MV Agusta Dashboard EEPROM Read & Key Programming Tutorial

This guide explains how to read the dashboard EEPROM and program a new key for MV Agusta using OBDSTAR MOTOMASTER.

Required Tools

MOTOMASTER

High-Power DC Regulated Power Supply

Main Cable

MP001 Programmer

W004 & W005 Read/Write Soldering Wires

C4-01 Adapter

MV Agusta Dashboard Transponder Chip

EEPROM Reading

Before starting, make sure the MOTOMASTER software is updated to the latest version.

Go to:

RFID → MAKE KEY → Manual Select System → MV Agusta → Select the corresponding model/type

Review the cautions and operation guide, then select Read EEPROM and tap OK.

Open the Help guide and follow the wiring diagram to open the dashboard and solder the wires.

Note: Lift pin 4 before proceeding.

Connect the wires according to the wiring diagram. When prompted, connect the MP001 Programmer to the diagnostic device and tap Yes.

Save the EEPROM file after reading, then load the saved EEPROM backup and tap OK.

Key Programming

Select Main Key → Make Keys.

Follow the device prompts and place the new key chip into the induction coil.

Tap OK to start programming.

Once "Chip programming successful" appears, you can use the new key chip to start the vehicle.

Video Guide

Watch the complete operation here:

For more automotive diagnostic and key programming tools, visit www.obd2shop.co.uk.

ECU MASTER KRONE BOSCH EDC7C32 Data Read and Write Tutorial

This guide explains how to use OBDSTAR ECU MASTER to read and write data from a KRONE BOSCH EDC7C32 ECU via BENCH mode.

Preparation

Prepare the following tools:

Computer

OBDSTAR ECU MASTER

High-Power DC Regulated Power Supply

USB Cable

HD-008

BENCH-D-V1

KRONE BOSCH EDC7C32 ECU (M58BW016XB + 95640)

Step 1: Connect ECU MASTER

Connect the ECU MASTER to the computer using a USB cable.

Open the software and go to:

ECU Flasher → HD → ECM

Search for the corresponding ECU model using the search box in the top-right corner.

Step 2: Select BENCH Mode

Tap:

Start → BENCH → OK

Then tap Guide to view the detailed operation notes and ECU connection diagram.

You can also tap ECU Image to view the ECU appearance.

Select Connector Pinout → Dedicated to check the dedicated wiring diagram.

Step 3: Connect the ECU

Connect the wiring according to the connector pinout diagram.

Tap Connect.

When the confirmation prompt appears, tap Yes.

If the connection is successful, the ECU status will be displayed on the left panel.

Step 4: Read ECU Data

Select:

Read EXT FLASH (M58BW016XB)

You can rename the read file and choose where to save it.

After the operation completes, the left panel will show that the data was read successfully.

To read the EEPROM data, select:

Read EXT EEPROM (95640)

Follow the same procedure.

Step 5: Write ECU Data

Select:

Write EXT FLASH (M58BW016XB)

Choose the data file you want to write.

When the system asks you to confirm the operation, tap Yes.

After the process is completed, the software will display that the data has been written successfully.

For EEPROM, select:

Write EXT EEPROM (95640)

The operation is the same.

Tip: Always back up the original ECU data before writing new data and make sure the selected file matches the ECU.

Step 6: Write VIN

To change the VIN, go to:

Special Functions → Write VIN

Enter the new VIN and confirm.

Once completed, the software will display that the VIN has been written successfully.

Finally, tap Disconnect to end the operation.

Conclusion

With OBDSTAR ECU MASTER, the KRONE BOSCH EDC7C32 can be read and written conveniently in BENCH mode. The software also provides a connection guide, pinout diagram, ECU image, and VIN writing function, making the operation more straightforward.

For more automotive diagnostic and ECU programming tools, visit:

www.obd2shop.co.uk

OBDSTAR Coming Soon: MG1/MD1 ECU Read/Write & Unlock

OBDSTAR will soon release a major software update for Locked MG1/MD1 ECU Read/Write & Unlock. The new function will be available for the following OBDSTAR devices:

OBDSTAR X300 Classic G3

OBDSTAR DC706

OBDSTAR ECU MASTER C

Supported ECUs

The upcoming update will support the following Bosch ECUs:

Bosch MD1CP032 (BMW B57) TC299

Bosch MG1CS024 (BMW B48/B58) TC298

Bosch MG1CS201 (BMW B48/B58) TC298

Bosch MD1CS069 (FCA) TC299

Bosch MD1CP006 (Ford) TC298

Bosch MD1CS089 (ISUZU, etc.) TC299 (Only supported by ECU MASTER C)

More vehicle models will be added in future updates.

Note: This function requires the RH850/V850 Adapter Kit (C4-06 Adapter).

Stay tuned for the official software release and more supported models from OBDSTAR.

www.obd2shop.co.uk

Technical Guide: Yamaha Motorcycle CO Volume Adjustment via MOTOMASTER

Proper CO adjustment helps maintain engine performance and emission standards. Follow these steps to complete the adjustment using your OBDSTAR MOTOMASTER.

Tools Required:

OBDSTAR MOTOMASTER tablet

Step-by-Step Procedure

1. Initial System Entry

Power on your device and tap [DEMO] (or enter via the live diagnostic menu).

Locate and select Yamaha from the list of manufacturers.

Select [Common Special Functions].

Select [Idle Speed Adjustment].

2. ECU Activation

Follow the on-screen prompts to turn the ignition switch OFF and then back ON.

To activate the ECU, select [Temporary Activation].

From the function list, tap [CO volume adjustment 3].

3. Adjusting the CO Values

Carefully read and follow the on-screen safety instructions.

Tap [Change Mode] to enable the adjustment interface.

Select the specific cylinder and adjust the CO value by [Step ON] or [Step down] the levels as required by the engine specifications.

4. Completion

Once the desired levels are set, tap [Back] to save the settings and exit the function.

The system will confirm that the Yamaha CO adjustment is concluded.

Additional Resources

For a detailed visual demonstration, you can view the video guides at:

Support: www.obd2shop.co.uk

OBDSTAR Marine Diagnostic Software Upgrade: New BRP Support Added

OBDSTAR has released a significant upgrade to its marine diagnostic software, introducing new BRP support.

BRP Software Functions:

1. Supports IMMO and service functions for all models up to 2025.

2. Supports CDID diagnostics for 2014 and newer models, allowing users to view specific model, year, version, configuration, and other details.

3. Adds the following special functions:

Set Engine Serial Number

Set Vehicle Total Hours

Set VIN

Reset Last Maintenance

Set Vehicle Model Number

Configure Keys

Set Customer Name

Set Delivery Date

Configure iBR (Lock/Unlock Calibration)

Supported Tools:

MarineMaster

ISCAN SEA-DOO (MARINE)

D800

MS80

D700

ISCAN BRP

Software updates may vary depending on product configurations.

For more details, please contact:

www.obd2shop.co.uk

MB FBS3/FBS4 TCM OBD Virginization Solution

OBDSTAR is set to release a powerful new function that enables OBD virginization for Mercedes-Benz FBS3 and FBS4 transmission control modules (TCM). This upgrade will be supported by KeyMaster G3 and DC706, providing locksmiths and automotive technicians with a safer, faster, and non-destructive solution for replacing used Mercedes-Benz TCUs.

With this new feature, technicians can restore a used TCM to factory virgin status via OBD or Bench mode, eliminating the need for risky hardware modifications and greatly improving workshop efficiency.

Supported Functions

The new upgrade will support the following operations:

TCM Virginization

Write VIN

Personalization (Data Transfer)

More functions coming soon...

Supported TCM Types

This solution supports the following Mercedes-Benz transmission control modules:

FBS3 TCM: VGS2 / GS3-NAG2

FBS4 TCM: VGS4-0-NAG2 (7-speed)

These modules can be virginized through OBD or Bench mode using OBDSTAR X300 Classic G3 or DC706.

Why Virginization Is Required

When replacing a used Mercedes-Benz TCM, the module's immobilizer data must be cleared first. This process, known as virginization, resets the module to its original factory state.

Traditionally, the module must then be installed and programmed through online programming or personalization using the original manufacturer’s tools, which can be both expensive and time-consuming.

Drawbacks of Traditional Open-Cover & Soldering Methods

Currently, most available solutions for FBS4 (VGS4-0-NAG2) TCM units require destructive operations, such as opening the module housing, cutting circuits, or soldering wires to read or write the data.

These traditional methods present several disadvantages:

Complex procedures requiring highly skilled technicians

High risk of module damage during cutting or soldering

Time-consuming operations that reduce workshop productivity

Irreversible damage may occur if any step is performed incorrectly, resulting in significant financial losses

Because of these risks, many technicians consider the process difficult and unsafe.

Advantages of the New OBD Virginization Solution

The upcoming OBDSTAR OBD virginization solution offers a much more convenient and secure alternative.

Key advantages include:

No cutting required

No soldering required

Supports OBD and Bench modes

Non-destructive operation

Reduced risk of module damage

Faster and more efficient workflow

Using KeyMaster G3 or DC706, technicians can first read the original vehicle data, then perform TCM virginization and personalization (data transfer).

Once the process is completed, no additional online programming is required. The module can be installed directly into the vehicle, and the engine can be started immediately.

This solution significantly improves workshop efficiency while eliminating the risks associated with traditional hardware-based operations.

Note

The availability of functions and supported models may vary depending on software updates and device configurations.

For more technical support, visit:

www.obd2shop.co.uk

2020 Honda ADV750 Clutch Initialization Using OBDSTAR MotoMaster

In this guide, we will walk you through the clutch initialization (learning) procedure for a 2020 Honda ADV750 using the OBDSTAR MotoMaster diagnostic tool. This function is essential after clutch-related repairs or when transmission performance needs recalibration.

Follow the steps below carefully to complete the process successfully.

Required Tools:

OBDSTAR MotoMaster

Main cable

M041 dedicated cable

Connection Setup

1. Locate the motorcycle diagnostic port.

2. Use the M041 dedicated cable to connect the MotoMaster to the motorcycle.

3. Turn the ignition ON (engine OFF).

4. On the MotoMaster, navigate to: [MOTO Diag] → [HONDA]

Clutch Initialization Procedure

1. Select [Auto Scan] and confirm that the M041 diagnostic connector is in use.

2. Enter [Special Functions].

3. Choose [Clutch Initialize Learning].

4. Carefully read the on-screen notes and confirm:

The engine is OFF

The transmission is in Neutral

5. The tool will display the message: “Is the shift indicator ‘L’ turned on?” Tap [Cancel].

Ignition & Engine Operation

1. Within 10 seconds, turn the ignition OFF, then turn it ON again.

2. Start the engine.

3. Wait until both the “L” indicator and the dashboard symbol disappear.

4. Tap [OK] to continue.

Completion Steps

1. Once the clutch initialization completes successfully, tap [OK].

2. Follow the on-screen prompt to turn OFF the ignition within 10 seconds, then tap [OK] again.

3. If the tool displays: “The inspection is finished,” the clutch initialization procedure has been completed successfully.

Video Tutorial

For a visual walkthrough of the entire process, watch the video guide below:

For more motorcycle diagnostic guides and professional tools, visit: www.obd2shop.co.uk.