Dive into the exciting world of robotics with this all - in - one robotics engineering system. It comes with sensors, motors, a core controller, and hundreds of snap - together building pieces. You can follow the instructions to assemble ten unique robots or let your creativity flow and design your own. This engaging robotics curriculum starts with simple robot builds, teaching you how to use sensors for robot control. Build an obstacle - avoiding ultrasound robot, a drawing robot, and a touch - sensing one. Then, move on to more complex multi - function robots like a ball - shooting, crawling, or grabbing robot. You can even construct a robotic arm, a butler robot, a light - seeking robot, and a cool scorpion robot. Once you've mastered the instructed models, you'll have the skills and tools to create your own amazing robotic masterpieces. Control the robots in real - time or program them using an easy - to - use, free downloadable app for iOS or Android tablets and Windows PCs. The mobile app connects wirelessly via Bluetooth Low Energy, while the PC app connects via a USB cable. The app uses Google Blockly, an open - source visual block programming library, to make coding quick and understandable. A 64 - page, full - color manual provides step - by - step illustrated building instructions and guidance on programming and operating all the robot models. The kit includes essential robotic components such as an ultrasonic sensor (your robot's eyes for distance measurement), a light sensor (to detect light intensity), two touch sensors (your robot's fingers), two precision servo motors for accurate movement, two geared motors to drive the robots, a CB1 core controller (the robot's brain, ears, and voice), a speaker for making sounds, and a sound sensor (your robot's ears). You'll need 6 AA batteries (1.5 - volt, type AA/LR6) or 6 AA rechargeable batteries (1.2 - volt, type AA, HR6/KR6), along with a tablet and/or PC with Internet access. For an external DC power source, a 5V 2.5A DC power supply is recommended. The app requires a tablet running iOS or Android, and you should check app stores for compatibility. The desktop app needs a Windows desktop or laptop PC with a USB 2.0/3.0 port and Internet connection. It was developed on Windows 10 and is expected to work on Windows 7 or higher, with minimum system requirements of a dual - core 2.4 GHz processor (i5 or i7 Intel or AMD equivalent), 4 GB RAM, 100 MB free hard drive space, 802.11g/n wireless for laptops (WPA2 support required), and a 19 - inch LCD monitor for desktops.
Using this robotics system is a breeze. First, gather all the components from the kit and find a clean, flat surface to work on. Refer to the 64 - page manual for step - by - step building instructions. Start with the simple robot models to get familiar with how the sensors and motors work. Once you've built a robot, connect it to the app. For tablets, use the Bluetooth Low Energy connection; for PCs, use the USB cable. The app makes it easy to program the robot using visual blocks. You can control the robot in real - time or set up a series of commands. When it comes to power, you can use 6 AA batteries or rechargeable ones. If you want to use an external power source, make sure it's a 5V 2.5A DC power supply. Keep in mind that the app requires a tablet running iOS or Android, so check the app stores for compatibility. The desktop app needs a Windows PC with specific requirements. For maintenance, keep the components clean and dry. Avoid exposing them to extreme temperatures or moisture. If a sensor or motor isn't working properly, check the connections and make sure they're secure. If you're not using the kit for a while, store it in a safe place to prevent damage.
