Parametric ESP32 / ESP8266 Enclosure – Fusion 360
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Parametric Fusion 360 enclosure for ESP32/ESP8266 breakout boards with adjustable size, USB cutout, and PCB mounting.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Electronics
- Licencja
- Creative Commons — Attribution — Share Alike
This is a fully parametric Fusion 360 design for a 3D-printable enclosure intended for ESP processors (ESP8266, ESP32, etc.) mounted on breakout boards.
All key dimensions and features are controlled via parameters, allowing you to easily adapt the enclosure to your specific board, wiring, and additional components. The breakout board is mounted close to the front wall so an optional USB cutout can be used for both power and flashing.
The design includes a screw-on lid with configurable overlap and clearance. Optional ventilation slots (side) and ventilation holes (lid) can be enabled if required. Depending on your parameter settings, there is enough internal space for additional modules connected via Dupont jumper cables.
Parameters are organized into logical groups via a suffix and should be sorted to show the groups.
Identifier | Group |
a | Box |
b | Lid |
c | Options |
d | PCB |
e | Pillars |
f | Ventilation |
g | PCB Mounting |
x | Calculated |
After defining the parameters, the model can be further customized directly in Fusion 360 by adding your own cutouts or mounting features.
The project includes the fully parametric Fusion 360 source file as well as example STL files, including a practical example enclosure for an ESP32 with a CC1101 RF433 transceiver.
Note: This model is built off a slightly earlier version of the base model
Hint: A small Fusion 360 add-in (fusion-update-parameters-from-csv) lets you import/replace parameter sets from external CSV files. This makes it easy to adjust the enclosure geometry to your specific needs and save different parameter configurations for later use.
Printing Notes
Designed for easy printing in PLA or PETG.
Tested with a 0.4 mm nozzle and 0.2 mm layer height.
No supports required. Auto-orient or flip the lid to avoid need for support.
Changelog:
27.07.26 Add hint for Fusion360 add-in for importing/replacing parameter settings
21.01.26 Changes to parameter names; added options for vent slots both sides
24.01.26 Add support for hanging edge pillar parts
08.03.26 Refactored parametric geometry for reliable parameter updates (Fusion360)
Renamed parameters with suffixes for better grouping
Ventilation geometry (optional) is now defined in % of open area