The SainSmart Starter Learning Kit, compatible with Arduino - CHIKU is a great way to get started with coding and electronics. It includes the components you need to make fun projects. This is specially suitable for beginners. All-in-one kit, a great starter kit for learning coding. Microcontroller Board: Uno R3 ATmega328P-PU 16U2, fully compatible wit Arudino Great for robot prototyping: Includes Servo&motor, Ultrasonic sensor, Relay, LCD module and etc Updating projects manual and code for the kit, we provide all-rounded after sale service and support.
The micro:bit is a pocket-sized computer that you can code, customize and control to bring your digital ideas, games and apps to life. It’s a small, code-able device. This inventor’s kit include everything you need to create your own micro: bit projects. We also provide detailed instructions and guidance.
All-in-one starter kit for DIY beginners to learn about coding. This kit includes necessary electronic components to make your own micro: bit projects.
It is widely used in school teaching around the world.Not only can the teachers use this kit to stimulate students' interest in learning science, but also the students can practice their creative ideas and get better understanding about coding, electronic circuits knowledge.
SainSmart micro:bit breakout board completely matches with BBC micro:bit pins, which make it more convenient to expand more functions.It also can reduce damage from clip wire.
It can also connect to other devices, sensors, kits and objects, and is a companion to Arduino, Galileo, Kano, littleBits and Raspberry Pi, acting as a spring board to more complex learning
Designed specifically for kids and beginners, the micro:bit is a pocket-sized computer that you can code, customize and control to bring your digital ideas, games and apps to life. It’s a small, code-able device.
【Get Inspired】We have over 200 different activities and resources to try, from easy experiments to creative coding challenges.
【Wide Applications】Micro:bit is widely used in schools around the world. We have dozens of fantastic activities and lesson plans geared towards primary and secondary school teachers.
This retro game DIY kit can not only bring you back to fun time of childhood, but also help you learn about electronics and soldering. This will be an excellent gift for friends and family during holiday season.
【Multiple Retro Games】Comes with 4 retro games: Tetris, Snake, Racing, Shooting, will bring you back to the 90s with tons of joy.
【Easy Assembly】Just need simple soldering and installation to assemble the kit before fun time of playing
【Smart Power Supply】Support USB power supply, but also can run with battery independently.
Robotics and Arduino are two peas in a pod, but for many of us, they seem like difficult concepts to grasp. The truth of the matter is that you can make a robot or Arduino project as sophisticated as you can imagine, but these projects should also be fun and come from a simple start. This is the thinking behind the SainSmart InstaBots product line.
With SainSmart InstaBots Upright Rover Kit we aimed to create something that beginners and experts could both enjoy. SainSmart InstaBots Upright Rover Kit provides all the parts and easy-to-follow instructions, you provide the final result.
Balances, moves, run with two wheels.
Controlled & moved by the remote controller.
One joystick is used to control the robot, the other one is customized.
This product aims to be a hotspot in the home, linking smart devices and sensors together. Including a Wi-Fi board and a relay, this IoT kit helps you easily to make a smart home. Aiming at IoT beginners, a step-by-step tutorials is provided.
NodeMCU has built-in USB-TTL serial with super reliable industrial strength CH340G for superior stability on all supported platforms.
Can be used to control Arduino electronic components like sensor, module, LEDs; but also control household applications remotely from Android/IOS APP.
The kit comes with step-by-step tutorials and sample code which can save lots of your research and learning time.