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Speaker 3D Models: Horns, Housings, Mounts

This collection gathers speaker-related 3D models: passive amplifiers for phones, horn enclosures, housings for smart speakers, and the mounts that hold them. Most of these parts are made for 3D printing in a few pieces and then assembled with a driver or a phone. It helps you find a shape that matches the driver you already have, or a housing that fits a speaker you want to rebuild. 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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筛选规则:Polyzon编辑部 · 文字更新于2026年10月12日


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«Speaker 3D Models: Horns, Housings, Mounts»

The range splits roughly into acoustic parts and structural parts. Horn and back-loaded enclosures shape the sound path, while housings and face plates wrap an existing smart speaker or radio body. Mounts, ball joints and tripod stands deal with placement rather than acoustics, and generator-style files let you set dimensions such as diameter or wall thickness before exporting an STL.

When choosing a model, open the author's page and read the listed dimensions, the driver size it was drawn around, the number of separate parts, and whether supports are needed for the overhangs. Check the material and settings the author notes, since thin horn walls and long unsupported spans behave differently in PLA and PETG. Photos of real prints show how the seams and joints line up better than a render does.

If the results feel narrow, try related wording: phone amplifier, horn, waveguide, enclosure, housing, spacer ring, stand, or voice assistant case. Searching by the driver you own, or by the device the housing was made for, usually narrows the list faster than a general term. Combining a shape word with a function word, such as passive or portable, also shifts the results.

FAQ

常见问题

What is a passive speaker model?
It is a printed shape that guides sound from a phone or another driver without electronics. The amplification comes from the horn or cavity geometry, not from a power source.
Do I need a driver to build these?
Some models are complete housings that expect a specific driver size, while others are shells that only channel sound from a phone. The author's page usually states which parts are needed.
Which material works for speaker enclosures?
Rigid filaments such as PLA or PETG are common for housings and horns, since stiff walls vibrate less. Check the settings the author lists, as wall count matters more here than in decorative prints.
How do I find a housing for my device?
Search by the device name together with housing, case, or face plate. Compare the listed internal dimensions with your device before printing.

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