Blender: Apple vision pro masterclass

Learn to start the Apple Vision Pro model in Blender using Pureref reference images, align front and top views, and build the headset with extrudes, bend modifiers, and mirroring.

Learn to model a complex Apple Vision Pro structure in Blender using edge looping, extruding along normals, and mirroring, then refine with subdivision for a glassy form.

Fix waviness and refine a 3d structure in Blender by using a vertex group, shrinkwrap on a cylinder, and lattice deform to sculpt the final form.

Create the face interface fabric in Blender for apple vision pro, using reference imagery, extrude, deform with lattice, apply mirror and solidify, and refine with subdivision.

Learn to model a face interface fabric frame for Apple Vision Pro in Blender, including thickness control, reference image alignment, vertex extrusion, beveling, edge loops, and subdivision workflows.

Model the nose pad by adjusting vertices with reference images, sculpting for smooth curvature, and applying mirror, solidify, and subdivision surface to create a cohesive nose area.

Model the speaker bar in Blender for the Apple Vision Pro masterclass, using circles, edge loops, bevels, inserts, and lattice deform to shape and refine the form.

Model the speaker bar clips in Blender, shaping a circular profile, applying insertions, bevels, knife cuts, and a mirror modifier, then refine with space adjustments and subdivision.

Model a head bond clip in Blender by shaping with vertex edits against a reference image, then extrude, mirror, and refine with bevels, edge loops, and subdivision.

Create bond ribs in Blender for the Apple Vision Pro masterclass by shaping, aligning, and duplicating ribs, using wireframe view, modifiers, and surface deformation to fit the central surface.

Explore blender techniques to model fabric-reinforced cables: duplicate surfaces, apply visual geometry, adjust thickness with curve depth, and bind with surface deform for realistic ribbed cables.

Align and adjust the inner ribs in Blender by moving vertices across multiple views, using guides, x-ray mode, and mirror and subdivision to achieve accurate, centered framing.

Create a detailed fit dial in Blender for the Apple Vision Pro band, using extrusion, beveling, loop cuts, and mirror and array modifiers to bend and assemble the piece.

Blender masterclass on refining the bond clips with reference images, 3d cursor positioning, extruding, beveling, loop cuts, and mirror and subdivision surface for symmetry.

Blender masterclass teaches creating an orange band detach handle for Apple Vision Pro, guiding you through modeling, extruding, beveling, thickening, and mirroring with subdivision surface and edge loops.

Model the speaker bar diffuser in Blender by building, refining, and detailing a diffuser piece using subdivision surfaces, lattice, wrapping, and surface deform for a precise fit with reference images.

In this Blender masterclass segment, sculpt and assemble a three-piece power port by mirroring parts, using shrink wrap, lattices, and precise bevels, circles, and subdivision surface for a polished result.

Create the light shield frame by isolating parts in edit mode, adding and adjusting support loops, using mirror with subdivision surface, and extruding to a sharp, balanced frame.

Learn to refine the Apple Vision Pro faceplate by editing vertices, mirroring geometry, and adding edge loops for sharp, even thickness using subdivision surfaces and loop tools.

Focus on modeling the headset front in Blender by aligning to a reference image, adjusting vertices, gaps, and curvature, and preparing mirrored symmetry for accurate results.

Focus on the front glass in Blender, isolating and editing edges and vertices, using linked vertex selection, separation, and detachment, then apply solidify for thickness and bevel for detail.

Learn to create and align holes on an aluminum structure in Blender by selecting and snapping vertices, using mirror and subdivision techniques, and applying color-coded materials guided by reference images.

learn to sculpt an aluminum structure in blender for the apple vision pro masterclass, adding precise holes, mirroring sections, and refining geometry through extrude, subdivide, and vertex merging.

Blender masterclass outlines refining the aluminum structure by editing holes and non-manifold geometry, merging by distance, unbinding/binding, and adding circle holes and a button with knife and mirror.

Fix deformities in Blender by forming a precise circle from duplicated geometry. Bind with surface deform to the controller, then mirror and merge for a clean final result.

Apply thickness to the model and fix deformation by refining circles and mirroring half; bind the surface deform guide, and clean the mesh with cuts, dissolves, and quad topology.

Learn to shrink wrap a model to a guide. Merge geometry, apply subdivision, add thickness with solidify, create rim group, bevel edges, and crease to keep sharp areas.

fix shading on the structure by isolating outer faces, applying a shrinkwrap modifier with a flat group, and using subdivision surface for a smooth, distortion-free result.

Create the top vent holes for the Vision Pro housing in Blender by building pockets and ribs, applying extrusion, solidify, bevels, and a mirrored subdivision surface workflow.

Model a blender dial, also called the digital crown, using reference images, lattice deformation, shrinkwrap, extrude, and bevel workflows to produce a smooth, accurate dial and cup assembly.

Create a top button by modeling, extruding, and refining in blender using shrinkwrap guides, subdivision surface, and normals adjustments to achieve a smooth, aligned result.

Learn to create the bottom camera sensors housing in Blender, using glass cover, edge loops, grid fill, shrinkwrap, subdivision surface, bevels, and mirror to ensure smooth shading.

Blender: learn to create the bottom camera by modeling the frame with extrude and circle operations, bevels, subdivision, and shrinkwrap, using mirror modifier for a smooth, accurate result.

Master optical lens modeling in Blender by selecting non-manifold edges, shaping with proportional editing, bevels, and shrinkwrap, then mirror and refine with subdivision for a precise, reference-driven result.

Duplicate the glass piece, apply subdivision surface, and add solidify to establish thickness. Refine edge loops, align with the model, and adjust gaps for a crisp, realistic front glass.

Model details behind the Apple Vision Pro front shield glass by aligning a reference image, building with planes and circles, extruding and refining loops, then mirroring.

Explore detailed interior modeling in Blender by adding vertices, extruding faces, cutting with knife and circle tools, and beveling rims. Use mirror, lattice, and UV techniques to refine the form.

Model the camera sensors behind the glass shield in Blender, using extrusion, edge loops, circle and knife tools, lattice deformation, solidify thickness, bevels, and the wrap tool to refine topology.

Blender techniques to add details for the sensors behind the glass shield, using knife, extrude, inset, and bevel to refine topology.

Explore shaping a frame with solidify and insert operations, beveling edges, and applying the wrap tool concept to create a hidden cover for a clean Apple Vision Pro model.

Finish the front part of the headset by aligning guides, solving binding issues, duplicating and mirroring geometry, applying surface deform and visual geometry to the mesh, and rechecking normals.

Create the dark border under the glass shield in Blender by selecting and duplicating faces, then refine topology. Move vertices, sculpt, and mirror with clipping for a thicker, rounded edge.

Model and refine a headset platform in Blender by extruding edges, applying shrinkwrap and subdivision surface, mirroring, beveling, and converting to curves to craft a polished stand.

Model a battery connector port in Blender by building a circle, extruding, beveling, and refining with shrinkwrap to a guide and bridges for curved detail.

Learn to model a battery in Blender by importing reference images, shaping with circles and vertices, and refining with bevel, subdivision surface, mirror, and shrinkwrap.

Learn to model a battery housing for a Vision Pro accessory in Blender, using subdivision surface, shrinkwrap, bevels, and clean shading for aligned, smooth geometry.

Position the battery and create the cable in Blender by adding planes, snapping vertices, extruding, and bending with a curve and bevel. Use subdivision and smooth shading for realism.

Learn to make small changes to a dial in blender's apple vision pro masterclass, including extrude, bevel, grid fill, and shrinkwrap, plus subdivision surface and backface culling techniques.

Wrap the light shield geometry by marking seams and unwrapping with an angle-based method to prepare it for texture, then test UVs with a checkered texture.

Learn rib and bond unwrapping in Blender: delete faces to unwrap, mark seams, use angle base unwrap, apply checker textures, normal maps, and roughness for realistic ribs.

Learn to unwrap and texture the light sealed frame and nose pad in blender. Mark seams, align quads with the grid, and set up materials with normal and roughness maps.

Apply multiple materials to multiple objects by marking seams, unwrapping UVs, and using follow active quad and subdivision surfaces for seamless, textured models with textures and normal maps.

Master chrome material in blender by setting metallic to 1, driving roughness with a noise texture, and blending with a glass bsdf to create realistic chrome on multiple objects.

Master lighting with an HDRI environment texture in Blender, switch to cycles on GPU, and fine-tune lighting by mixing the background and scene, adjusting strength and rotation for headset scale.

Create a brushed metal material for the aluminum structure in Blender by isolating faces, applying a noise-based metallic shader with roughness control, and refining UVs for cleaner, distortion-free texture mapping.

Learn how to create and assign materials for multiple objects in Blender, using textures, normal maps, roughness variation, subsurface scattering, and emission for lighting effects.

Blender masterclass shows how to create an aluminum material for MagSafe and battery parts, using chrome-like base, noise texture, and metallic, with subtle normal and bump maps.

Create and assign materials for the front shield glass, including healed glass, camera lens, and screen textures, adjusting transmission, roughness, metallic, and emission for a realistic Apple Vision Pro render.

Create stitches on a wound in blender using either 3d geometry or a texture with alpha. Mirror and extrude a stitch strip, convert to curve, bevel, and apply textures.

Add tiny hair particles to fabric to create protruding fibers, adjusting length, diameter, randomness, and the hair count for realistic borders, frames, and cables.

Learn to add materials for a speaker and fix the battery texture in Blender, using grid fill, UV unwrap, displacement, and shading with lattice and subdivision surfaces.

Learn to render in Blender for Apple Vision Pro by baking emission textures, building a dome light, refining ground details, and configuring depth of field with a camera.