- UGV Beast Tracked AI Robot, Dual Controllers, All-Metal Body for Raspberry Pi 4B w/ Pan/Tilt (No Pi, UK)
- Features dual-controller for optimal performance
- Supports real-time video streaming with 5MP camera
- Navigates complex terrains with tracked chassis
- Ensures clear visuals with 360° pan-tilt and LED
- Facilitates AI projects with OpenCV and MediaPipe
The UGV Beast Tracked AI Robot, Dual Controllers, All-Metal Body for Raspberry Pi 4B w/ Pan/Tilt (No Pi, UK) is an advanced open-source robotic platform designed for exploration and innovation. This robot is ideal for technology enthusiasts, makers, and beginners in programming, offering a robust foundation for delving into intelligent technology. It features a dual-controller design that combines the high-level AI capabilities of the Raspberry Pi host controller with the efficient basic operations of the sub-controller, ensuring precise and smooth functionality.
This AI robot is equipped with a 5MP 160° wide-angle camera and supports high-frame rate real-time video transmission, making it an excellent platform for implementing creative ideas. The robot's all-metal body and tracked mobile chassis with independent suspension systems provide stability and durability, allowing it to navigate complex terrains with ease. The 360° flexible omnidirectional pan-tilt enhances its adaptability, while the high-brightness LED light ensures clear imaging in low-light conditions.
The UGV Beast supports a wide range of AI computer vision functions, including recognition, tracking, and targeting based on OpenCV. It also features face detection, intelligent object recognition, and gesture recognition using MediaPipe, enabling interactive AI experiences. The robot's vision line tracking capability facilitates autonomous driving, and its multi-functional mounting plate allows for the installation of various peripherals, enhancing its expandability.
Control of the UGV Beast is facilitated through a cross-platform web application, eliminating the need for additional software installations. Users can connect and control the robot via mobile phones, tablets, or computers using a browser-based interface. The robot supports WebRTC real-time wireless transmission, providing seamless video and data communication. Additionally, it offers multiple audio interaction methods and supports ESP-NOW wireless communication between robots, enabling collaborative operations.
The robot's high-strength aluminum body houses a high-speed motor with high-frequency PID closed-loop speed control, ensuring quick response times without burdening the host controller's resources. The UGV Beast is designed for easy expansion and customization, making it a versatile tool for learning and secondary development.
