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.

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

2021 Ducati Diavel 1260 PIN Code Reset Function Procedure

Background

PIN Code Overview

The DUCATI PIN code is a 4-digit security password designed for immobilizer (IMMO) protection and anti-theft data programming.

Its main functions include:

1. Emergency Unlock

If the key transponder fails, the smart key battery is dead, or the immobilizer system malfunctions, the PIN code can be entered via the dashboard to unlock and start the vehicle.

2. Security Protection

Factory default PINs (e.g., 0000) are typically generic. Users are strongly advised to change the PIN to a personalized code via the dashboard menu to prevent unauthorized access.

3. System Recovery

If the PIN is lost or not properly stored, the vehicle may be unable to start or access certain dashboard functions. In such cases, the PIN Code Reset function must be performed using a diagnostic tool.

Preparation

Required tools:

MOTOMASTER Diagnostic Tool

M001A Adapter

M041 Cable

Solution

Use OBDSTAR MOTOMASTER to perform the [PIN Code Reset] function and restore the default PIN.

Detailed Procedure

Step 1: Enter Diagnosis Menu

Select:

[MOTO Diag] → [DUCATI] → Latest Version → [Diagnosis]

Step 2: Select Model

Choose:

[By Model]

Step 3: Select Vehicle Information

Follow this path:

[D]

[Diavel 1260 E5]

[1262]

[MY 21]

Step 4: Manual Selection

Click:

[Manual Selection]

Step 5: Enter System

Select:

[Hands Free (Smart Key)] → [Enter]

Step 6: Access Special Function

Click:

[Special Function]

Enter password: 123

Click [OK]

Step 7: Reset PIN Code

Select:

[PIN Code Reset]

Step 8–9: Confirm Operation

Click [OK] to confirm each prompt.

Step 10: Completion

Operation completed successfully.

The PIN code has now been reset.

You can now proceed to set a new PIN via the dashboard.

Manual PIN Change Procedure

After resetting, follow these steps to set a new PIN:

1. Turn the ignition switch to the ON position.

2. Wait for the dashboard home screen.

3. Press and hold the MENU ENTER button on the left handlebar to access the menu.

4. Select [PIN CODE]

5. Enter the default PIN: 0000

6. Set your new PIN code to complete the process

Summary

The PIN code is essential for immobilizer security and emergency access.

If the PIN is lost or invalid, use MOTOMASTER to reset it.

Always set a personalized PIN after resetting to ensure vehicle security.

Important:

Please strictly follow the prompts on your diagnostic device during the operation process to avoid errors.

www.obd2shop.co.uk

CFMOTO BOSCH MED17.8.10 ECM Read/Write with MotoMaster

In this guide, we’ll demonstrate how to perform data read and write operations on the CFMOTO BOSCH MED17.8.10 ECM using the OBDSTAR MotoMaster programming tool. This procedure is designed for professional users who need reliable and secure ECU data handling.

Required Equipment:

MotoMaster

High-power DC regulated power supply

Main Cable

ECU clone jumper

MP001 programmer

BOSCH MED17.8.10 ECM

Step 1: Software Preparation

Ensure that the MotoMaster software is updated to the latest version to guarantee compatibility and stable operation.

Power on the device

Tap [ECU Flasher] to enter the ECU programming function

Step 2: Locate the ECU Module

Once inside the ECU Flasher menu:

Use the search bar in the upper-right corner to quickly find the corresponding ECU module

Enter the module menu

Step 3: Read the Operation Guide

Tap [Guide] and carefully review all provided information, including:

Warm reminders

Menu descriptions

Operation procedures

Connection methods

Special notes

This step is strongly recommended to avoid wiring or operation errors.

Step 4: Connection Setup

Select the appropriate adapter

Check the [ECU Image] to confirm the module appearance matches the target ECU

Tap [Connector Pinout]

Refer to the wiring diagram and complete the connection accordingly

Step 5: Read and Back Up ECU Data

After confirming a successful connection:

First, read and back up the original EEPROM/Flash data

Customize the file name and saving path as needed

All operation records will be displayed on the left-side log panel for easy tracking

Backing up the original data is critical and should always be completed before any write operation.

Step 6: Write Data to the ECU

Next, proceed with writing data to the module:

Select the desired file

Tap Write to start the process

The “CS” label in the upper-right corner of the write button indicates that the data supports checksum verification, ensuring data integrity and operational safety.

Step 7: File Management Improvements

The upgraded file management system now supports filtering by:

File name

Modification time

File size

This enhancement makes it easier to manage and locate ECU files efficiently.

Completion

Once the process finishes, the operation is complete, and the ECU data has been successfully written.

Video Tutorial

For a full visual walkthrough, please watch the video guide:

More Information

Visit our website for more diagnostic tools and technical resources:

www.obd2shop.co.uk