{"title":"Inventor's Kit for MicroPython - KIT-29326","handle":"sparkfun-inventor-s-kit-for-micropython","url":"/products/sparkfun-inventor-s-kit-for-micropython","description":"Start learning embedded electronics with a complete MicroPython kit designed for beginners. It guides you from blinking your first LED through to building and programming an autonomous robot, with no prior programming or electronics experience required.The kit is built around MicroPython, a beginner-friendly implementation of Python 3 for microcontrollers. You can write readable code that interacts with real hardware, helping you focus on electronics concepts rather than complex syntax.Learning is browser-based through an interactive guide using JupyterLite Notebooks, with step-by-step instructions and the coding environment side by side. A more traditional IDE-style version is also included for those who prefer that workflow.At the centre of the kit is the SparkFun RP2350 IoT RedBoard, which can read sensors, control motors and display messages. Built-in WiFi and Bluetooth support provide a path into IoT projects, while Qwiic compatibility opens up expansion with SparkFun’s I2C sensor and actuator ecosystem.Features:Beginner-Friendly: Learn the fundamentals of programming and electronics from the ground up.No Soldering Required: Get creating right away with plug-and-play components and a solderless breadboard.Build Your Own Robot: Projects and circuits culminate in assembling and programming an autonomous robot that can navigate on its own.MicroPython: Uses a beginner-friendly version of Python 3 for programming physical hardware.Browser-Based Interactive Learning: The hands-on learning experience runs in a web browser at sik.sparkfun.com.JupyterLite Notebooks: Step-by-step instructions and coding environment are presented side by side.Traditional IDE Environment: Includes a version that implements a more traditional IDE environment.Expandable and Versatile Hardware: Built around the SparkFun RP2350 IoT RedBoard.Built-in WiFi and Bluetooth: Supports future Internet of Things (IoT) projects once the basics are mastered.Qwiic Ecosystem: Expand into SparkFun’s family of I2C sensors, actuators, shields and cables.Qwiic Connector: Qwiic-enabled boards use a common 1mm, 4-pin polarised connector.Project 1: Light.Circuit 1A: Blink an LED.Circuit 1B: Reading a Potentiometer.Circuit 1C: Reading a Photoresistor.Circuit 1D: RGB Night-Light.Project 2: Sound.Circuit 2A: Buzzer.Circuit 2B: Digital Trumpet.Circuit 2C: “Simon Says” Game.Project 3: Motion.Circuit 3A: Servo Motors.Circuit 3B: Distance Sensor.Circuit 3C: Motion Alarm.Project 4: Display.Circuit 4A: OLED Hello World.Circuit 4B: Digital Temperature.Circuit 4C: Who Am I? Game.Project 5: Robot.Circuit 5A: Motor Basics.Circuit 5B: Remote-Controlled Robot.Circuit 5C: Autonomous Robot.Documentation includes a Getting Started & Project Guide and Jupyter Notebooks, making this a strong launchpad for learning MicroPython, sensors, motors, displays and robotics.","vendor":"SparkFun","product_type":"Electronics Starter Kit","in_stock":true,"options":[],"variants":[{"id":15557,"title":"Default Title","sku":"SF-KIT-29326","mpn":"KIT-29326","price":238.6,"on_sale":false,"in_stock":true,"available_quantity":103}]}