Esp Smart Home Case Parametric Antenna

Designer

i.boxit

Designer relation

Ingen

Kategori

Hobby & DIY

Licens

Creative Commons license Ikke mappet til Scout licenskatalog

Designer commercial

MakerWorld Commercial License

Først set

2026-09-15 20:28

Sidst set

2026-09-15 20:28

Tags

esp32 esp32 case customize esp8266 esp8266 case personalize smart home iot sensor case sensor box esp case esp box esp32 box esp8266 box esp32 smart home case esp32 devkit esp devkit esp32 devkit case devkit case home automation connected home controller case smart device wall mount esphome home assistant

Beskrivelse

Smart Home ESP32 / ESP8266 Case Parametric 3D printable enclosure for ESP32 / ESP8266 projects, ESPHome devices, Home Assistant sensors and DIY smart-home electronics. ⚙️Features Custom board size Default: 51.6 × 28.4 × 1.6 mm Width: 25–38 mm Length: 40–70 mm Thickness: 0.8–2 mm Custom case dimensions Internal height needs to be heigher or equal 18mm to have antenna holes USB-C and Micro-USB support 0–2 antenna openings Adjustable cable opening: 2–14 mm The cable opening is automatically limited if the selected internal case height is too small. Snap-fit board mounting Snap-fit case assembly Space for sensors and jumper wires Functional push buttons Ventilation openings 🧱 Mounting Options Snap-fit wall mount 4 mm screw mount Skadis mount 🛠️ Included Tool Lid opener for opening the case and removing the board 🚀 Latest Updates 2026-07-22 – Version 2.2 - Fixed several model-generation errors. Special thanks to @splittscheid for the feedback and testing. - Added the option to create a second antenna opening, based on a suggestion from @user_2564235662. - Added a customizable cable opening with a diameter from 2 mm to 14 mm (allows a PG7 hole). - Added new preview images. 2026-07-25 - Version 2.3 - Added more space for the antenna - Fixed a generation error 📝 Development Note This update required approximately one week of testing, troubleshooting, and rebuilding parts of the model in Fusion 360. Because the case supports a large number of parameter combinations, several different design approaches were necessary to ensure that the model generates reliably across as many configurations as possible. Should you encounter any issues with a specific parameter combination, please leave a comment with the settings you used. I will do my best to reproduce and fix the problem. See also my other cases: Like this design? Consider buying me a coffee to support future projects: Buy me a coffee Boost Me (for free) 🚀 Love this print? Smash that Boost button and help it reach more makers! Every boost = more awesome designs. Boost Membership Keep the printer running — become a member! 🖨️ Join