Close

Recent Projects

Open-source and open-hardware custom scientific RPN calculator
Project Owner Contributor

OpenRPNCalc

anton-poluektovAnton Poluektov

Open-source and open-hardware custom scientific RPN calculator
Project Owner Contributor

OpenRPNCalc

anton-poluektovAnton Poluektov

Open-source and open-hardware custom scientific RPN calculator
Project Owner Contributor

OpenRPNCalc

anton-poluektovAnton Poluektov

Open-source and open-hardware custom scientific RPN calculator
Project Owner Contributor

OpenRPNCalc

anton-poluektovAnton Poluektov

incompatible custom(izable) circuit for sending fast data over twisted pairs
Project Owner Contributor

Not an Ethernet Transceiver

yann-guidon-ygdesYann Guidon / YGDES

The mixture-of-experts and multi-model meme is in play, so lets let the reindeer games begin, even if we missed Christmas with Deep-Seek.
Project Owner Contributor

Deep Sneak: For Lack of a Better Name

glgormanglgorman

programmatically create hardware
Project Owner Contributor

typeCAD

typecadtypecad

The ezsound-6x8 is a high-quality, fully isolated multichannel audio interface for the Raspberry Pi 5
Project Owner Contributor

ezsound-6x8 Pi5 multichannel soundcard

stephen-gStephen G

The ezsound-6x8 is a high-quality, fully isolated multichannel audio interface for the Raspberry Pi 5
Project Owner Contributor

ezsound-6x8 Pi5 multichannel soundcard

stephen-gStephen G

The ezsound-6x8 is a high-quality, fully isolated multichannel audio interface for the Raspberry Pi 5
Project Owner Contributor

ezsound-6x8 Pi5 multichannel soundcard

stephen-gStephen G

The ezsound-6x8 is a high-quality, fully isolated multichannel audio interface for the Raspberry Pi 5
Project Owner Contributor

ezsound-6x8 Pi5 multichannel soundcard

stephen-gStephen G

The ezsound-6x8 is a high-quality, fully isolated multichannel audio interface for the Raspberry Pi 5
Project Owner Contributor

ezsound-6x8 Pi5 multichannel soundcard

stephen-gStephen G

This project attempts to prototype a self balancing cube using three reaction wheels
Project Owner Contributor

Reaction Wheel Self Balancing Cube

dami-kimDami Kim

Key Features ✅ Division by zero is defined to return a special value: ∞ ✅ Adds new rules for interactions with ∞, including addition, subtra
Project Owner Contributor

NewMath-InfinityFramework

xatusbetazx17xatusbetazx17

Based on Compute Module - 3D Printed open source design
Project Owner Contributor

Modufix - DIY Open source modular phone

shamblerbowlerShambler.bowler

Based on Compute Module - 3D Printed open source design
Project Owner Contributor

Modufix - DIY Open source modular phone

shamblerbowlerShambler.bowler

A full-featured Forth-based RTOS for ARM Cortex-M
Project Owner Contributor

zeptoforth

travis-bemannTravis Bemann

A full-featured Forth-based RTOS for ARM Cortex-M
Project Owner Contributor

zeptoforth

travis-bemannTravis Bemann

A versatile ESP32-C3-based control board for combat robots, featuring BLE gamepad support for seamless wireless control.
Project Owner Contributor

ESP32 Combat Robot Controller

schwimmflugelSchwimmflugel

A versatile ESP32-C3-based control board for combat robots, featuring BLE gamepad support for seamless wireless control.
Project Owner Contributor

ESP32 Combat Robot Controller

schwimmflugelSchwimmflugel

A versatile ESP32-C3-based control board for combat robots, featuring BLE gamepad support for seamless wireless control.
Project Owner Contributor

ESP32 Combat Robot Controller

schwimmflugelSchwimmflugel

A versatile ESP32-C3-based control board for combat robots, featuring BLE gamepad support for seamless wireless control.
Project Owner Contributor

ESP32 Combat Robot Controller

schwimmflugelSchwimmflugel

A system designed to capture and collect energy from EMFs, now being refined to enhance circuit efficiency and output.
Project Owner Contributor

Ambient Energy Field Converter (AEFC)

rhea-raeRhea Rae

universal gripper based on fpga and ros
Project Owner Contributor

VeriArm

shuhanshuhan

Autonomous battery-swapping station using a rack-and-pinion system + magnets to swap EV batteries seamlessly.
Project Owner Contributor

Automatic Battery Swapper

baaqer-farhatBaaqer Farhat

Autonomous battery-swapping station using a rack-and-pinion system + magnets to swap EV batteries seamlessly.
Project Owner Contributor

Automatic Battery Swapper

baaqer-farhatBaaqer Farhat

Autonomous battery-swapping station using a rack-and-pinion system + magnets to swap EV batteries seamlessly.
Project Owner Contributor

Automatic Battery Swapper

baaqer-farhatBaaqer Farhat

A wordnum clock utilising a Microbit, RTC and 100 addressable RGB LEDs
Project Owner Contributor

WordNum Clock

uk4dshouseuk4dshouse

A wordnum clock utilising a Microbit, RTC and 100 addressable RGB LEDs
Project Owner Contributor

WordNum Clock

uk4dshouseuk4dshouse

A wordnum clock utilising a Microbit, RTC and 100 addressable RGB LEDs
Project Owner Contributor

WordNum Clock

uk4dshouseuk4dshouse

Repurpose 3D printer into H-Field scanner
Project Owner Contributor

From 3D Printer to H-Field Scanner

mario-ninicMario Ninic

Repurpose 3D printer into H-Field scanner
Project Owner Contributor

From 3D Printer to H-Field Scanner

mario-ninicMario Ninic

Repurpose 3D printer into H-Field scanner
Project Owner Contributor

From 3D Printer to H-Field Scanner

mario-ninicMario Ninic

Repurpose 3D printer into H-Field scanner
Project Owner Contributor

From 3D Printer to H-Field Scanner

mario-ninicMario Ninic

Launch monitor using low-cost Raspberry pi and camera hardware to determine ball launch speed, angles and spin
Project Owner Contributor

PiTrac - The DIY Golf Launch Monitor

james-pilgrimJames Pilgrim

Launch monitor using low-cost Raspberry pi and camera hardware to determine ball launch speed, angles and spin
Project Owner Contributor

PiTrac - The DIY Golf Launch Monitor

james-pilgrimJames Pilgrim

Launch monitor using low-cost Raspberry pi and camera hardware to determine ball launch speed, angles and spin
Project Owner Contributor

PiTrac - The DIY Golf Launch Monitor

james-pilgrimJames Pilgrim

Launch monitor using low-cost Raspberry pi and camera hardware to determine ball launch speed, angles and spin
Project Owner Contributor

PiTrac - The DIY Golf Launch Monitor

james-pilgrimJames Pilgrim

Launch monitor using low-cost Raspberry pi and camera hardware to determine ball launch speed, angles and spin
Project Owner Contributor

PiTrac - The DIY Golf Launch Monitor

james-pilgrimJames Pilgrim

Launch monitor using low-cost Raspberry pi and camera hardware to determine ball launch speed, angles and spin
Project Owner Contributor

PiTrac - The DIY Golf Launch Monitor

james-pilgrimJames Pilgrim

Going up?

About Us Contact Hackaday.io Give Feedback Terms of Use Privacy Policy Hackaday API

© 2025 Hackaday