Instead of stored poses, the ESP32-S3 works out every joint angle from where each foot should be, using inverse kinematics ...

The 121GW is built around an STM32L152 microcontroller and an HY3131 multimeter front-end chip. Turning its machine code back ...

Discover how to build a motorized, segmented Iron Man Mark 5 helmet from start to finish! This step-by-step tutorial uses 3D printing, Arduino Nano, and servo motors for a functional cosplay prop.

From robotics to AI and retro gaming: the number of projects on the open-source platform has doubled. The maker community is ...

There's a lot you can do with this overlooked component ...

Jet Studio delivers a Godot-like editor for building and flashing 2D/3D games to the ESP32-S3. Demos hit high frame rates: a ...

The Arduino USB Camera puts a camera, microphone and adjustable ring light in one USB accessory for projects that need to see ...

There are plenty of “robot” projects out there that are really just a small remote control platform of some sort. We often like to think of robots of having some sort of autonomy though. [Luca Fagioli ...

When you start developing electronics or IoT devices using the ESP32, the first problem you face is, "Which ESP32 should I ...

Why pay a premium for smart devices when an ESP32 and some cheap sensors can do everything for a fraction of the price?

Welcome to the SpikeATac-Mini hardware guide and documentation! SpikeATac-Mini is a human-scale, multimodal tactile fingertip. It contains a thin sensor stack combining 4 PVDF taxels for dynamic ...

Let's learn about How To via these 159 free blog posts. They are ordered by HackerNoon reader engagement data. Visit the ...