A developmentready robotics platform powered by a performance Raspberry Pi 4B single board computer. Designed for learning, prototyping, and secondary development, it combines builtin behaviors, flexible control, and accessible programming support to accelerate projects and classroom activities. Key benefits Readytouse behaviors: Includes face activation, group control, and prebuilt games such as target tracking and smart carrier to demonstrate key robotics capabilities out of the box. Fast prototyping and custom development: Powered by a performance Raspberry Pi 4B board with full Python support, enabling rapid development, testing, and iteration. Learning and community resources: Abundant tutorials and opensource code lower the learning curve and provide practical examples for both beginners and experienced developers. Flexible control options: Supports programmatic control via Python and manual control options, making it suitable for users at all skill levels. Extensible for applied projects: Designed for secondary development projects such as sensor integration, visual picking, and automated carrier systems. Function and compatibility Core functions: faceactivation, group control, target tracking, smart carrier, and visual picking demonstrations. Compatibility: Designed to work with the Raspberry Pi 4B single board computer and standard Python development tools and libraries. Performance: performance single board computing enables realtime vision tasks and responsive control for interactive demos and prototypes. Practical applications Classroom and workshops: Use the included games and faceactivation features to teach computer vision concepts, control systems, and basic robotics programming. Prototype visual picking systems: Combine the platform with camera and sensor modules to develop and test object detection and automated pickandplace workflows. Multiunit coordination: Demonstrate group control strategies for coordinated tasks such as collaborative transport or swarm behaviors. Why this product solves common development problems Reduces setup time with prebuilt behaviors and clear tutorials so developers and educators can focus on design and learning rather than initial configuration. Provides a performance compute base suitable for vision and sensordriven tasks without requiring specialized hardware expertise. Opensource code and Python support make transparent and repeatable, improving reproducibility and accelerating iteration. What you get A development platform centered on a Raspberry Pi 4B compatible board, preconfigured behaviors, and extensive learning materials to support educational and prototype projects. This platform is suitable for educators, students, and developers seeking a practical, extensible solution for vision driven robotics and sensor integration projects.