"RoboCar SUV" is based on a commercial SUV vehicle and is equipped with a vehicle device for Autonomous Driving (a vehicle) incorporating a ZMP control device so that a user can control by putting a control signal from an external device (PC or dedicated device).Package includes main body and development environment.
"RoboCar® SUV" is based on SUV type vehicles that are not available in the previous lineup, while retaining the features of the conventional RoboCar® series. Like the RoboCar® HV / PHV / MiniVan, the RoboCar SUV can acquire the sensor information installed in the base vehicle via the in-vehicle network CAN (Control Area Network), and by using the ZMP's own controller, the accelerator, brake and also it can control steering.
Since it is possible to control the vehicle controlled by the driver (stepping on the accelerator / brake or turning the steering wheel) normally from the user's computer or dedicated device, it is possible to control the vehicle Autonomous Driving , ADAS (advanced driving support system) development and service , It can be used as a platform for developing and verifying sensors and software on actual vehicles.
The RoboCar SUV can acquire values (CAN information such as vehicle speed, 4 wheel speed and steering angle etc.) of sensors and the like which are mounted as standard on the vehicle, and can acquire the in-vehicle network CAN (Control Area Network) from PC and other external devices.It is possible to control the vehicle by inputting operation signals such as accelerator, brake, steering, etc. In addition, APIs and sample applications for inputting data and inputting operation signals are also provided as standards, so we provide it as a platform that can build a vehicle control program immediately after introduction.
In addition, the driver can also drive as before, and also provides "override function" in which control is handed over to the driver operation when driver intervention intervenes while the vehicle is computer controlled.