This advanced tutorial explains how to combine a SPIKE3 robot with custom RGB NeoPixels using LMS-ESP32 and emulating a Lego Sensor. It covers firmware installation, connecting LEDs, programming with SPIKE Word Blocks or Python, and configuring LED properties with a web configurator tool.
LMS-ESP32 now supports LEGO SPIKE Prime 3.0 for real-time gamepad control, allowing easy setup through firmware updates and customizable template programs for creative robotics applications.
The LMS-ESP32 board’s capacitive touch sensors power a DIY “Simon Says” game with custom LEGO foil sensors, programmed through MicroPython and PyBricks.
Pairing issues with your Bluetooth gamepad, Pybricks and the LMS-EPS32 board can come from many parts in the system. Here’s a step-by-step troubleshooting guide to … Read more
We created some custom blocks in Pybricks Block Coding, to make it easy for you to integrate a gamepad controller in your block code. Any … Read more
Want to control your next project with a gamepad and light up some NeoPixel LEDs? How about adding servo motors managed by your Lego hub? … Read more
Get ready to merge the worlds of LEGO Technic and gaming for an exhilarating remote-controlled experience! This blog post will walk you through building a … Read more
If you’ve been itching to add custom electronics to your LEGO Mindstorms Robot Inventor or LEGO SPIKE Prime, I’ve got something that will make your … Read more
Ever wanted to tell your LEGO SPIKE robot to move forward, and it actually does? Welcome to the exciting world of voice-controlled robots! We’re diving … Read more
LEGO®is a trademark of the LEGO Group of companies which does NOT sponsor, authorize or endorse this site.
Use the ideas, products, and techniques on this website at your own risk. We provide no warranties.
Proud member of the Robotmak3rs Recognized Online Community.
© 2024 Antons Mindstorms
