6DoF Inertial Sensor for Automotive (6in1 Sensor):Use case

Collaborative Research on Autonomous Agricultural Machinery with ETH Zurich using our 6in1 Sensor

In this video, we showcase a collaborative project with the Federal Institute of Technology Zurich to develop a self-sustaining agricultural robot incorporating our 6in1 sensors.

Introduction of 6in1 Sensors for ADAS/Self-driving

This video provides a detailed explanation of the automotive six-axis inertial sensor (6in1 sensor).
In the recent technology advancement of ADAS and self-driving, inertial sensors capable of high-precision self-position estimation have been demanded more strongly in recent years.
Panasonic has responded to this demand by commercializing automotive six-axis inertial sensor (6in1 sensor) featuring inter-axis orthogonality 0.01° or smaller, conforming to the Functional Safety Standard ASIL-B(D) and self-diagnostic functions.

Ready for autonomous driving - Panasonic Industry and Sensible4

Eager to take self-driving reliability and accuracy to the next level, Sensible4 and Panasonic Industry Europe executed a joint test project levering the synergies between Sensible 4’s proven self-driving software and the benefits of Panasonic Industry’s unrivalled Inertial Measurement Unit (IMU). Find out about the results in this video.

6DoF one platform detects the movement of automotive body and contributes for automobile system applications.

Select by Application

Automotive application
LiDAR / RADAR
 LiDAR / RADAR
Active Suspension
Active Suspension
Passive safety application VDC
(Vehicle Dynamics Control)
パッシブセーフティ VDC(Vehicle Dynamics Control) Electronic Stability Control/Roll over airbag system
Sensors to in-vehicle cameras
Sensors to in-vehicle cameras
ARーHUD
 LiDAR / RADAR
Industrial application/Others
Agricultural / Construction
Agricultural / Construction
Auto Lawnmowers
Auto Lawnmowers
Two-wheeled vehicles
Two-wheeled vehicles
Auto-operation Railway System
Auto-operation Railway System

*Other applications: Navigation, Head light control

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