the equipment or components because of abuse, unauthorized modification, use for non-designed purposes, operation in a manner not specified in the instructions, etc., are not covered by this warranty. The compensation for dashboard damage caused by the defect of this equipment is limited to repair or replacement. THINKCAR TECH does not bear any indirect and incidental losses. THINKCAR TECH will judge the nature of the equipment damage according to its prescribed inspection methods. No agents, employees or business representatives of THINKCAR TECH are authorized to make any confirmation, notice or promise related to THINKCAR TECH products.

Service Line: 1-833-692-2766

Customer Service Email: support@thinkcarus.com

Official Website: en.mythinkcar.com

Products tutorial, videos, FAQ and coverage list are available on Thinkcar official website.

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