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3D Models for Heltec V4 18650 Cases and Enclosures

This collection gathers 3D printing files for enclosures built around Heltec V4 boards and 18650 cells. It covers compact single-cell bodies, wider two-cell housings, and versions with room for a GPS module, a switch or a battery tray. If you are assembling a LoRa node, these STL files are a starting point for the shell around your electronics. Polyzon does not confirm whether models are free, their price, license, official status, affiliation, safety or fitness. Check the current terms at the source.

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選定基準：Polyzon編集部 · 本文の更新日：2026年10月10日

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«3D Models for Heltec V4 18650 Cases and Enclosures»

The most common kind is a compact case sized for one 18650 cell and the board itself, sometimes with a separate lid and screw posts. Larger housings take two cells side by side, which changes the footprint and the internal layout. A third group adds cutouts or pockets for a GPS antenna, a power switch or a battery holder, so the same board can be built in several configurations.

When choosing a file, read the author's description for the board revision and battery count it was drawn around, then check the wall thickness, the number of separate parts and how they join. Look at whether supports are needed, which screws or inserts the design expects, and which material and settings the author lists. Photos of real prints are the quickest way to judge clearances around ports, buttons and the antenna.

Search results improve if you vary the wording: try enclosure, housing, shell, node body or bracket instead of case, and add terms such as GPS, switch, tray or antenna. Related topics worth browsing include Meshtastic node builds, ESP32 LoRa boards, 18650 holders and replacement buttons or lids for an existing design. Combining the board name with the battery format usually narrows the list fastest.

FAQ

よくある質問

What should I measure before printing a Heltec V4 case?
Check the board revision, the exact 18650 holder or cell you plan to use, and the outer dimensions of any GPS module. Compare those figures with the dimensions the author lists, since small differences in holder height often decide whether the lid closes.
Why do some designs use one 18650 cell and others two?
A single cell keeps the enclosure short and light, while a two-cell layout adds runtime and usually needs a wider body with a different lid. The choice affects how the board, wiring and switch are arranged inside.
Do these enclosures need supports?
It depends on the file: flat-bottomed bodies often print without them, while designs with overhanging antenna pockets or deep cutouts may need them. The author's page usually states the orientation and whether supports were used.
Can I adapt a case for a different board version?
Sometimes, but port positions, button placement and board length change between revisions. Compare the board outline in the model with your own board, and look for remixes or replacement parts made for the version you have.
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