Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.
Description
Waveshare RaspRover 4WD AI Robot, Dual Controllers, All-Metal Body, Computer Vision for Pi 5 (EU)
Features dual-controller design
Integrates AI and computer vision
Supports real-time video transmission
Constructed with all-metal aluminum body
Enables autonomous navigation and tracking
The Waveshare RaspRover 4WD AI Robot, Dual Controllers, All-Metal Body, Computer Vision for Pi 5 (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 who wish to delve into the world of AI and robotics. This robot is powered by a high-performance Raspberry Pi computer, which facilitates complex strategies and functions, thereby fostering creativity and innovation.
The RaspRover features a dual-controller design that integrates the high-level AI capabilities of the host controller with the efficient basic operations of the sub-controller. This configuration ensures precise and smooth operations. The robot can be controlled remotely through a web application, eliminating the need for software downloads. It supports real-time video transmission and multiple AI computer vision functions, making it an ideal platform for realizing creative ideas.
Equipped with a 5MP wide-angle camera, the RaspRover supports various AI functions such as color recognition, face detection, and gesture recognition, all based on OpenCV and MediaPipe technologies. These capabilities enable the robot to perform tasks like automatic targeting, photo capturing, and video recording. The robot also features vision line tracking for autonomous driving, allowing users to explore basic algorithms of autonomous navigation.
The RaspRover's all-metal body is constructed from high-strength aluminum, providing durability and robustness. It includes a high-speed motor with high-frequency PID closed-loop speed control for quick and accurate movements. The robot's design also accommodates the expansion of peripherals, with reserved space and mounting options for additional components like LIDAR.
For communication, the robot utilizes the ESP-NOW protocol, allowing multiple robots to interact without the need for IP or MAC addresses. It also supports 4G/5G expansion for scenarios lacking WiFi connectivity. The robot's multi-functional driver board, equipped with an ESP32 module, handles various computational tasks and sensor data processing, ensuring efficient operation and resource management.
