Clank Bust

Clank Bust

免费 STL 艺术与雕塑
  • 22 次浏览

该模型托管于 Cults3D。文件、图片及许可信息归原创作者所有。

在 Cults3D 查看 ↗

简介

Bring the charm and intelligence of Clank to your collection with this highly detailed stylized bust inspired by Ratchet & Clank series 🤖✨ This sculpt captures Clank’s iconic design with his smooth metallic body, glowing eyes, and clean mechanical shapes, all translated into a polished stylized form. The minimal yet expressive features give the model a sleek futuristic look while staying true to his calm and logical personality. As the loyal companion to Ratchet, Clank represents intelligence, precision, and heart—making this fan-made bust a perfect standalone piece or companion display alongside Ratchet. Designed with clean topology and crisp detail, this model is ideal for resin printing to capture smooth surfaces and fine mechanical detail, or scaled for FDM printing as a clean display piece. 🎨 Perfect For ✔ Retro game fans ✔ PlayStation collectors ✔ Sci-fi collectors ✔ Resin painters ✔ 3D printing enthusiasts ⚠️ IMPORTANT DISCLAIMER This model is a fan-made artistic interpretation inspired by Ratchet & Clank series. It is not an official product and is not affiliated with, endorsed by, sponsored by, or associated with Insomniac Games, Sony Interactive Entertainment, or any rights holders. All trademarks and copyrights belong to their respective owners. 📜 License This file is for personal use only. You are NOT allowed to: • Resell or share the digital files • Upload to other platforms • Sell physical prints commercially You ARE allowed to: • Print for personal use • Paint…

About this model

Clank Bust is a 免费 3D model in the 艺术与雕塑 category, shared by the Cults3D community. You can download it for 3D printing and reuse it in your own projects under the terms of its original license.

File formats

  • STL — The most common mesh format for 3D printing — ready to slice and print on almost any printer.

The files for this model are hosted on Cults3D. Use the button above to open the original page and download it.

相似模型