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Employs a GPS + IMU (Inertial Measurement Unit) system, enabling stable and highly accurate driving tests unaffected by road surface conditions.

LC-8100 GPS Speedometer System

  • LC-8100 GPS Vehicle Speedometer System_No.1

With a pulse output update rate of 100 Hz and a delay time of less than 5 ms, it can be used for a wide range of driving tests, from low-speed tests to acceleration/deceleration tests and braking tests. Its lightweight and compact design makes it easy to set up on vehicles.
The standard inclusion of an IMU (Inertial Measurement Unit) enables stable measurements even in areas where GPS satellite acquisition is poor. Furthermore, settings related to GPS and measurement conditions, as well as logging of measurement items such as speed and distance, can be performed from a connected PC.
The LC-8100 offers a wide range of options to accommodate various measurement and testing applications.

  • LC-8100 GPS Vehicle Speedometer System_No.2

Because it uses a GPS sensor system, testing is possible without being affected by road surface conditions.
The combination of the latest GPS engine and IMU (Inertial Measurement Unit) enables high-precision measurement with a delay time of 5 ms at a high update rate of 100 Hz.
Even in locations where satellite acquisition conditions deteriorate, the IMU (Inertial Measurement Unit) enables stable measurements.
The pulse output delay time is small, less than 5 ms, making it suitable for acceleration/deceleration tests and braking tests.
Vertical measurement, 3-axis acceleration and angle measurements, and other various measurements are available as options.
Various vehicle tests, including logging and acceleration/deceleration tests, are available as software options.
Compact chassis design
Calibration in accordance with the traceability system is possible.

The information on this page is based on the information available at the time of publication.
Please note that if product sales are discontinued, organizational changes are made, or specifications are changed after publication, the information may differ from the latest information.

This page is created by an automatic translation system based on the information in the Japanese version. Details