Blender Total! From Basic to Advanced 3D!

Explore modeling fundamentals by editing objects and forming diverse geometries, using edit mode, object mode, and selection tools for vertices, edges, and faces, with practical keyboard shortcuts.

select multiple objects and enter edit mode to edit their components simultaneously through multi-object editing in Blender 2.8, then use workspaces to auto switch interaction modes between modeling and layout.

Master inserting new edges in Blender by using loop cuts, the knife tool, and offset edge loops, while navigating edit mode, toolbars, and shortcut controls for precise modeling.

Learn to delete vertices, edges, or faces in Blender, using dissolve options and proper selection modes; exit edit mode to remove the entire object.

Join objects into a single mesh with the join command (ctrl j), using the active object's origin as the origin. In edit mode, use separate selection to create new objects.

Master essential modeling with Blender's extrude and inset tools, selecting faces and using extrude along normals or cursor to create and refine 3D geometry.

Turn a cube into a wardrobe by entering edit mode, setting a two-meter height in metric units, then use loop cuts, doors, shelves, extrudes, and bevels.

Bevel edges, bridge edge loops to add geometry, and fill holes with new edge faces or grid fill, while adjusting segments and verifying even edge counts.

Model a mug in Blender by starting from a cylinder, adjusting segments, adding a handle with loop cuts and bevels, extruding the inner volume, then save the file.

Learn how smooth shading, auto smooth, and sharp edges affect a model in Blender; control edges with angle-based smoothing, mark sharp, and manually crease edges in edit mode.

Learn to shape models with Blender's form adjustment tools, using the Suzanne head to demonstrate moving, randomizing, shrink/fatten, shear, and sphere adjustments to refine geometry.

Learn to extrude edges and vertices in Blender using the E key, with axis constraints and multi-edge selection, then use Polybuild to generate new faces by dragging from edges.

Master separating and merging vertices in Blender using vertex and edge selection, the merge vertices command, and add center options to weld selected vertices.

Understand why applying scale matters in Blender. Use the clear command to reset translation and apply scale so x, y, z become 1, preventing modeling tool inconsistencies.

Explore proportional editing in Blender total from basic to advanced, using edit and object modes with configurable influence radius and decay profile.

Identify and remove loose edges formed during modeling in Blender by delete vs dissolve, extruding vertices, and using select all by trait to delete loose geometry for a clean model.

Learn how to remove unwanted internal faces in a Blender model, delete interior faces, fill holes, and identify interior loops to clean geometry for reliable modeling.

Model the body of a helicopter in Blender using loop cuts, extrudes, bevels, and mirror symmetry to shape the cabin, tail, and blades.

Model the helicopter's main rotor, tail rotor, landing ski, and missiles, organize the scene with color randomization and naming, then apply extrusions, bevels, origin adjustment, and mirrored symmetry.

Select edges in edit mode and adjust the crease parameter to control how sharp edges stay with the subdivision surface modifier, using higher values to preserve sharpness.

Discover how the subdivision surface modifier smooths a model and how control edges, created with loop cuts and bevels, shape the curvature between corners.

Learn how subdivision surfaces behave on quad-dominated topology and why triangles and ngons can cause surface imperfections, especially with poles and uneven edge sizes.

Apply a subdivision surface to the helicopter body and sculpt sharp or rounded edges with crease, control edges, and bevels, mirroring the result to the other side.

Render the 3d scene into final 2d images or videos by integrating materials, textures, lighting, and camera setups, using a renderer engine in Blender.

Explore how cameras define the render frame in Blender, adjust focal length and field of view, and configure render engines and output settings to save images.

Create and manage multiple cameras in Blender to render from the active camera, switch cameras for cuts or different angles, using creation, activation workflows, and shortcuts.

Explore Blender's render engines, comparing Eevee for real-time previews and Cycles for photorealistic production rendering. See how render choices impact speed, accuracy, and materials such as PBR.

learn to create and assign materials in Blender, adjust color, roughness, metallic, and transmission, and preview with Eevee and Cycles using LookDev for realistic rendering.

Learn to apply textures to materials in Blender using the shader editor, connecting image textures to the base color, and manage texture placement with mapping coordinates.

Apply pbr textures to a principled bsdf shader, using base color, roughness, metallic, and normal maps to create realistic metal surfaces.

Learn to assign multiple materials to a single object in Blender, creating blue, red, and light rate materials, applying them to selected faces in edit mode.

Learn how to configure hdrI environment images to illuminate scenes and create accurate reflections in Blender, using the environment texture node for both Eevee and Cycles.

Learn to render an environment image without showing it in the background by mixing background shaders with a light path node, separating what camera sees, compatible with Eevee and Cycles.

Explore eevee basic settings in Blender, enabling ambient occlusion, bloom, screen space reflections, refraction, and render tab configurations to improve lighting and materials.

Configure Blender render output to save images or animations, set width and height values and percentage, define start and end frames, and choose formats with encoding and the output location.

Learn to create and assign metal, black, and yellow materials to helicopter parts, map textures with UV mapping, and set up HDRI lighting for a rendered scene.

Explore how Blender shares mesh and object data blocks among users, how edits propagate across shared geometry, and how to create single-user copies or linked duplicates to isolate changes.

Learn how Blender handles unused data blocks through garbage collection, including identifying blocks with zero users, preserving blocks with fake users, and saving blocks for later use.

Transfer data blocks quickly between objects by creating links with the active object's material or data. Select multiple objects, then press Ctrl+L to share material or object data.

Learn how to project two-dimensional textures onto three-dimensional models using UV mapping in Blender, including unwrapping, UV maps, and manual adjustments when geometry changes.

Learn how to configure UV mapping in Blender using the 3D view and the UV editor, including unwrap workflows, selecting seams, and live updates to create clean UV islands.

Learn to arrange and edit UV islands in Blender using the movie editor, with island placement, selection, movement, rotation, and packing, including margin controls for clean texture painting.

learn how the mark v project command rapidly flattens a model, unwrap all faces in the uv menu, and compare automatic reprojected mapping with manual seams for quick, deadline-driven mapping.

Learn to uv map a helicopter in blender, packing textures into the file, marking seams, and unwrapping to minimize stretching for painting.

Learn to use the Dextre painter mode to texture paint a bear model, create a new image, and connect it to a material via the shader editor for texturing.

Blender stores painting textures in memory and saves them as external files beside your project, using the image editor and a textures folder to preserve edits and ensure reload.

Learn Blender's texture painting workflow by creating image textures and painting on 3d objects. Master brush controls, symmetry, and shortcuts like X, F, and ESC to paint with pressure-sensitive tablets.

Master Blender's texture paint workflow by using the stroke panel to apply strokes on geometry with space, dots, drag, airbrush, and curve methods.

Utilize the falloff panel in Blender's brush tool to adjust the brush decay curve, shaping strength from center to edge and customizing the curve by moving points.

Explore how to use textures in brushes within blender's texture paint workspace, creating and applying image and procedural textures, and adjusting mapping, rotation, scale, and color blending.

Master texture masks in Blender to control brush strokes using grayscale black and white images. Create, load, and apply a texture mask, comparing it with the texture panel for painting.

Use the mask tool to define where painting tools apply in Blender's texture paint, and create a mask image to protect areas and reuse for multiple maps.

Enable face select mask to restrict painting to chosen faces, and synchronize selections between edit mode and texture paint mode for fast, temporary masking.

Explore how the bleed parameter in texture paint expands beyond uv islands, and how subdivision surface alters margins, revealing edge flaws you fix by increasing bleed.

Paint the base color texture of a helicopter in Blender by creating and painting an image texture with camouflage. Learn shading, paint workflow, brush settings, color palettes, and texture masks.

Paint a roughness map in Blender by creating an image texture and linking it to the material roughness, using texture paint and dirt masks for variation.

Explore pivot centers for rotating and scaling in Blender, using object origins, the median point, the active element, 3D cursor, and bounding box to control transformations.

Learn to use Blender's snap menu to move the 3D cursor and selections precisely. Explore options like cursor to selected, cursor to origin, cursor to greet, and selection to cursor.

Learn to use snap during transform in Blender to move objects precisely to grid lines or vertices, with magnet snap, absolute grid, and various target and pivot options.

Reposition the object origin to control where transformations occur, using the origins menu to move the origin point, for example to a corner, before rotating or scaling.

Learn to reposition an object's origin in Blender with edit mode and set origin, using cursor-to-select and options geometry, origin to cursor, and center of mass (volume and surface).

Explore transform orientations in blender, showing how global, local, view, and normal options, along with manipulators and per-object orientations, control move, rotate, and scale.

Configure origins and object parenting in the helicopter scene by applying scale and setting origins to geometry or the 3d cursor, then parent all parts to the helicopter body.

Explore the universe of animation with Blender timeline basics, learning key frames, frames per second, and simple computer generated animations through interpolation of key frames.

Learn to use the Blender timeline to set frames per second, create and manage location and rotation keyframes, and use play/pause and frame range to craft animated sequences.

Explore Blender's automatic keyframe insertion mode to create position, rotation, and scale keyframes as you transform objects, with the Dope Sheet view for precise animation control.

Create a simple blender animation to understand key frames and the timeline. Use automatic and manual key frames to move a boat through a breach as it opens and closes.

Animate the helicopter scene by creating and positioning a camera, setting initial frames, and keyframing to keep the helicopter in frame, then render with eevee and plan cycles motion blur.

Render scenes in Blender using Cycles, compare shadows and motion blur with Eevee. Use a shadow catcher plane and export image sequences for post-processing before assembling a final video.

Model the head in Blender from a sphere, shaping eyes and jaw with extrusion and bevels. Mirror in edit mode and use wireframe view and shading move for smooth results.

Model the hobbit torso in Blender by organizing references, building a low-poly torso, refining with loop cuts, bevels, and LoopTools circles, applying subdivision, then joining parts and saving.

Model a low-poly hip in Blender, starting from a cube, adding loops and holes, then refine with a subdivision surface for a rounded look and a ball joint.

Model the arm in Blender with a shoulder sphere and a rounded forearm cylinder, then create a multi-cylinder joint using loop cuts, extrudes, and bevels.

Learn to model a hand in Blender by starting with a box, adding joints and loops, applying subdivision surfaces, and mirroring to the other side.

Model the rabbit foot in Blender by turning a cube into a sphere shaped form with a subdivision surface, then extrude faces along normals and copy for the other side.

Create and assign multiple materials in Blender using shading and layout workspaces, adjusting yellow, metal, blue emission, and bloom to illuminate and differentiate model parts.