Blender Mastery: From Basics to Advanced Modeling

Set up the working environment by downloading Blender and creating a blank project with a car reference image as a background. Mirror the model with a mirror modifier.

Sketch the car outline in Blender using the reference image, extruding faces and edges to form the silhouette, adjust thickness, and use x-ray mode and loop cuts for refinement.

Create the car outline by adding loop cuts and adjusting edges and vertices to shape the rims and wheel wells, then refine with top and side views.

Learn to sculpt a sleek car body in Blender by adding side curvature, refining edges, and shaping headlights through vertex and edge edits for a clean, rectangular geometry.

In this module, sculpt the car headlight with an inset and inward extrusion, then refine hood curvature and front-end details using loop cuts and vertex adjustments.

Model the front end of a car in Blender, shaping the fenders and vents with edit mode, face/vertex/edge selection, extrude, and curvature adjustments to create realistic fog lights.

Model the car hood in Blender by selecting and adjusting faces and vertices, extruding to create a smooth windshield, and refining edges to match the reference.

Model the car’s wheels in Blender by starting with a circle, reducing vertices, rotating 90 degrees on the y axis, then extruding and scaling to form the tire and rim.

Continue detailing wheel modeling in Blender by selecting faces, extruding, scaling, and moving components, duplicating tires, refining edges, and adding tail lights; preview upcoming headlights, materials, and Unreal export.

fix the headlight topography by deleting interfering faces, merging vertices, and inset adjustments for correct light elevation, then preview materials, Eevee render, and Unreal Engine export as a static mesh.

Model a car's rear view mirror in Blender by creating loop cuts, extruding a face, and refining the shape with scale, rotate, and move operations.

Model a low-poly rear view mirror for a sportscar by selecting faces, extruding, and rotating to fit the driver, then refine with careful scaling and top view checks.

learn to create car materials in blender and render with the EV engine, add an HDR environment, adjust sun lighting, shadows, ambient occlusion, and screen space reflections.

Learn to create and assign realistic materials in Blender's Eevee, from a black car body with tuned specular and roughness to emission headlights, tires, and silvery rims.

Build a glass windshield material in Blender's Eevee, adjusting transparency with alpha and additive blending, assign it to car faces, and fine-tune bloom and environment settings, then export to Unreal.

Export car model from Blender to Unreal Engine 4 using FBX export with selected objects, Z up, and forward, then import into a blank project to review materials and lighting.

Model a brick-lined well in Blender by starting with a 2x2x2 meter cube, beveling edges, and using duplicates and modifiers to form the brick-like base, wooden supports, and thatched roof.

Apply proportional editing to create non-uniform brick well base with wear and tear, then model wooden side beams and prepare the roof for tiles.

Learn to model a brick well in Blender, building roof tiles and support beams, adding irregularities with proportional editing, loop cuts, the knife tool, and extrusion.

Learn to model a falchion-like sword in blender by building the blade, guard, handle, and pommel with loop cuts, rib detailing, and bevel and subdivision modifiers.

Model the sword guard by shaping a cylinder, extruding, and applying a mirror modifier. Adjust the blade taper, refine topology, and bevel with subdivision to achieve reference accuracy.

Fix the blade tip topology by adding a loop cut and aligning vertices for a clean, sharp angle before modeling the handle.

In Blender, model a sword handle by creating a cylinder, adjusting dimensions, beveling edge loops, and applying subdivision for a smooth grip, preparing for the pommel.

Learn to model a sword pommel in Blender by constructing torus and cylinder components, duplicating and positioning them, and refining with subdivisions, mirroring, and smooth shading.

Master uv editing basics in Blender by wrapping textures onto 3d objects with uv maps, importing image textures, and exploring cube projection, sphere/cylinder unwraps, and smart uv project.

Learn to create textures from UV maps by unwrapping, exporting the UV layout, coloring each island in an image editor, and applying the result as a texture in Blender.

Export your Blender models to Unreal Engine via FBX, optimize with bevel and subdivision modifiers, set up LODs and custom collisions, and import with proper units and materials.