• Independent driving experiment through 32-bit microprocessor (M4)
  • Learning how to use real-time operating system for automobile through practical exercises
  • Supports about 20 examples and programs of OSEK RTOS
  • Supports priority-based real-time scheduling function
  • Provides development convenience through development tools for OS setting and utilization
  • Supports standard APIs for application developers to easily develop applications
  • Supports CAN for internal communication in vehicles, LIN network technology and Cortex-M4 core
  • Obstacle detection through ultrasonic and infrared sensors
  • Robot motion detection though acceleration sensor
  • Line tracing through phototransistor under the main body
  • Practice wireless control and additional sensor utilization through USN interface
  • Experiment for driving operation through DC Encoder Motor
  • Built-in large capacity battery for unconstrained experiment environment

Product Features

  • Sensor value control and driving (DC motor) control can be performed using 32 bit microprocessor (Cortex-M4) mounted on the main body, which enables independent driving training.
  • For robot control in various environments, sensors such as ultrasonic sensor, infrared sensor, acceleration sensor, photo sensor, etc. are provided.
  • Through USN interface, it is possible to practice wireless control and additional sensor exercises through various application modules in wireless network environment.

Block Diagram

Configuration and Name

Hardware Specifications