Complete Unwrap & UV Map Mastery : Beginner to Advanced

Learn how to texture models and apply textures using UV maps and unwrapping across major 3D packages, from 3DS Max to Blender, to become a professional CG artist.

Learn how uv mapping and unwrapping apply textures to 3D models using maps, enabling details without heavy geometry across software like 3ds Max and Unreal Engine.

Learn the uvw map modifier basics in 3ds max, applying planar and cylindrical mappings. Manage tiling and texture proportions with gizmo to achieve seamless textures like brick patterns.

Learn how UV maps govern texture placement using spherical, planar, cylindrical, and box mappings, shrink wrap and face mapping; refine textures with map channels, mix maps, and alignment.

Master unwrapping 3D models in 3ds Max by creating 2D UV maps and applying textures, while learning clusters, seams, distortion, packing, stitching, peeling, and pelting.

Learn selection methods in unwrap and the uv editor, including edge, vertex, and polygon selection; select by element, loop, grow/shrink, angles, smoothing groups, and material IDs for clean textures.

Explore the uv editor, including alignment, peel, relax, unwrap, pack, detach, stitch, and texture direction control for clean, distortion-free UV maps.

Explore manual and automatic unwrap workflows for a game character. Master flatten mapping, unfold mapping, peeling, pelting, seams, and UV packing for accurate texture placement.

Learn to unwrap furniture using UV maps, open UV Editor, and manage clusters. Relax, pelt, and weld to create clean textures ready for Unreal Engine and Substance Painter.

Learn to unwrap a handbag in 3ds Max using UV mapping techniques, create separate clusters, align textures, and add a belt detail through Photoshop and texture manipulation.

Learn to unwrap a complex spaceship by creating clusters, cutting seams, and using the UV editor to lay out, relax, and pack textures across multiple parts, ready for substance painter.

Unwrap the spaceship cabin by separating internals from externals and peeling parts, then pack the bottom, middle, and top sections into a single non-convex UV layout after flattening.