How to Clone VAG MQB Transponder by Autel or OTOFIX?

 Autel AT100 Super Transponder Chip is specially designed to work with Autel MaxiIM KM100, IM508 series, IM608 series, and OTOFIX IM1/IM2 for ID46, ID48, ID4A, ID4D, ID8A, MOB, 5C, and more IMMO protocols generation. Need to update the KeytoolDiag software to V2.30. Check the details below.

Part I: Key Features of AT100 Super Transponder Chip

Compatibility:

• Compatible with Autel KM100, IM508, IM608, and OTOFIX series.

Programmable Using:

• XP200, XP400, and XP400PRO
• Note: XP200 does not support the "Read" function for original keys using ID4C, ID4D, ID8A, and ID4E protocols.

Supported Chip Types:

• ID11, ID12, ID13, ID46, ID47, ID48, ID49, ID4A, ID4C, ID5C, ID4D, ID64, ID8A, ID8C, and MQB.

Advantages:

• Powerful functionality and user-friendly design.
• Ideal for automotive locksmiths, repair shops, and technicians.
• Offers reliable and efficient key programming capabilities.

Part II: Software Update Details

KeytoolDiag V2.30 (2025–02–06)
New Features & Enhancements:

AT100 Super Transponder Generation:

• Supports 15 IMMO protocols: ID46, ID48, ID4A, ID4D, IDBA, MOB, 5C, and more.
• Dedicated transponder generation menus for 500+ vehicle models.

Smart Universal Key Generation for the following models:

• Hyundai Tucson (2023–2024)
• Toyota GR86 (2021–2024)
• Toyota Corolla (2014–2018)
• Toyota RAV4 (2020–2023)
• Nissan Qashqai (2023)
• Acura TSX (2011–2014)
• Chevrolet Trailblazer (2012–2020)
• Chevrolet Camaro (2021–2024)
• BAIC Rubik’s Cube (2022–2024)

Transponder Cloning Capabilities added for:

• ID46, ID4C, Toyota G (4D), Toyota H (8A), Volkswagen MOB, GM 4A.

Bug Fixes: Resolved other known issues for improved performance.

Part III: How to Clone VAG MQB Transponder?

Step 1: Read Original Key Information

Requirements:

• Original key
• Original key CS code
• AT100 transponder

Process:

• The MQB2 transponder can be cloned by extracting the 16-byte CS code from the immobilizer data.
• This method copies all immobilizer synchronization data, eliminating the need for additional programming.

Step 2: Write Data to the AT100 Chip

1. Remove the Original Key
2. Place the Autel AT100 Transponder in the key slot.
3. Press OK to begin writing the data.

Programming Options:

• Using Autel KM100:
• Simple and quick data writing process.

• Using OTOFIX Series:
• Efficient cloning with no extra programming steps required.

Pre-order Autel AT100 Universal Super Transponder Chip 10Pcs/ Set, it will arrive in Early March.

https://www.obdexpress.co.uk/wholesale/autel-at100-super-chip.html

Obdstar Motomaster 2021 Kawasaki 900 Service Lamp Reset

 This is a tutorial on how to do 2021 Kawasaki 900 service lamp reset with OBDSTAR MOTOMASTER by OBD.

Required Tools

OBDSTAR MOTOMASTER

Main Cable

M041(OBD-6)

M005(KAWASAKI-4+6)

• Locate the engine diagnostic socket on this vehicle.

The red connector is the engine diagnostic port, which uses the China IV dedicated cable (M041). The black connector is for the ABS system.

Kawasaki’s ABS systems have a separate six-pin diagnostic port, which requires dedicated diagnostic cable(M005) to access the ABS system.

To perform the service lamp reset function, we’ll use the China IV dedicated cable(M041) to access the engine system.

• Conenct the cable to the vehicle.

Procedure

MOTO Diag >> KAWASAKI >> Latest Version >> Diagnosis >> Auto Scan >> Scan ECU >> ENG >> ECU Information >> Vehicle ECU Data

Here we can verify the ECU details.

Tap "DTC".

There are no fault codes on MOTOMASTER for the vehicle.

Read Data Stream >> All information >> All >> OK

Go back back to select "METER" >> Special Function

Note:

1. Some adjustment or settings may cause vehicle failure, therefore our company does not assume any responsibility.
2. It is recommended to refer to the original maintenance data for operation.

Click "Agree".

Enter password: 123

• Set The Current Meter Time.

Clock setting >> OK >> Enter value >> OK

• Modify the time to the next service lamp reset time and update the odometer reading.

Maintenance indicator display setting — Change setting value >> Enter value >> OK

When exceeding the set value, the maintenance indicator will be displayed on the meter. Press Yes to continue.

• After completed, processed to step2, wihch is to turn off the service indicator light on the instrument panel.

Maintenance indicator display setting — indicator function >> OK >> OFF

Next, connect the diagnositc socket of the Kawasaki ABS system with M005.

After completing the connection, access "Auto Scan >> ABS".

If you encounter any issues accessing the ABS system, try checking other diagnostic entries to find the correct system access.

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What is PADFLASH ECU Programmer?

 PADFLASH ECU Programmer New Arrivals! It is a professional ECU & TCU programmer designed for automotive workshops and chip tuners. It differs from the Foxflash ECU Programmer as they are designed for different purposes. PADFLASH has less TCU coverage, while Foxflash has fewer ECU options. Additionally, PADFLASH supports VR reading, providing some data that Foxflash cannot supply. Learn more info in this post.

1.What is the difference between PADFLASH and Foxflash?

Key Differences & Advantages of PADFLASH:

PADFLASH ECU & TCU Programmer includes a USB dongle for enhanced functionality.

• Provides expanded ECU/TCU support, including EMS2.4, SID6, DIS8, MD1CS018, MG1CA811, counter reset, and specific speed modifications.
• Supports 16 languages, whereas Foxflash supports fewer.
• Enables PSG16 and M10JA cloning via Bench mode, while Foxflash can only read PSG16 via OBD and M10JA via OBD, BOOT, and OTB but lacks cloning capability.

If you need cloning without opening the ECU, PADFLASH is the superior choice.

2.Which licenses are supported by PADFLASH ECU Tool?

• Car +TCU (OBD BENCH BOOT JTAG FULLCONNECTION BOOT JTAG/BDM)
• TURCK+TCU (OBD BENCH BOOT JTAG FULLCONNECTION BOOT JTAG/BDM)
• TRACTOR/MARINE+TCU (OBD BENCH BOOT JTAG FULLCONNECTION BOOT JTAG/BDM)
• MOTOBIKE+TCU (OBD BENCH BOOT JTAG FULLCONNECTION BOOT JTAG/BDM)

3.Whiach ECUs are supported by PADFLASH?

Bosch, Delphi, Denso, Siemens, Magneti, Hitachi and more

PADFLASH ECU Support List

PADFLASH TCU Driver Support List

4.How to Activate PADFLASH Software?

After you receiving the device, we will activate the software for you via TeamViewer. Please make sure TeamViewer is installed on your computer before proceeding.

Activation Steps:

1.Install TeamViewer remote control software on your computer.

2.Connect the device to your computer using the provided USB cable.

3.Insert the USB Key that comes with the device into your computer.

4.Ensure a stable internet connection for smooth activation.

5.Turn on TeamViewer and send your remote control ID and password to us via Whatsapp: +86 18750906257 or email info@padflashr.uk.

Our remote technical team will assist you with the installation and activation process.

Activation Time:

CET (UTC+1): 11:00–14:00

CEST (UTC+2): 12:00–15:00 (Spanish time)

Additional Notes:

• To facilitate the process, please provide a WhatsApp number or email for direct communication with technical support.
• Operating System Requirements:

Windows 7 (64-bit) is recommended for optimal stability.

Windows 10 (64-bit) is still under testing and not recommended at this time.

• Minimum Hardware Requirements:

RAM: At least 4GB

CPU: At least 2.5GHz

For a seamless activation process, please follow these steps carefully.

Warm reminder:

Users should not disassemble the device casing by themselves, otherwise the machine will be damaged and the warranty will be void.

PADFLASH Software Display:

PADFLASH Full Version ECU TCU Programmer with USB Dongle is available at obdexpress.co.uk now.

https://www.obdexpress.co.uk/wholesale/padflash-ecu-programming-tool.html

LAUNCH X431 Update Diagnostic Software for HONDA SUBARU TOYOTA

 Launch X431 has released new diagnostic software for HONDA, SUBARU, and TOYOTA, offering enhanced vehicle coverage and functionality.

To access the latest features, simply renew your subscription via the Launch Subscription Card or upgrade directly from the Mall.

HONDA V49.40

Added Multi-System Data Stream Function;

Optimized EGR test and VCM test functions;

SUBARU V26.31

Added 2025 supported model: IMPREZA, CROSSSTREK, BRZ, ASCENT, and EVOLITS.

TOYOTA V51.30

Added support for the DTC, freeze frame, data stream, and actuation test functions of 2025MY Toyota models;

Added support for the DTC, freeze frame, data stream, and actuation test functions of 2025MY Lexus models;

Added support for common special functions of 2025MY Toyota models;

Updated the service function of Toyota to 2025;

Updated the service function of Lexus to 2025.

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How to Reset MB HU6 (IC77) ODO Module Mileage by Yanhua ACDP2?

 Question: Is it possible to use Yanhua ACDP2 to correct mileage for the MB HU6 instrument module (IC77) with R7F701403 chip on Bench?

OBDExpress.co.uk engineer replied:

Yes. Previously, only OBD mode was available. Now Bench mode is supported as well.

Requirement:

• Yanhua Mini ACDP-1/Mini ACDP-2
• Yanhua Module 37 with License A103
• Yanhua Mercedes-Benz MB HU6 YH-OBD Platform (newly released)

Highlight: you don’t need to install the original HU6 module on the car and operate via OBD on car. You can connect HU6 Module to MB HU6 YH-OBD platform to operate mileage correction on the bench.

MB HU6 vehicle models supported:

• Mercedes-Benz W247 A/B/CLA/GLA/GLB after 2019
• Mercedes-Benz W177 CLA/GLA after 2019
• Mercedes-Benz 167 GLE/GLS after 2019
• Mercedes-Benz W213 E/CLS after 2020
• Mercedes-Benz H243 EQA and X243 EQB after 2021

How to correct mileage by Yanhua MB HU6 YH-OBD Platform?

Power on Yanhua ACDP device

Run Mini ACDP APP/software

Confirm the ACDP device is bound to ACDP APP/software

Menu function path:

Benz>> HU6 ODO Module (IC177) mileage correction>> R7F701403 (A167/A213/A247)>> OBD+ICP reset mileage>> Original module (YH platform)

Then perform the three steps below.

• Step 1: OBD backup data
• Step 2: ICP modify data
• Step 3: OBD modify mileage

Remove the Benz HU6 instrument module from the vehicle

Step 1: OBD backup data

1.Connection method

Prepare the necessary tools:

• Yanhua ACDP Key Programmer
• 20 PIN Cable
• BENZ-HU6-OBD Platform
• MB HU6 Instrument Module

Align the interface board with the instrument module and secure it.

Push the interface board switch toward CAN-R.

2.Operation

Start the backup process

Identify system information successfully

Note: The VIN and EZS hardware number will not be displayed when using the YH OBD platform

Verify the Total Drive Mileage and Drive Mileage

Read and save the coding data and maintenance data separately

Ensure correct backup path, date, time, and file name

OBD backup completed

Step 2: ICP modify data

1. Connection method

Prepare the required components:

• Yanhua ACDP Module 37 (BENZ-HU6-R7F701403 Interface Board)
• MQB V2 Adapter
• 20 PIN Cable
• Mini ACDP2

Determine the installation area for the interface board on the instrument module

Locate positioning holes D1-D5 on the instrument module

Check the test point pin definition

Align the interface board probe with the odometer probe holes

Press down on the interface board and lock it in place using the PCB lock buckle

1. Operation

Check pin status and verify system information

Save the extracted chip data

Ensure a stable internet connection to obtain necessary data from the server

Begin writing chip data. Do not power off or disconnect the device during this process

Wait for confirmation that odometer data modification is successful

Save the modified data

Step 3: OBD modify mileage

1.Connection method

Use the same setup as Step 1

2.Operation

Enter the new mileage and load the saved coding data from Step 1

Verify that Total Drive Mileage and Drive Mileage have been reset to zero

Initiate mileage reset

Once completed, confirm that the Total Drive Mileage is correct

Reinstall the Benz HU6 instrument module into the vehicle and verify that the mileage displayed on the instrument panel is correct.

YANHUA ACDP Mercedes-Benz HU6 YH-OBD Platform is available now.

https://www.obdexpress.co.uk/wholesale/yanhua-mb-hu6-yh-obd-platform.html

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Yanhua ACDP MB HU6 ODO IC177 Mileage Correction Tutorial

 This is a tutorial on how to do Mercedes-Benz HU6 ODO IC177 Module Mileage Correction with Yanhua Mini ACDP 2 + Module 37 + MB HU6 YH-OBD Platfrom.

Tips: Using MB HU6 YH-OBD platform, you don’t need to install the original HU6 module on the car and operate via OBD on car. You can connect HU6 module to MB HU6 YH-OBD platform to operate mileage correction on the bench.

Step1. OBD Backup Data

Remove the Bnez HU6 instrument module from the car.

Power on the ACDP device and open app.

Mini ACDP >> Benz >> HU6 ODQ Module(IC177) mileage correction >> R7F701403(A167/A213/A247) >> OBD + ICP reset mileage >> Original module(YH platform) >> Step1 Help

Click "Help" to get connection diagram.

Connect ACDP to the BENZ HU6 module properly, push the switch of the interface board toward the CAN-R.

OBD backup data >> OK

Please connect the ACDP to OBDII, then turn on the ignition and light up the instrument!

Check total drive mileage and drive mileage.

Note VIN and EZS hardware number won’t show when using YH OBD platform.

Please save coding data.

Please save maintenance data.

Step2. ICP Modify Data

Dismantle the BENZ instrument module, take out the instrument panel.

Click "Step2 Help".

Conenct ACDP to the device properly.

ICP modify data >> OK

Connect the ACDP, interface board and instrument module.

Verify system info, click Continue.

Please save chip data.

Prepare to obtain data from the server, please keep the network stable during the operation!

Write chip data is about to begin, and forbidden to power off or unplug the device during operation!

Writing chip data, please wait…

Modify odometer data finish.

Step3. OBD Modify Mileage

Click "Step3 Help".

Connect ACDP to the BENZ HU6 module properly.

OBD Modify Mileage >> OK

Please connect the ACDP to OBDII, then turn on the ignition and light up the instrument!

Check total drive mileage and drive mileage to see if they have been reset to zero.

Please select coding data.

Please enter an even number of mileage, if you enter an odd number of mileage, it will be rounded up to even mileage.

Mileage(km): 4666

Reset mileage is about to begin, and forbidden to power off or unplug the device during operation!

Writing odometer data, please wait…

Check the repaired mileage data is correct.

Install the BENZ HU6 instrument module into the car.

Check if the mileage displayed on the instrument panel is normal.

Done.

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