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Hexapod 3D Models: Walking Robots and Platforms

This collection gathers hexapod 3D models for 3D printing, including walking robots, parallel platforms and smaller actuator-driven builds. It helps you compare mechanical layouts before you download an STL. You can use it to find a project that matches your 3D printer and assembly skills. Polyzon does not confirm whether models are free, their price, license, official status, affiliation, safety or fitness. Check the current terms at the source.

このコレクションの本文は英語で書かれています。検索自体はどの言語でも使えます。

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このコレクションは、Polyzonが対応サイトの検索結果をもとに作成しています。重複やプレビューのないモデルは除外し、関連性の低いものは後ろに回し、それ以外は検索結果の順に並べています。モデルの権利は各作者にあります。利用条件は各モデルのページでご確認ください。

選定基準:Polyzon編集部 · 本文の更新日:2026年10月10日


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«Hexapod 3D Models: Walking Robots and Platforms»

Walking hexapods usually combine a body, six legs and a gait mechanism, while parallel platforms use six linear actuators to move a top plate. RC-controlled and microcontroller-based versions add radio or control electronics, and micro versions shrink the same leg arrangement to a smaller frame. Some models focus on the mechanism alone, while others include mounts and shell parts.

On the author's model page, check the overall size and scale, the number of printed parts and how the legs attach. Look at whether the design expects servos, bearings, screws or rods, and whether supports are needed for the printed geometry. The material and settings listed by the author, along with photos of real prints, can help you judge how the parts will behave on your 3D printer.

To narrow the results, try related terms such as walking robot, spider robot, parallel manipulator, Stewart platform, servo bracket or robot chassis. You can also search by control method, including RC, Arduino or Bluetooth, or by scale, such as micro hexapod or desktop robot. Combining a mechanism term with a part type often brings up builds that match the direction you want.

FAQ

よくある質問

What is a hexapod robot?
A hexapod robot is a six-legged walking machine, often built with a central body and six articulated legs. In 3D printing, many designs use printed brackets and joints around hobby servos or other actuators.
How is a Stewart platform related to hexapods?
A Stewart-Gough platform is a parallel mechanism that uses six actuators to position a moving plate. It shares the hexapod name but moves differently from a walking robot.
What should I check before printing a hexapod model?
Review the part count, leg geometry, actuator type and assembly instructions on the model page. Check whether the author lists supports, material and settings, and look for photos of completed prints.
Can a hexapod be controlled with Arduino?
Many hexapod projects use microcontrollers such as Arduino to coordinate leg movement. The model page usually indicates the electronics and servo layout the author used.

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