MakerSpace

@makerspace-online.com

350 Followers 43 Following

MakerSpace is about technology you can use to build your own stuff. Turn your ideas into reality with hands-on projects for makers. https://makerspace-online.com

Photo: The internal M.2 2280 slot of the Raspberry Pi 500+ with a pre-installed 256GB NVMe SSD. © Raspberry Pi Ltd
The Super Mini ESP32-H2 (left) and the ESP32-H2-DEV-KIT-N4 (right) are ideal development boards for experimenting with OpenThread in ESPHome
Video system signal flow. Displays shown in blue can be seen in the control room photo
The Orange Pi RV2 has a surprisingly good feature set given its low price. In addition to the four USB ports, there are two M.2 ports for NVMe. © orangepie.org
The Code::Blocks IDE helps you use AI models
A Pico 2W and a Pimoroni Pirate Audio HAT are all it takes to build a compact web radio
Script for the Neopixel project
Photo of the test setup with an ESP32 DevKit and two LED rings
To get started, you first need to decide which programming language you want to use for your project.
In the sample project, the gesture sensor sits above the Waveshare TFT screen.
The DietPi-Software module lets you access the DietPi software
Download the CircuitPython firmware file for Raspberry Pi Pico.
On a real breadboard, a circuit always looks messier than in a diagram
Diagram: Node-RED lets you react to MQTT messages from the ChirpStack LoRaWAN network server.
The DJI Ryze Tello with the highly recommended propeller guards from the accessories range. Source: DJI
Diagram: Use SSH and TCP sockets to send notification messages from a Raspberry Pi or Arduino to a Linux desktop
Photo of a lean, mobile information display fits anywhere and is frugal in terms of resources
Photo of a passive buzzer (left) and two raw buzzers (center, right)
Diagram of the simulator architecture
Lead Image © videodoctor, 123RF.com
photo of a rover and the controls from the NiceGUI-interface
Diagram: Flight simulator organization
Labeled image of the completed power supply
Picture of some of the test candidates used for accuracy testing
3-D model of the bedside clock you can build with this project
Screenshot: Ubuntu 24.04 looks exactly the same on the Raspberry Pi as it does on a normal PC, despite the different architecture.
screenshot: The arduino-cli command supports several subcommands for Arduino software development.
Node-RED test logic to control a motor
Schematic for the GPS recorder
CO2 levels, temperature, and humidity as measured by the various CO2 sensors.
Screenshot: Jellyfin impresses with a catchy and clear interface
Diagram: Homebrew applications can be installed on the PS Vita using the VitaDB Downloader tool, and the VitaShell utility lets you access the PS Vita’s filesystem via USB or FTP connections.
Diagram of the Julia and Raspberry Pi test setup
Screenshot: Proxmox uses KVM/Qemu for virtual machines and also supports LXC containers. © Proxmox Server Solutions GmbH
Diagram: An RTOS service comprises tasks, timers, queues, mutexes, and semaphores.
OpenWrt system monitoring.
Photo of a low cost Arduino NodeMCU module is connected to a DHT22 sensor
NEON Commands in neontut.c
The SVG component has an editor, and you can also import SVG files.
Image of a Python/Snek switch: LED dictionary to control lights
Photo of the fully assembled AI HAT
Screen shot of the Passbolt server’s management interface
3D Viewer shows the example project with all its components.
You can use the unpopulated header between the USB-C and Micro HDMI ports for a dedicated button. This image shows the board with soldered pins.
Image of a cross section of a PCB showing vias (copper color), tracks covered in resist (green), non-copper area (darker green), the substrate (yellow/gold), the GIT repos are now in place.
screenshot of the online construction plan, which turns assembling the model into child’s play
In the browser, CasaOS welcomes you with a clearly laid out interface. It displays some information about the computer on the left and lets you launch the App Store and the file manager.
photo of the PiJuice Zero HAT helps a Pi Zero with power management
The finished camera, consisting of a Pi Zero 2W and the new Pi Cam 3
Picture of the coin counter project. A TCRT5000 module has been affixed below each coin slot.
Build a Matter device yourself: The test setup used an ESP32 DevKitC
A diagram showing an overview of the dimensions of the Raspberry Pi 5 (measured in millimeters).
The Raspberry Pi Zero 2 W connected to a monitor, keyboard and mouse for development.
photo of MQ2 and MQ3 gas sensors measure the CO2 concentration as the change in the resistance on a metal oxide layer