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Unmanned minicar RoboCar MV 2

Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
Unmanned minicar RoboCar MV 2
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RoboCar® MV2 is based on "COMS", an ultra-compact electric vehicle manufactured by Toyota Auto Body. It is an experimental ultra-compact electric vehicle that can control the steering, accelerator and brakes from a computer.

A library is available that can control vehicle speed, brakes, steering wheel operations, etc., so users can explore and develop applications such as obstacle avoidance, autonomous driving and remote control without hindrance.

It is used for the research and development of driving support and preventive safety technologies, and for evaluating proprietary products and technologies in research institutions such as car and parts manufacturers, as well as universities.

RoboCar® MV2 System Configuration

Passenger capacity 1 person

Cargo weight ~ 30 [kg]

Size ~ 2.4 × 1.1 × 1.5 [m]

Vehicle weight ~ 410 [kg]

Drive system 1 Rear-wheel drive with motor differential

Front suspension McPherson coil spring

Rear suspension Torsion beam coil spring rear location

Brake actuation method Front wheel hydraulic disc / rear wheel hydraulic drum

Maximum output 5 [kW]

Maximum torque 250 [Nm]

Maximum speed 60 [km / h]

Power supply Lead-acid battery

Battery charger Mains charging / AC 100 [V]

Charging mileage ~ 50 [km]

Standard charging time ~ 6 hours

Communication Wireless network

Communication standard MOCH


Vehicle 2-seater (tandem)

Sensor Millimeter wave radar, IMU, GPS, etc.

Power supply Li-ion battery

User interface

Application Development for iPad / iPhone / Android / Windows Mobile

Communication 3G, Wimax

Measuring Equipment PC Experimental Operation


Steering, accelerator and brake controls

User program can be executed with own ZMP controller

Ability to switch between automatic control mode and manual mode


For the research and development of vehicles for the elderly and short-distance vehicles

Research and development of technologies for driving support and preventive safety

To evaluate proprietary products and technologies on real vehicles

For testing services and applications that link cars and IT


RoboCar® MV2 Over $ 74,000 (tax excluded)

RoboCar® MV2 2017 Platform and 4 Wheel Encoder Kit, Control PC and SDK.

RoboCar® MV2 Remote Control Package More than $ 83,000 (tax excluded)

Added RoboCar® MV2 2017 package with dedicated PC for remote control, Wi-Fi router, steering controller.

RoboCar® MV2 Autoware Package Over $ 123,000 (tax excluded)

RoboCar® MV2 2017 is a package that can operate autonomously, recognizing the position of the vehicle and surrounding objects, by installing a laser radar, camera and autonomous driving software Autoware.

Installation Result

List of RoboCar® MV2 Use Cases

What is a micro-electric vehicle (micro-electric vehicle)?

An ultra-compact electric vehicle is a single-seater four-wheeled motorcycle that is classified as a minicar (Road Transport Law) and can be operated with a regular car license.

What is a minicar?

A three-wheeled or more conventional vehicle with a cab with a total length of 2.5 m or less, an overall width of 1.3 m or less, an overall height of 2.0 m or less, a total displacement of more than 20 cm3 and less than 50 cm3, or rated power from 0.25 kW to 0.6 kW. According to the Road Traffic Law, the maximum permitted speed is 60 km / h because it is handled like a normal car. According to the Motor Vehicle Law, this is a moped and liability insurance is treated as a moped and no vehicle inspection is carried out. Registration does not require a garage certificate.

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  • Stock:
  • Model: RoboCar-MV2
  • Weight: 410.00kg
  • Dimensions: 240.00cm x 110.00cm x 150.00cm
Ex Tax: $74,000.00