Open-source 3D-printed shoes are stepping into the mainstream. Bambu Lab has teamed up with Presq, an LA-based design technology studio, to release fully editable footwear designs that anyone can download, customize, and print. While major brands have showcased 3D-printed sneakers, this collaboration stands out because the design files are open, mod-friendly, and built for creators who want to tailor both style and fit.
The debut model, Fig.(0), is a modern slip-on clog with a perforated upper designed for breathability and everyday wear. It’s printed in matte TPE 85A, a flexible yet supportive material known for its abrasion and tear resistance, plus a soft-touch, non-glossy finish that adds grip. PLA appears in the project only as a removable support material, so the finished shoe retains the comfort and flexibility of TPE.
You can find the Fig.(0) on MakerWorld, Bambu Lab’s open-source 3D model platform, as a pre-sliced .3mf file optimized for the recently launched H2D printer. The default file is set to a US men’s size 10, and there’s a handy table of scaling coefficients to adjust dimensions for other sizes with minimal fuss. For makers who want to go deeper, a CAD file is included to experiment with modular attachments, custom textures, and performance tweaks.
Part of the appeal here is the printing experience. Bambu Lab’s machines are known for speed, reliability, and user-friendly features that lower the barrier to entry for newcomers. As part of the partnership, Presq used multiple H2D units for rapid prototyping and public demos, helping refine the design and validate print settings before release.
This is just the start. Presq plans monthly drops on MakerWorld, building a growing library of open designs for the community to remix. The team expects creators to adapt these files for a wider range of printers over time, including popular models like the Bambu Lab A1 Combo with AMS Lite.
For footwear fans, this initiative bridges the gap between high-end 3D printing and accessible, at-home fabrication. Whether you want to tweak the tread pattern, fine-tune fit, or experiment with custom uppers, Fig.(0) offers a practical, editable blueprint for wearable results. And if you’re drawn to branded options, remember that established lines with 3D-printed lattice soles exist—but this project hands the creative control to you.
