Learn how to customize blender with essential add-ons like loop tools, machine tools, and node Wrangler, build a quad sphere for blocking, and fine-tune navigation and render settings.

Block out a fighter girl character in Blender using duplicates, edit mode, and mirror modifiers to form torso, limbs, neck, and face, setting up refinement in the next lesson.

Organize the character into basic block-out collections, separating head, arms, legs, and body, then apply efficient sculpting tips such as shadow and cavity, x symmetry, and brush controls.

Refine the fighter girl's body in Blender by sculpting the torso with x symmetry, aligning front and side views to shape the chest, belly, shoulders, and back, wiggling as needed.

Refine the fighter girl model with final sculpt tweaks in sculpt mode, adjusting the back curve, head shape, and feet alignment, while fine-tuning arms and shoulders for a complete blockout.

merge all body parts into one dense block out by applying scale, remesh at 0.3, and joining limbs for smooth transitions, after applying mirror modifiers.

Apply practical sculpting tips in Blender using clay strips, crease, and grab brushes to shape a mouth, with masking and front faces only settings to control detail.

During the second body pass in blender, the fighter girl's rib cage, hip bones, and muscles are exaggerated and refined using clay strips, crease brush, and density increases.

Block out the fighter girl’s head in Blender sculpt mode, focusing on the mouth, nose, and eyes with clay strips, mask, and grab brushes while arranging multiple views.

Learn to sculpt eyes for a fighter girl character in Blender, creating a mirrored eye with a UV sphere, and shaping eyelids with clay strips and smoothing.

Master retopology of a fighter girl face in Blender by creating loops around the eye, nose, and mouth, extruding and connecting faces, and using the mirror modifier and sculpt smoothing.

In this retopology lesson, the instructor reshapes the ear by removing the mirror modifier, moving inner ring vertices to the rim, and extruding with loop cuts.

Master retopology by connecting the body to the head: join meshes, bridge edges, add cuts, and refine topology with snapping and normals to ensure outward faces.

Create eyebrows and eyelashes for a cartoon girl in Blender, using mirror, shrink wrap, subdivision, and solidify modifiers, plus vertex edits, extrude, loop cuts, and shading.

Model fighter girl heels in blender by shaping the foot plane, extruding, adding loop cuts, and using subdivision surface. Create straps and laces with curves, mirrors, and colorized parts.

Model a wizard staff for a fighter girl in Blender, with leather straps, rings, ornaments, and a top sphere holder. Learn extrusion, beveling, modifiers, and shading to finalize the look.

Unwrap the fighter girl model in blender by marking seams and creating clean UV islands for even texture painting. Set up a studio with a checker texture to guide painting.

Create a realistic hair shader in blender using noise textures, color ramps, and bump with uv mapping. Combine an anisotropic bsdf with base color for gloss and realism.

Create an arm bandage material in Blender using a base color, a magic texture, and bump mapping, then unwrap and refine UVs to eliminate seams.

Apply wood and metal materials to the wizard staff using noise textures, color ramps, and bump maps, then create ribbon, orb crystal, and smoke effects for a complete render.

Create a practical eye rig for posing the fighter girl in Blender. Set up iris and eyeball controls, drivers, and location constraints for expressive, controlled gaze.

Rig the character, create a base pose, and save and replace poses in the pose library to build reusable poses; then refine bra and strap shapes with shape keys.

Learn to rig and refine a skirt for posing a fighter girl in Blender, using cloth simulation, subdivision surface, solidify modifier, sculpting, and seam detailing.

Create a neon logo for the environment by turning text into curves, converting to a mesh, beveling for depth, and applying emission materials with pipes for electric detail.