STool 1.75 is software designed for odometer correction on various vehicle models. The program allows you to change mileage data via the OBD2 diagnostic port, ensuring accuracy and reliability.
Key Features
Technical requirements
Advantages
Key Features
Wide range of supported vehicles: the program is compatible with models from Ford, VAZ, Hyundai, Toyota, Kia, SsangYong, Iran Khodro, and others.
EEPROM reading and writing: allows you to read and modify data in the memory of electronic control units.
Regular updates: the supported vehicle database is regularly updated with new models, ensuring the program remains up-to-date.
Technical requirements
Adapters: M-BUS, Denso with integrated M-BUS, or ELS27 adapters are required to use the program.
Operating System: Compatible with various Windows versions, starting with XP.
Features of version 1.75:
Expanded model support: New instrument cluster versions have been added, including the 2017 Toyota Camry V55, 2017 Kia Rio, Lexus RX200t, and others.
Improved interface: The program window has been optimized for screens with a resolution of 1024x768 pixels, and tooltips have been added for user convenience.
Additional features: The Logan/Duster module has been redesigned, and on-desktop connection diagrams have been added to simplify the correction process.
STool 1.75 is a reliable solution for odometer correction professionals, offering extensive functionality and support for multiple vehicle brands. STool 1.75 supports the ELS27 diagnostic adapter, which communicates with vehicle control units via the OBD2 port. This adapter ensures fast and stable data transfer, allowing you to adjust odometer readings and read EEPROM.
How does STool 1.75 work with the ELS27?
Connecting the adapter
Connect the ELS27 to the vehicle's OBD2 port and to the PC via USB.
Make sure the drivers are installed to ensure proper device recognition in Windows.
Launching STool 1.75
Open the program and select the ELS27 as the communication interface.
The program will automatically detect the supported data exchange protocol.
Reading and Writing EEPROM
Select the vehicle model from the list.
Read the current odometer data and save it to a backup file.
Make the necessary changes and write the corrected data back to the control unit. Verifying Changes
After recording new data, it is recommended to restart the vehicle system and ensure that the changes are displayed correctly on the dashboard.
Advantages
High-speed data exchange via the CAN bus.
Compatible with a wide range of vehicles (Ford, Mazda, Toyota, Kia, Hyundai, etc.).
EEPROM access without disassembling the instrument cluster.
Support for modern communication protocols, including CAN, K-Line, and ISO15765.
See also
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