Products & Services

Small EV bus vehicle-based Autonomous Driving vehicle RoboCar® Mini EV Bus


The RoboCar® Mini EV Bus is based on a small electric bus. This is a vehicle device for Autonomous Driving that incorporates the control device of ZMP so that control can be performed by the user inputting control signals from an external device (PC or dedicated device).

The RoboCar® Mini EV Bus can take advantage of the features of the bus and transport more people automatically while keeping the features of the RoboCar® series.

Like the RoboCar® MiniVan / SUV, RoboCar® Mini EV Bus can acquire sensor information installed in the base vehicle via the in-vehicle network CAN (Control Area Network), and ZMP's unique controller enables steering, acceleration and braking.

Normally, the vehicle controlled by the driver's operation (accelerator / brake, turning the steering wheel) can be controlled from the user's computer or special equipment. It can be used as a vehicle platform at the service site.

RoboCar® Mini EV Bus case study video

The demonstration experiment was conducted by AIRO Inc. (hereinafter “AIRO”), a joint venture of Marubeni Corporation (hereinafter “Marubeni”) and ZMP, as a "practical experiment concerning autonomous driving in the Chubu International Airport restricted area" from March 18 to March 20, 2019.



· Autonomous Driving Minibus which can occupy 11 passengers
· Can acquire CAN information (speed, steering, accelerator, brake, shift position, etc.)
· Programmable steering, accelerator and brake with ZMP original controller
· Switchable between Automatic control mode and Manual mode
· An optional external sensor such as a camera or laser range sensor, a large capacity battery system, or a remote monitoring system can be optionally installed.

Sensor installation​ ​

It is possible to add sensors such as mounted sensors and remote monitoring systems on demand.
Stereo camera
Remote monitoring system


Autonomous Driving software platform IZAC®​ ​

IZAC® is a software platform for Autonomous Driving. By connecting a sensor to a computer (PC) equipped with IZAC® and making it recognize, it is possible to control every machine by making judgments and controlling through IZAC®'s control components. By using the control component developed by IZAC®, it is possible to efficiently run autonomously and develop recognition algorithms.
​ ​IZAC® for Autonomous Driving and ADAS development platform


· For Autonomous Driving service development for transportation of people
· For research and development of the means of movement of the elderly and short-distance moving vehicles
· Mobility service vehicles using Autonomous Driving vehicles
· For evaluation of in-house products / technologies equipped with devices
· For testing of services and applications that link cars and IT


Please contact us for the price details.

Product catalogue

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