RAC Advance GPRS OBD2 Tracker Reader Module Unit LMU30G60

RAC Advance GPRS OBD2 Tracker Reader Module Unit is a specialized tracking module with an OBD2 interface, designed for installation in the rear of the vehicle. The device uses GPRS connectivity to transmit location data, allowing for constant monitoring of the vehicle's position and analysis of onboard system performance. It is a practical solution for users who expect precise vehicle monitoring and convenient access to diagnostic data.

Specifications and technical data

• SKU: RAC Advance-1
• Condition: Used
• OEM Part Number: RAC Advance
• Substitutable numbers: RAC Advance, LMU30G60BT, BG
• Location on the vehicle: Rear
• Category: Car Tracking Systems

Module characteristics and purpose

This tracking module with an OBD2 interface has been designed for integration with the vehicle's electrical system in its rear section. Thanks to the use of GPRS technology, it enables remote transmission of vehicle location information to external monitoring systems or fleet management platforms. The solution is suitable for both private cars and commercial vehicles, where continuous monitoring of routes and operating time is essential.

The device belongs to the Trackers category, which means its primary function is to track the vehicle's position and provide data that can be used for driving style analysis, route planning, or mileage verification.

GPRS technology and OBD2 interface

The built-in GPRS module ensures stable transmission of location data, allowing for real-time updates of the vehicle's position in external systems. This makes it possible to:

• monitor the current location of the car on a map,
• record the history of routes and stops,
• analyze vehicle usage over time.

The OBD2 interface enables communication with the car's electronics, which opens the way to reading selected vehicle performance parameters depending on the configuration of the system to which the module is connected. Such integration promotes more detailed operational diagnostics and better service planning.

Installation in the rear of the vehicle

Placing the module in the rear area of the car allows for flexible cable routing and discreet installation. This location facilitates integration with the existing electrical infrastructure while also helping to protect the device from accidental damage during daily use. This solution is particularly beneficial in vehicles where the rear body area serves as a natural collection point for additional system installations.

Application in private and fleet vehicles

The GPRS OBD2 module is suitable for many use cases:

• in private cars – as a tool for vehicle location control and basic operational monitoring,
• in small and medium-sized fleets – as part of a monitoring system, supporting route accounting and vehicle usage optimization,
• in vehicles with single or multi-axle drive – as a supplement to solutions improving safety and vehicle control.

If you are considering upgrading your vehicle with additional systems supporting traction and vehicle control, it is worth reading an article comparing popular AWD drives from BMW, Mercedes, Audi, and VW, which helps to better understand the specifics of drivetrain operation in the context of monitoring.

Condition, verification, and part selection

The offered module is a used part, which means that before re-installation, it is worth paying attention to the correctness of the installation and compatibility with the vehicle's system. When selecting such a component, it is crucial to match it to the specific car configuration and the monitoring system with which it is to work. If necessary, it is worth comparing available solutions in the category of other components mounted in the rear of the vehicle to build a coherent and functional set of devices.

Summary

RAC Advance GPRS OBD2 Tracker Reader Module Unit is a practical tracking module with GPRS connectivity and an OBD2 interface, designed for installation in the rear of the vehicle. It enables remote monitoring of the car's position and integration with diagnostic systems, which supports operational control and service planning. It is a good solution for users looking for a functional and technically advanced tracker that can be incorporated into an existing vehicle monitoring infrastructure.