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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

A system designed to capture and collect energy from EMFs, now being refined to enhance circuit efficiency and output.
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Ambient Energy Field Converter (AEFC)

rhea-raeRhea Rae

Repurpose 3D printer into H-Field scanner
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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
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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

We are working on a project to help Yousra to cut food easily taking into account her disability.
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Yousra s knife

kanaito-russokana.ito-russo

Running MicroPython on Raspberry Pi Pico using real MSX hardware as console.
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MicroPython using MSX Hardware

carlosCarlos

Running MicroPython on Raspberry Pi Pico using real MSX hardware as console.
Project Owner Contributor

MicroPython using MSX Hardware

carlosCarlos

Running MicroPython on Raspberry Pi Pico using real MSX hardware as console.
Project Owner Contributor

MicroPython using MSX Hardware

carlosCarlos

Running MicroPython on Raspberry Pi Pico using real MSX hardware as console.
Project Owner Contributor

MicroPython using MSX Hardware

carlosCarlos

Running MicroPython on Raspberry Pi Pico using real MSX hardware as console.
Project Owner Contributor

MicroPython using MSX Hardware

carlosCarlos

Inspired by The Soul of a New Machine Im designing and building a 16-bit CPU with virtual memory, CPU cache, and rich addressing modes
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Homebrew 16-bit CPU

anthony-fauliseAnthony Faulise

Inspired by The Soul of a New Machine Im designing and building a 16-bit CPU with virtual memory, CPU cache, and rich addressing modes
Project Owner Contributor

Homebrew 16-bit CPU

anthony-fauliseAnthony Faulise

Inspired by The Soul of a New Machine Im designing and building a 16-bit CPU with virtual memory, CPU cache, and rich addressing modes
Project Owner Contributor

Homebrew 16-bit CPU

anthony-fauliseAnthony Faulise

Recreating a small and updated version of the legendary 2-player trackball arcade game TEHKAN WORD CUP
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MINI ARCADE TEHKAN WORLD CUP WITH TRACKBALLS 2P

srrubioSrRubio

Recreating a small and updated version of the legendary 2-player trackball arcade game TEHKAN WORD CUP
Project Owner Contributor

MINI ARCADE TEHKAN WORLD CUP WITH TRACKBALLS 2P

srrubioSrRubio

Recreating a small and updated version of the legendary 2-player trackball arcade game TEHKAN WORD CUP
Project Owner Contributor

MINI ARCADE TEHKAN WORLD CUP WITH TRACKBALLS 2P

srrubioSrRubio

Recreating a small and updated version of the legendary 2-player trackball arcade game TEHKAN WORD CUP
Project Owner Contributor

MINI ARCADE TEHKAN WORLD CUP WITH TRACKBALLS 2P

srrubioSrRubio

Recreating a small and updated version of the legendary 2-player trackball arcade game TEHKAN WORD CUP
Project Owner Contributor

MINI ARCADE TEHKAN WORLD CUP WITH TRACKBALLS 2P

srrubioSrRubio

Building a wireless print-in-place 3d printed sea scooter without the need for any holes or seals for connectors, power or even drive shaft!
Project Owner Contributor

Print-in-Place Sea Scooter

benBen

The aim of this project is to make high grade DIY or turnkey AFM.
Project Owner Contributor

Atomic Force Microscope - from ground up

100dollarhacker100dollarhacker

A sensitive metal detector which is a great example of cooperation between a microcontroller and an Android smartphone.
Project Owner Contributor

DIY -Spirit PI- ESP32 + Smartphone Metal Detector

mircemkmircemk

A sensitive metal detector which is a great example of cooperation between a microcontroller and an Android smartphone.
Project Owner Contributor

DIY -Spirit PI- ESP32 + Smartphone Metal Detector

mircemkmircemk

A sensitive metal detector which is a great example of cooperation between a microcontroller and an Android smartphone.
Project Owner Contributor

DIY -Spirit PI- ESP32 + Smartphone Metal Detector

mircemkmircemk

Lana and Venus: CS012 Project!
Project Owner Contributor

Precision-Tracking and Self-Stabilizing Camera

venus-aradhyaVenus Aradhya

Another Open Hardware Keyboard using QMK Firmware
Project Owner Contributor

Mioke80 ISO and ANSI 99 Key ~80% Keyboard

michael-otooleMichael O'Toole

Another Open Hardware Keyboard using QMK Firmware
Project Owner Contributor

Mioke80 ISO and ANSI 99 Key ~80% Keyboard

michael-otooleMichael O'Toole

Another Open Hardware Keyboard using QMK Firmware
Project Owner Contributor

Mioke80 ISO and ANSI 99 Key ~80% Keyboard

michael-otooleMichael O'Toole

Another Open Hardware Keyboard using QMK Firmware
Project Owner Contributor

Mioke80 ISO and ANSI 99 Key ~80% Keyboard

michael-otooleMichael O'Toole

Another Open Hardware Keyboard using QMK Firmware
Project Owner Contributor

Mioke80 ISO and ANSI 99 Key ~80% Keyboard

michael-otooleMichael O'Toole

Another Open Hardware Keyboard using QMK Firmware
Project Owner Contributor

Mioke80 ISO and ANSI 99 Key ~80% Keyboard

michael-otooleMichael O'Toole

Designed for hand assembly and low cost. Can be powered from an STM32, RP2040, or any module with enough GPIOs.
Project Owner Contributor

Basic Hot-Swappable Keyboard with RGB

michael-otooleMichael O'Toole

Designed for hand assembly and low cost. Can be powered from an STM32, RP2040, or any module with enough GPIOs.
Project Owner Contributor

Basic Hot-Swappable Keyboard with RGB

michael-otooleMichael O'Toole

Designed for hand assembly and low cost. Can be powered from an STM32, RP2040, or any module with enough GPIOs.
Project Owner Contributor

Basic Hot-Swappable Keyboard with RGB

michael-otooleMichael O'Toole

Designed for hand assembly and low cost. Can be powered from an STM32, RP2040, or any module with enough GPIOs.
Project Owner Contributor

Basic Hot-Swappable Keyboard with RGB

michael-otooleMichael O'Toole

Designed for hand assembly and low cost. Can be powered from an STM32, RP2040, or any module with enough GPIOs.
Project Owner Contributor

Basic Hot-Swappable Keyboard with RGB

michael-otooleMichael O'Toole

Designed for hand assembly and low cost. Can be powered from an STM32, RP2040, or any module with enough GPIOs.
Project Owner Contributor

Basic Hot-Swappable Keyboard with RGB

michael-otooleMichael O'Toole

STM32F411 (LQFP64) and RP2040 Modules for QMK and VIA Keyboard Software Development
Project Owner Contributor

Keyboard Development Boards (QMK-VIA)

michael-otooleMichael O'Toole

STM32F411 (LQFP64) and RP2040 Modules for QMK and VIA Keyboard Software Development
Project Owner Contributor

Keyboard Development Boards (QMK-VIA)

michael-otooleMichael O'Toole

STM32F411 (LQFP64) and RP2040 Modules for QMK and VIA Keyboard Software Development
Project Owner Contributor

Keyboard Development Boards (QMK-VIA)

michael-otooleMichael O'Toole

STM32F411 (LQFP64) and RP2040 Modules for QMK and VIA Keyboard Software Development
Project Owner Contributor

Keyboard Development Boards (QMK-VIA)

michael-otooleMichael O'Toole

STM32F411 (LQFP64) and RP2040 Modules for QMK and VIA Keyboard Software Development
Project Owner Contributor

Keyboard Development Boards (QMK-VIA)

michael-otooleMichael O'Toole

STM32F411 (LQFP64) and RP2040 Modules for QMK and VIA Keyboard Software Development
Project Owner Contributor

Keyboard Development Boards (QMK-VIA)

michael-otooleMichael O'Toole

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