This is a modular dock system for the Raspberry Pi Zero 2W, designed to be used with a custom 8 mm chipboard enclosure.
It allows the Pi Zero 2W to be mounted and removed easily from outside the printer case, while providing a cleaner connection setup.
Part 1: Pi Zero 2W Housing
The first part is a small enclosure for the Raspberry Pi Zero 2W, which provides the following features:
USB Type-A connector support:
A slot is provided for a female USB Type-A connector soldered directly to the USB test points underneath the Pi Zero 2W.
This way, you can avoid using the fragile onboard Micro USB port.
40-pin IDE header support:
The housing includes a space for a 40-pin IDE connector.
By installing a standard 2x20 (2.54 mm) pin header on the Pi Zero 2W and inserting it into the housing, the GPIO pins are converted into an IDE-style connector.
LED passthrough:
A small hole is aligned with the Pi Zero 2W’s power and status LEDs, making them visible from outside.
Part 2: Case-Mounted Dock
The second part is the dock system, which allows the Pi Zero 2W enclosure to be connected to the printer case:
This way, the Pi Zero 2W can be easily removed or swapped without opening the printer enclosure, while maintaining solid GPIO connectivity inside the case.
Features
This is a modular dock system for the Raspberry Pi Zero 2W, designed to be used with a custom 8 mm chipboard enclosure.
It allows the Pi Zero 2W to be mounted and removed easily from outside the printer case, while providing a cleaner connection setup.
Part 1: Pi Zero 2W Housing
The first part is a small enclosure for the Raspberry Pi Zero 2W, which provides the following features:
USB Type-A connector support:
A slot is provided for a female USB Type-A connector soldered directly to the USB test points underneath the Pi Zero 2W.
This way, you can avoid using the fragile onboard Micro USB port.
40-pin IDE header support:
The housing includes a space for a 40-pin IDE connector.
By installing a standard 2x20 (2.54 mm) pin header on the Pi Zero 2W and inserting it into the housing, the GPIO pins are converted into an IDE-style connector.
LED passthrough:
A small hole is aligned with the Pi Zero 2W’s power and status LEDs, making them visible from outside.
Part 2: Case-Mounted Dock
The second part is the dock system, which allows the Pi Zero 2W enclosure to be connected to the printer case:
This way, the Pi Zero 2W can be easily removed or swapped without opening the printer enclosure, while maintaining solid GPIO connectivity inside the case.
Features
The author marked this model as their own original creation.