
Discover a complete Blender 2.81 workflow for creating a realistic wolf spider, from basic modelling, texturing, and UV mapping to rigging, animation, and Unity export.
Insert reference images into the Blender 2.81 workspace, align front and side views, and mirror references to guide accurate spider modeling, using transparency and organizing references for efficient workflow.
Model the spider body from scratch in Blender, starting with a low-poly circle to shape the carapace and abdomen. Extrude and fine-tune, planning the legs later.
Model spider mandibles and head details in Blender 2.81 using edit mode, inset, extrude, rotation, and loop tools circle with symmetry, guided by a wolf spider head reference.
Model the first leg by using a reference, creating a low-vertex circle, extruding and shaping joints with loops, and aligning the geometry for a seamless leg-to-body junction.
Duplicate and adapt a leg to all legs, recalculate outside normals to ensure correct shading and texturing, and use proportional editing and joint references to shape a spider model.
Model the pedipalp from a female spider using Blender by extruding and shaping joints, rotations, and loops, guided by reference images to resemble the natural form.
Model the spider's eyes in Blender by adjusting head shape, using wireframe view, selecting edges, and extruding to form eight eyes with appropriate geometry and subdivision technique.
Apply subdivision to the face modifier to smooth geometry, then sharpen joints with crease by selecting loops and adjusting crease levels; mirror with symmetry and remove doubles by merging vertices.
Unwrap the spider model in Blender by editing the UV map, marking seams, and separating legs for a 2D texture. Ensure no overlaps and optimize UV space for texturing.
Learn to edit and optimize the UV map by selecting, moving, rotating, and scaling islands to maximize square space, avoid overlap, and prepare for texture painting with a stencil.
Paint textures on the spider model using texture paint with stencil, create a 4096 by 4096 color map, and save the texture image separately to preserve work.
Refine the spider texture by painting with the clone tool, sampling nearby areas, copying patterns, and using the mirror tool to reduce artifacts while painting in texture paint.
Refine the spider model by painting dark ambient occlusion shadows along joints with the paint tool, using multiply blend and curve falloff, and ensure separation with wireframe guides before shading.
Create a quick spider shader in Blender 2.81 using Cycles, adding subsurface scattering, texture maps, and color adjustments with HDRI lighting, while setting up Eevee and Cycles rendering.
Create the main particle system to generate fur by emitting from faces, refine with modifiers, adjust subdivisions, and brush particles to follow the model's geometry.
learn to create a second particle system in blender 2.81, adjust viewport and render for thickness and shape, and enable children interpolated for a fur-like effect around the eyes.
Develop shaders for spider particle systems in Blender 2.81, including a main particle shader and an eye shader, using color maps, color mix with LGB, and Eevee/Cycles compatibility.
Create a basic spider armature in blender 2.81, extruding and mirroring bones, and test deformation using automatic weight and parenting for reliable rig behavior.
Learn to set up constraints and inverse parenting for spider legs in Blender, using B bones, controllers, and copied rotations to keep legs on the ground and enable quick posing.
Create a user-friendly spider rig in Blender by adding custom shapes to bones and adjusting their orientation. Organize controllers in a hidden collection for clear, efficient posing.
pose a spider model in blender using a mirrored rig, copying poses across sides to set legs and abdomen. store poses in a library for reuse during wall-crossing and animation.
Learn how to build a basic spider walk cycle in Blender using a rig, pose mode, and keyframe animation, and store the cycle for later reuse.
Create and manage walk cycle variations in Blender 2.81 using the dope sheet and action editor, duplicating actions and editing bone poses to bring spiders and insects to life.
Master mixing spider animations in Blender 2.81 by organizing actions, using nonlinear animation, and blending walk and run cycles with repeat and blend in/out.
Create a studio setup in Blender 2.81 to produce a 12-frame spider turnaround for final rendering, including camera, lighting, shading, depth of field, and a textured background.
Master node-based compositing in blender 2.81, enabling ambient occlusion in eevee or cycles, and use color mix, multiply, curves, and vignette for realism.
Create a realistic beauty shot of a spider in Blender 2.81 using Cycles, a wood ground texture, and PBR textures with Node Wrangler; set camera, depth of field, and lighting.
Export FBX files from Blender to Unity by selecting the spider model and armature, enabling selected objects only and deform bones, and ensuring clean bone names and animations before importing.
Import the spider from the export folder into Unity, inspect its rig and animations, then extract materials and apply textures with normal and height maps for realistic shading.
Explore the four extra insect files, including dragonfly, praying mantis, stag beetle, and cricket, with rigs, textures, and ready-to-render setups for Eevee and Cycles in Blender 2.81.
In this training we will discover the process of creating spiders and insects. We will take as example the creation of a realistic wolfspider.
This training will allow you to discover a complete workflow and discover features of Blender for modeling , texturing and animation.
This course is divided into 7 chapters that will follow the entire process of creation from the basic modeling to texturing and importing into a game engine.
In the first chapter we will model the spider with polybuild techniques, then we will make the UV editing and texturing in chapter two. In chapter 3 we will add the hair partyicles into the model. Chapter 4 and 5 will be for rigging and animation, and then we will render the project on both rendering engines Cycles and Eevee in chapter 6. We will finally export the model with animations into Unity in the last chapter.
As a bonus in this training you will also find 4 complete models that have been produced with the same creative techniques, a dragonfly, a stag beetle, a praying mantis and a grasshopper these models are rigged and textured ready to be used in your projects. I do not put any restrictions into it.
The source files are included in the training and allow you to understand the entire workflow from the beginning to the end.
Thank you for appreciating my work and good training to all!