
Learn Blender 3.0 basics to model a hard surface robotic character, unwrap, texture, apply materials, use modifiers for a high-poly finish, and render the robot in Blender.
Download the project files before you start this blender 3.0 beginner course, then model, unwrap, create materials, apply modifiers, and render a polished image.
Explore Blender's interface and navigation, mastering rotate, pan, and zoom with the middle mouse button, axis snapping, and basic move, rotate, scale, and select tools.
Assess the model against the reference, building a robot football character with big simple shapes and detailed pieces, starting with the head and neck tubes.
Import reference images in Blender, create a blocking out with planes and cylinders, apply basic shading, and use mirror modifiers and transforms to quickly establish a robot character's proportions.
Model the head in Blender using subdivision surface and symmetry, starting from a simple mesh; use extrusion, insets, loop cuts, boolean and proportional editing to refine the form.
Master the chest model in Blender by extruding and beveling a block, adding floodlight cylinders with mirror symmetry, and refining with loop cuts, knife tools, and vertex merging.
Create extra back detail in Blender by adding side divots and a vent-like panel, then shape the back with inset faces, individual extrusions, and careful beveling to maintain clean geometry.
Model a shoulder pad in Blender by editing the arm mesh, extruding, beveling, and using loop cuts to refine the shoulder with precise normals and x-ray viewing.
Model the torso in Blender by blocking out the pelvis area, using mirror mode, loop cuts, insets, and bevels, and add cylindrical side details for a cohesive, symmetrical mesh.
Learn to model the pelvis and torso with Blender, applying extrudes, knife cuts, mirror geometry, and bevels to build a connected, articulated pelvic area.
Learn to model the bottom leg in Blender by shaping the outer leg, adding loops and bevels, bridging edges, and cleaning geometry for a cylinder-ready piece.
Master blender modeling of the robot leg interior by building simple blocks, applying boolean cuts, extrudes and insets, and refining with bevels and alignment.
Model the chainsaw base by shaping, beveling, and extruding the arm, refining a cylinder-to-square transition, and detailing teeth using clean mesh techniques in Blender.
Master Blender basics by modeling a chainsaw blade, using booleans to create holes, an array modifier for repeating teeth, and clean geometry through merge, edge loops, and extrude workflows.
Learn to model a claw in Blender by building a cylinder, beveling and insetting faces, extruding and snapping to center vertices, then merging by distance for clean, connected geometry.
Model inner arm connectors and neck details in Blender, mirroring to the opposite side, using a boolean to fuse cylinders and a rounded square, then apply transforms and cleanup.
Polish the head detail by cleaning up geometry, merging stray vertices, unwrapping textures, and triangulating faces for clean 3d use.
Polish the middle teaches Blender topology cleanup by refining the chest piece with edit mode, inset and extrude, triangulation, and vertex merging for clean, hard-surface modeling.
Polish leg and arms by cleaning up geometry, triangulating faces, merging vertices by distance, and using isolation and mirroring techniques to achieve clean edge flow for a beginner Blender model.
Add depth to the shoulder by extruding, scaling, and moving edges, applying edge loops and bridges for clean topology, and preparing for unwrap in the next video.
Learn to unwrap the torso in Blender by setting seams, marking edges, and unwrapping with mirror symmetry; adjust UVs to prevent stretching and clean up topology.
Learn to unwrap leg geometry in Blender by marking seams, cutting cylinders, and unwrapping for a one-to-one texture space across mirrored pieces, with edge loops and UV testing.
Unwrap weapon components by marking seams, selecting loops, and creating clean UV maps, while optimizing geometry and removing hidden faces for accurate texturing.
Apply edge loops and seams to unwrap cylindrical parts, select and mark seams on multiple pieces, unwrap as a single piece, join parts, and prepare the model for texturing.
Learn to use Blender's material properties to create red metal paint, adjust color, metallic, and roughness, use eyedropper tools, and explore alpha and normal textures.
Create and assign multiple materials, such as metal red, white, black, and gray paints, by selecting faces, adding material slots, and painting the model piece by piece.
Learn to import an image as a texture in Blender, create a material for a shoulder piece, adjust alpha and blend mode, and align the texture using UV space.
Fix shading using auto smoothing and clear custom normals data, then pose the character in Blender by editing, rotating, and using x-ray views to match the concept.
Turn off auto smoothing and apply bevel and subdivision modifiers to the shoulder pieces, then refine edges with bevel weights, select similar edges, and mirror for a clean, smooth set.
Bevel and subdivide to smooth the claw-like gauntlet, fix rivets, and refine seams using the knife tool, loop cuts, and merge by distance.
Bevel edges, dissolve unwanted vertices, and clean up the chainsaw geometry in blender, using selective cuts and patch geometry to improve flow, then prepare for rendering.
Set up and position the camera in Blender, using overlays and the animation window to match a reference image, then adjust lighting and render the final image.
Learn to render in Blender using Eevee and Cycles, compare shadows and reflections, adjust samples and noise for realism, and save the final image.
Conclude the blender modelling course for beginners with thanks, invite ratings and reviews, and highlight additional blender courses like a realistic cabin house and sci fi game asset creation.
Have you wanted to learn Blender and not know where to start?
Then I welcome you to Nexttut’s Blender Modelling Course for Beginners.
WHY SHOULD YOU LEARN FROM ME:
My name is Alejandro Aguilar, and I have been working in 3D art for about 7 years. I have worked on numerous projects, from mobile games to video production. My area of work focuses on understanding 3D at a technical level, so that I can then teach you in an easy-to-understand way.
BENEFITS :
By the end of this course you will be able to model hard surface robot type characters in Blender.
WHAT WILL I LEARN:
● Blender Hard Surface Character Modelling.
● UV Unwrapping Robotic Characters
● How to Render within Blender.
COURSE PROJECTS:
In this course we will be making a robotic character. We will start by opening Blender and discussing what we will be working on for the course. Next we will block out the shapes that we need in order to create our character and go over the tools and model out each piece in detail. Then, we will finalise the modelling, fixing anything that needs a second pass, and prepare to unwrap our prop. We’ll begin going over how to unwrap our model and discuss the importance of unwrapping. After this we will go over how to create textures and apply materials to our robot. Afterwards, we will use modifiers to push our character to a more high poly finish in a non-destructive manner. By the end of the course, we will have our robot fully modelled, textured, and rendered within Blender. We’ll make a render of the character and finish the course.
IS THIS COURSE RIGHT FOR ME:
This course is for you if you are a blender beginner and want to learn Blender modelling to model simple hard surface robotic kind of characters rather than complex organic characters.
WHO IS NOT THE IDEAL STUDENT:
This course is not for advanced blender users, or who want to learn organic modelling.
WHAT SHOULD I KNOW OR HAVE FOR THE COURSE:
● A basic understanding of computers and know how to open a 3D Program.
● You should have Blender installed on your computer.
JOIN ME NOW:
If you want to learn how to use Blender 3.0, join me now and take your skills to the next level. Don't forget that investing in yourself will benefit you for the rest of your life! Hope to see you in the course!