Yahboom ESP32 MicroROS Robot Car Virtual Machine as Controller - Standard Edition

Powerful computing power, combined with Python programming and ROS2 operating system

High cost-effective hardware configuration

Support multiple remote control methods

Aluminum alloy structure, stacked structure

The RDK X3 development board is equipped with the ROS2 operating system, endowing this AI vision car with excellent functionality and maneuverability. The RDK robot car adopts a Mecanum wheel design, which can move flexibly and freely in various environments. The combination of its depth camera and LiDAR enables it to accurately identify and track targets, achieving intelligent navigation and obstacle avoidance functions. Through Jupyter Lab Python programming and deep learning algorithms, the car can recognize, classify, and analyze surrounding scenery in real-time, thereby achieving higher levels of intelligent decision-making and interaction.

1. Computational ability

Using the new RDK X3 development board, with sufficient computing resources to handle real-time data and complex computing tasks, combined with Python programming and ROS2 operating system, various intelligent algorithms can be developed.

2. High cost-effective hardware configuration

The car is equipped with Mecanum wheels, depth cameras, and TOF LiDAR, which can achieve functions such as mapping navigation, intelligent obstacle avoidance, gesture control, and visual line patrol.

3. Support multiple remote control methods

Users can control the car through mobile apps, PS2 controllers, computer keyboards, ROS operating systems, and we have also developed a map navigation app specifically for it, allowing users to achieve map navigation at any time.

4. Aluminum alloy structure, laminated structure

The RDK robot car is made of white sandblasted aluminum alloy material as a whole, with a stacked structure inside. All connecting wires are cleverly stored, making the car look beautiful and tidy as a whole.