Wireless Remote Control with micro:bit
Contributors:
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Resources and Going Further
Now that you've successfully got your micro:bits communicating, it's time to incorporate it into your own project! Need some inspiration? Check out our other robots found in our robotics section.
Red Box Robot Hookup Guide
Turn an iconic SparkFun red box into an obstacle-avoiding robot.
micro:bot Kit Experiment Guide
Get started with the moto:bit, a carrier board for the micro:bit that allows you to control motors, and create your own robot using this experiment guide for the micro:bot kit.
SparkFun Inventor's Kit Experiment Guide - v4.1
The SparkFun Inventor's Kit (SIK) Experiment Guide contains all of the information needed to build all five projects, encompassing 16 circuits, in the latest version of the kit, v4.1.2 and v4.1.
SparkFun Auto pHAT Hookup Guide
The pHAT to get your projects moving. This guide will help you get started using the Auto pHAT.
Looking for more wireless fun? Check out the following using wireless applications.
Experiment Guide for RedBot with Shadow Chassis
This Experiment Guide offers nine experiments to get you started with the SparkFun RedBot. This guide is designed for those who are familiar with our SparkFun Inventor's Kit and want to take their robotics knowledge to the next level.
Environmental Monitoring with the Tessel 2
Build an air-conditioner monitoring device to collect environment information and store it in the cloud.
SparkFun Arduino ProtoShield Hookup Guide
The SparkFun Arduino ProtoShield PCB and ProtoShield kit lets you customize your own Arduino shield using whatever custom circuit you can come up with! This tutorial will go over its features, hardware assembly, and how to use the shield with an Arduino R3 footprint.
AzureWave Thing Plus (AW-CU488) Hookup Guide
The SparkFun AzureWave Thing Plus is a Feather form-factor development board equipped with the AW-CU488. We'll highlight key features of the board and show you to get started with the development board. A few Arduino examples will be highlighted to connect to a WiFi router, calculate the Fast Fourier Transform (FFT) from an input microphone, output an analog signal to a speaker, and connect an Qwiic-enabled device.
Or try checking out these cool robots from AVC.