Waveshare RaspRover 4WD AI Robot, Dual Controllers, All-Metal Body, Computer Vision for Pi 4B (EU)

• Waveshare RaspRover 4WD AI Robot, Dual Controllers, All-Metal Body, Computer Vision for Pi 4B (EU)
• Feature dual-controller design for AI and efficiency
• Integrate high-frame rate video transmission
• Support AI functions: color, face, gesture recognition
• Include omnidirectional pan-tilt with 5MP camera
• Enable remote control via web app and gamepad

The Waveshare RaspRover 4WD AI Robot, Dual Controllers, All-Metal Body, Computer Vision for Pi 4B (EU) is an advanced robotic platform designed for exploration and innovation in intelligent technology. It is particularly suitable for technology enthusiasts, makers, and beginners in programming. This robot integrates a high-performance Raspberry Pi computer, enabling it to handle complex strategies and functions while fostering creativity. The dual-controller design combines the AI capabilities of the host controller with the efficient operations of the sub-controller, ensuring precise and smooth performance.

The RaspRover is equipped with a high-frame rate real-time video transmission system and multiple AI computer vision functions, making it an ideal platform for realizing creative ideas. It supports remote control via a web application, eliminating the need for software downloads. The robot's all-metal body and high-strength aluminum construction provide durability and robustness, while the 5MP wide-angle camera captures detailed images.

This robot supports various AI functions, including color recognition, automatic targeting, face detection, and gesture recognition, utilizing OpenCV and MediaPipe frameworks. It also features vision line tracking for autonomous driving, allowing users to explore basic algorithms of autonomous navigation. The RaspRover offers multiple audio interaction methods, including text-to-speech and audio playback, facilitated by an onboard audio driver board and dual-track speaker.

The RaspRover's design includes reserved space for peripheral expansion, supporting additional components like LIDAR. It employs ESP-NOW wireless communication for low-latency interaction between multiple robots, enhancing collaborative capabilities. The robot can be controlled via a wireless gamepad, providing a flexible operation experience, and supports 4G/5G module installation for scenarios without WiFi.

The platform is complemented by cross-platform interactive tutorials, accessible via Jupyter Lab, which aid in learning and secondary development. The RaspRover's high-speed motors and high-frequency PID closed-loop speed control ensure quick response and accurate speed management. Its multi-functional driver board, featuring an ESP32 module, handles various computational tasks, optimizing the host controller's resources.