Photon Robot Home Kit: Advanced Robotics & Coding (Includes 2x ZE_05 Robots) - Product - Midwich

For kids and teens who have outgrown basic toy robots, finding a system that challenges their growing intellect can be a struggle. Powered by two Photon Robot ZE_05 Home Edition units, the Advanced Robotics & Coding Kit transforms your living room or study into a hands-on hardware engineering lab.

This premium home kit combines the multiple sensors of the Photon Robot with the world-famous BBC micro:bit mini-computer. Through an engaging, interactive learning environment, your child won't just play games—they will learn how hardware and software communicate in the real world. By tethering the micro:bit to the ZE_05 robot, teens and young creators can transition from visual blocks to text coding in Python and JavaScript, learning the exact programming skills utilized by modern software developers and engineers.

• 2x Photon Robot – Home Version (ZE_05): Consumer-grade smart robots featuring full smart sensor integration and advanced text-coding capabilities.
• 2x BBC micro:bit v2 Microcontrollers: Pocket-sized mini-computers that introduce children to physical computing and independent electronics engineering.
• 2x Custom micro:bit Robot Mounts: Modular, clip-on brackets to physically mount the micro:bit boards directly onto the Photon shells.
• 2x Photon Magic Dongles: Allows simple multi-robot pairing and advanced dual-device programming from any home PC or laptop.
• 15 Step-by-Step Advanced Activity Guides: Specialized projects designed for self-guided learning, helping teens master variables, loops, data collection, and automation.
• Complete High-Speed Cable Assembly: Includes 2 long USB cables, 2 short USB cables, and 2 OTG adapters for complete hardware connectivity.
• Dual External Power Kits: 2 AAA battery boxes (batteries included) to independently power the micro:bit modules during mobile, wireless operations.
• Tactile Project Accessories: Includes 2 high-strength neodymium magnets and structural assets to build physical programming mazes at home.