GeeekPi Ultimate Starter Kit, the all-in-one kit that contains everything you need to get started with your Raspberry Pi and other MCU projects. This kit includes a variety of development boards, such as Raspberry Pi Pico, A-rduino UNO, Ar-duino Mega 2560, ESP32-WROVER and ESP8266, which make it easy to design and create smart devices, IoT prototypes, smart homes and other applications. With our kit, you can easily learn and program the use of sensors with C language, C++, MicroPython and other languages.
What's more, the package comes with a 64GB TF card containing all the codes and other information you need for your experiments. Moreover, you can get access to the corresponding example codes from our GitHub link, which is updated regularly.
GeeekPi Ultimate Starter Kit is perfect for beginners and software engineers as it provides an easy-to-use platform with a variety of sensors, multiple MCU Dev boards and classic tutorials. Get your hands on this amazing kit and start your projects!
You can use different sensor combinations from the kit to make interesting projects, learn various programming languages such as Python, C++, etc., build different circuits to interact with the characteristics and physical world of each module, such as a raindrop sensor to detect if it rains, a sound sensor to detect if there is sound, an inclination sensor to help you detect if an object has fallen. The MP3 module can play different music through programming, and more interestingly, the recording module can detect noise and record it for playback. Stepper motors can make a small mechanical rotating display platform, servo motors can make rudder control systems for ship models, gyroscope modules can help you learn how a quadcopter maintains stability, barometers can get pressure information to calculate the altitude at the current location, flame detection modules can help you make fire system simulators, and ESP32 can not only have basic functions of single chips, but also access the network through configuration, realizing IoT home gateway ... Too many possibilities, looking forward to your exploration!
What projects you can make with those sensors and dev boards ?
DIY your own ultrasonic distance detector by using ESP32 wrover dev board and ultrasonic sensor, OLED display and some jumper wire, it can detect the object in front of ultrasonic sensor and measurement is very accurate.
Components：
1 x 0.96 inch OLED display
1 x ESP32 wrover dev board
1 x Ultrasonic sensor
1 x MicroUSB cable
1 x GeeekPi experiment platform
8 x Male to Male jumper wire
ESP32 Wrover Dev Board with 1.3 inch IPS_LCD Display can show customized chart or calendar on screen and it can be powered by UPS Plus from 52Pi.
Components：
1 x ESP32 wrover dev board
1 x 1.3'' IPS_LCD display
8 x Female to Female jumper wire
1 x MicroUSB cable
1 x [Optional] Power bank or UPS Plus with 18650 batteries.
1 x GeeekPi experiment platform breadboard
Use a sound sensor and a 4bit digital led module with A-rduino Mega 2560 pro Dev board, you can build a sound detector devcie. it is a funny experiment. you can make some noise to activate it and show random digits on the digital led module.
Components :
1 x A-rduino Mega 2560 pro dev board
1 x 4bit Digital led module
1 x sound sensor
1 x MicroUSB cable
1 x [Optional] UPS Plus or Power bank
1 x Sevral jumper wires
1 x GeeekPi experiment platform (breadboard)
When there is someboy move around in front of PIR sensor, it will triger the ultrasonic sensor to work, it will measure the distance between sensor and the moving object and send alarm via lighting up the led strips.
Components:
1 x A-rduino Uno
1 x PIR sensor
1 x Ultrasonic sensor
1 x Several jumper wire (female to female, female to male )
1 x USB2.0 TYPE-B cable (for uploading programming to A-rduino UNO)
1 x RGB LED strip
1 x GeeekPi experiment platform (breadboard)
You can also use Raspberry Pi Pico W with soil moisture sensor to monitor your plants, once they are thirsty, watering it.
Components:
1 x Raspberry Pi Pico W
1 x Soil moisture sensor
1 x MicroUSB cable
1 x GeeekPi experiment platform
3 x female to male jumper wire
You can also build your own RC car with an ultrasonic sensor to detect obstacles in front and make avoidance in advance.
Components:
1 x Ultrasonic sensor
1 x ESP32 Wrover DEV board
1 x DIY RC car
4 x Female to female jumper wire
1 x MicroUSB cable
1 x GeeekPi experiment platform(breadboard)
The TF card contains many documents about Superkit, datasheets, pinout diagrams, and example codes.
In learning, you can refer to the example code and understand the meaning of the code according to the comment information, so as to quickly learn the methods of programming different sensors on different development boards, uploading code, etc. At the same time, through multiple interesting experiments, help everyone understand the use of sensors, and build a strong technical foundation for later DIY projects.
This sensor kit contains 6 main boards and 27 modules, allowing you to do DIY electronics from simple Hello world programming to sensor hardware and coding levels in Python, C++, etc. It is suitable for learning the basic knowledge of mainstream development boards such as A-rduino series, ESP32 WROVER, ESP8266, Raspberry Pi Pico w and various sensors for different applications. You can start your exploration journey with up to 100 interesting projects provided in our demo code!
NOTE: The UPS HAT is not included!
Comprehensive MCU Dev Boards---GeeekPi Ultimate Starter Kit includes Ar-duino UNO, Ar-duino Mega 2560, ESP32-WROVER, ESP8266, and Raspberry Pi Pico W, offering a wide range of possibilities.
Multiple Programming Languages Support---This Ultimate Starter Kit supports C language programming, C++, MicroPython, and other languages, giving you flexibility in your code.
Easy to Use---This starter kit comes with comprehensive guides that makes it easy for beginners to learn and start building their own projects.
A Variety of Sensors---GeeekPi Ultimate Starter Kit includes a variety of sensors for you to use in your project.
Online Resources can access easy and free: ---The kit includes an 64GB TF card,All the codes and other information involved in the experiments in this kit will be stored in the card and the corresponding example code can also be accessed from the GitHub link. The URL link is provided for easy access.and the link will be updated from time to time, ensuring that users can continue to access new tutorials and resources.
