Learn Game Props Modelling in Blender

Add secondary details to a Blender prop by duplicating panels, using booleans, weighted normals, bevels, arrays, and mirrors for panel cuts, bolts, and radial symmetry.

Learn to model an audio mixer on top in Blender, using positive boolean for paneling, bevels, cloth modifier and solidify modifier, and adding an audio plug and volume controller.

Model and finish the radio prop in Blender by adding bolts, bevels, and paneling, refining with booleans, curves, and subdivision, and preparing a clean low-poly mesh for normal maps.

Learn to model the left earphone in Blender by carving reference cuts with cubes, using booleans and bevels, and prepare for normal-map bake, aligning pivots and mirroring geometry.

Detail the right earphone in blender by beveling edges, applying booleans, mirroring parts, building a precise cage, and baking normal maps for a game-ready prop.

Explore building a high-poly radio and headphones in blender by applying booleans, unwrapping, and organizing pre-zbrush collections for a clean, bake-ready workflow.

Bake booleans on a headphone mesh in Blender, refine curvature with subdivision and edge loops, and prep for ZBrush export, including unwrap.

Master a production-ready headphone UV workflow in Blender by selecting sharp edges, marking seams, and unwrapping chunks, then export to Zbrush for high-poly sculpting and comparison with low-poly variants.

Learn Blender UV unwrapping for game props: mark seams, use sharp edges, create UV maps across multiple pieces, triangulate, export as FBX for Zbrush high-poly sculpting, and prep production UVs.

Explore a dynamesh workflow for game props: separate subtools, auto groups with UVs, polygroups, 4k dynamesh, ctrl-d subdivisions, and project details from backups for high poly sculpting.

Sculpt high-poly details in ZBrush while optimizing a low-poly for baking normal maps, using Dynamesh, cage management, and Decimation Master, then texture in Substance Painter.

Explore optional decimation of high-poly sculpted meshes in Blender with the decimation master plugin, using preprocess and presets to reduce millions of polygons without losing detail.

Re-import and re-export to Substance Painter from Blender to fix baking issues, align low and high poly, and bake normals with improved UVs, ambient occlusion, and ID maps.

This lecture outlines a non-destructive texturing workflow in Substance Painter: set up neutral lighting, plan color blocks, and build textures from big to small details with ID masks.

Explore advanced Blender workflows for radio LED screen props, including lighting with emissive channels, post-process glare, and masking techniques to achieve depth, color accuracy, and storytelling.