MCDODO
MCDODO PiSugar2 Portable Pwnagotchi Module for Raspberry Pi Zero W/WH
Adds battery power, real-time clock and button controls to a Raspberry Pi Zero W/WH with a solder-free 10-second install
- TypeSingle Board Computers
- Setup in 10 seconds with no soldering required
- All Raspberry Pi GPIO pins remain free for other uses
- On-board RTC enables real-time clock and timed startup
- Customisable customer button supports short, double and long clicks
- Visual interface shows battery status and advanced settings
Portable Pwnagotchi module
The MCDODO PiSugar2 is a compact add-on board designed for the Raspberry Pi Zero W and WH, turning the single-board computer into a handheld wireless auditing platform. It targets makers, security researchers and hobbyists who want a portable, battery-powered device for on-the-go packet capture and analysis without soldering.
Solder-free mounting with full GPIO access
Installation takes roughly 10 seconds using a small test-pad connection that leaves every GPIO pin free for other hats or sensors. The board matches the standard Pi Zero footprint so it fits existing open-source 3D-printed cases, and it works whether or not GPIO headers are already fitted to the Raspberry Pi.
On-board RTC and programmable button
A built-in real-time clock supplies accurate system time and enables timed startup, while a customer-configurable button accepts independent short, double and long-press actions via shell commands. A visual management interface lets you monitor battery status and adjust advanced settings without editing configuration files manually.
Besonderheiten
- Setup in 10 seconds with no soldering required
- All Raspberry Pi GPIO pins remain free for other uses
- On-board RTC enables real-time clock and timed startup
- Customisable customer button supports short, double and long clicks
- Visual interface shows battery status and advanced settings
Technische Daten
| Type | Single Board Computers |
|---|
Fragen zu diesem Artikel
How does the module connect to the Raspberry Pi Zero without using the GPIO header?
It connects through a small test pad for power, leaving all GPIO pins free and requiring no soldering.
What physical dimensions does the board follow to fit existing cases?
It matches the standard Raspberry Pi Zero footprint so it fits open-source 3D-printed cases.
What is the correct way to attach the module so the test pad makes contact?
Align the board with the Pi Zero and press firmly for about 10 seconds until the test pad seats securely.
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