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Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Image 1
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Image 2
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Image 3
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Image 4
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Thumbnail 1
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Thumbnail 2
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Thumbnail 3
Arduino Uno R3 – Full Edition (with screw slot) 3D Printer File Thumbnail 4

Arduino Uno R3 – Full Edition (with screw slot)

BennyHuang avatarBennyHuang

January 27, 2026

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Description

The exact picture of the full version model is the middle one and the bottom one, the standard one is the top one.

A modular 3D-printed series for the Arduino Uno R3.
Includes a clean standard case and an open-access variant with precision holes that allow pin headers and jumper wires to be inserted without removing the case — ideal for prototyping and lab use.

This is a series of 3D-printed designs specifically made for the Arduino Uno R3, designed around real prototyping workflows rather than just appearance.
The series currently includes two functionally diverging variants, sharing the same dimensional standard.

Full Edition (with screw slot)
A compact, fully enclosed case designed for:
Finished projects
Long-term installations
Clean and protected setups
All major ports (USB and DC power) remain accessible while the board is securely enclosed.
Screws dimension: M2.5 4mm-6mm (optional, actually the board can stay in its place even without screws if you install the cover part)

The empty rectangular openings allow:
Male pin headers to be inserted directly
Jumper wires and probes to be connected
Testing and debugging without opening or removing the case

This significantly reduces wear, saves time, and improves workflow efficiency during:
Prototyping and rapid iteration
Educational and lab environments
Semi-permanent setups requiring frequent I/O changes

Design Philosophy
An enclosure should protect the Arduino without limiting how it’s used.
Instead of forcing users to choose between protection and accessibility, this series provides variant-based solutions optimized for different stages of a project — from development to deployment.
Future variants can be added while maintaining the same enclosure standard.

License:

Creative Commons - Attribution - Non-Commercial - Share Alike

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