. It allows artists to add realistic wrinkles, folds, and cloth-like deformations to meshes in real-time within the 3ds Max viewport. Key Features Physics-Based Brushes
For nearly a decade, 3D artists and game developers have struggled with a fundamental paradox: creating realistic fabric dynamics is either computationally expensive (simulation) or painfully tedious (manual sculpting). Enter —a revolutionary brush-based plugin for Autodesk 3ds Max that has consistently topped industry charts from 2016 through 2025.
: Support for cloth interacting with surfaces underneath the mesh. polycloth clothbrush 207 for 3ds max 20162025 top
: Quickly adjust your brush radius using Ctrl + Alt + Shift + Mouse Drag .
For advanced users, Python scripting and GPU baking make it suitable for real-time cloth authoring for games and cinematics. Enter —a revolutionary brush-based plugin for Autodesk 3ds
For many artists, PolyCloth complements the native Cloth modifier rather than replacing it entirely. Use the native modifier for large‑scale draping and collisions, then use PolyCloth to add the finishing wrinkles and folds.
: Adding realistic details to pillows, curtains, and upholstery. For advanced users, Python scripting and GPU baking
Note: If you are using Max 2016, you must first install the Visual C++ 2015-2022 Redistributable; the 207 brush relies on modern threading libraries.
Use the primary brushes to pull, push, or pinch the mesh. The physics engine will automatically generate the secondary folds that give fabric its realism. Performance and Compatibility 💡
Ideal for character clothing (shirts, pants, dresses). Activate symmetry across X, Y, or Z axes. For architectural fabrics (drapes, canopies), use the new “tile brush” to repeat fold patterns.