Discover the innovative way to learn robotics with our educational robot car. By choosing this product, you can migrate complex computing tasks to a PC virtual machine environment, eliminating the need for an embedded development board like Jetson NANO or Raspberry Pi as the main controller. The robot car transmits data and information to the PC virtual machine system via the ESP32 co-processor using MicroROS's WIFI UDP function, allowing for calculations and decision-making on the remote PC.
Key Features
Cost-effective solution with a virtual machine controller, departing from traditional development boards.
Enhanced remote communication through the built-in ESP32 in the MicroROS control board.
Packed with course materials and source codes crafted for user reference, courtesy of the ROS2-Humble operating system and Python3 programming.
Supports various functions including lidar obstacle avoidance, mapping navigation, RVIZ simulation, multi-machine synchronization control, and remote control via app or handle.
Durable and elegant design made of anodized aluminum alloy with a robust 310 encoder motor and a high-capacity 7.4V battery.
Specifications
VM Operating System Version: Ubuntu 22.04
ROS2 Operating System Version: Humble
Connection Method: WiFi-UDP
Programming Languages: Python, C
Input: 6-axis IMU, MS200 lidar, motor with encoder, Custom GPIO x2, custom buttons, ROSWiFi camera module (Vision version only)
Output: Buzzer, 310 motor interface x4, 2DOF servo PTZ (Vision version only)
Motor: 310 metal motor with encoder x4, Speed: 450±10rpm, Torque: 4kg·cm
Wheel Type: Rubber tires (size 48x21.5mm)
Power Supply: 7.4V 2000mAh 2S lithium battery
Battery Life: Standard version: 5 hours, Vision version: 3 hours
Power Interface: T-shaped power supply, DC4 0x1.7 charging interface
Communication: LAN WiFi network
Safety Features: Short-circuit and over-current protection
Body Material: Anodized aluminum alloy
Dimensions: 198.60x153.00x124.18mm
Weight: 905.5g (weight varies with different versions)
Estimated Delivery: -
