
Learn to create a cyber crocodile game character, from sketch to final render, using brush-based sculpting, surface modeling, and custom brushes for scales and mechanical parts.
Speed up your ZBrush workflow by enabling customize and arranging brushes in the interface. Create a custom hotkey menu, assign shortcuts, and save your configuration for faster access.
Concept a bulky crocodile-headed cyborg creature by blending organic and metallic parts, armor, and tubes to craft a striking silhouette through quick mood-board inspired sketches.
Explore 3d sculpting of a cyber reptile head using move and inflate brushes, dynamic subdivisions, and smoothing to refine anatomy, scales, and mechanical details.
Design a powerful cyber reptile character by adjusting proportions, enlarging the head, hands, and arms, and refining anatomy, armor, mechanics, and center of gravity through iterative 3D sketching.
Design a powerful cyber reptile character by iterating from concept to sketch, refining proportions, armor, spikes, and mechanical details using visual libraries as references.
Develop a 3d sketch of a reptile, shaping broad shoulders and a crocodile-inspired head with teeth and spikes, guided by anatomy references, masking, and symmetry in a dynamic sculpting workflow.
Develop a crocodile-inspired game character by sculpting muscular, metal-plated anatomy, detailing scales, teeth, and a tongue, refining with clay brush and crack brush, and iterating for a striking, non-boring design.
In this 3d sketch, the creator demonstrates masking metal parts, duplicating the mesh to separate metal and flesh, and using polygroups and alpha brushes to develop a cyborg crocodile character.
Forge a cyborg reptile jaw by sculpting teeth, tubing inserts, and hydraulic details, then refine with dynamic subdivision, symmetry, and metal finishes for a detailed 3D model.
Create a complex cyber reptile character by sculpting organic and mechanical parts, adding tubes and joints, and refining the silhouette with masking and trim brushes.
Master 3D sketching for cyber reptile characters by refining hand armor and mechanical/tubing details using layered meshes, separated forms, and silhouette-driven topology, prioritizing planning before detailing with organic sculpting tools.
Refine hand anatomy and mechanical 3d sketch design for a cyber reptile game character by planning finger segments, armor plates, and consistent silhouettes while using references.
Advance the 3d sketch of the cyber reptile's legs by shaping muscles and mechanical parts, adding hinges, inserts, and cable paths, balancing thickness and detail through iteration.
Build a reptile character by modeling a hinge, clavicle, and spikes using mesh edits, brushes, and symmetry; refine with subdivisions, append operations, and high/low poly workflows.
Watch a 3d character artist refine a jaw and scales through iterative sculpting, masking, and extrusion, emphasizing symmetry, design quality, and practical geometry for game character creation.
Refine the chest and abdomen of a crocodile character by sculpting scales, adjusting dynamic brushes, masking, and extracting to build a clean low-poly mesh for a high-poly, game-ready normal map.
refine the cyber reptile chest armor by shaping edges and back planes, using dynamic subdivisions, extruding inwards, creasing edges, and masking to improve topology and detail.
Refine chest armor geometry by inserting loops, crease edges, adjust vertices, and apply dynamic subdivision, using symmetry for accuracy and preparing for a normal map.
Design and refine a reptile game hand, constructing a finger using cylinders, applying symmetry, poly groups, and extrusion to create a low-poly, articulated model.
Refine the hand for a cyber reptile character by separating it from the arm, removing fingers, smoothing topology, and optimizing for low-poly, with careful thickness and crease control.
Refine the forearm of the cyber reptile game character through low-poly modeling, smoothing, and thickness adjustments. Iterate with masking, moving, and geometry tweaks to achieve a metal, radiator-like forearm.
Refine a low-poly game character forearm mesh by cleaning edge loops, bridging edges, and adjusting topology, then apply thickness, crease, and subtle details with sculpting brushes.
Refining continues guides you through practical sculpture steps, managing topology and geometry, applying symmetry, and preparing a low-poly in-game cyber reptile character with a future normal map pass.
Shape the hip and leg of a cyber reptile game character using radial symmetry and local symmetry. Use insert multiple loops, extrude, masks, and bend arc to refine the anatomy.
Design the cyber crocodile's leg using symmetry, edge loops, and polygroups. Extrude for thickness, apply subdivision, and refine creases for a clean quad mesh.
Refine the creature's feet by smoothing geometry, adjusting thickness, applying symmetry, masking, and extraction to sculpt a clean, low‑poly form ready for bake and normals.
Refine the cyber reptile game character creation by sculpting wrists, adjusting the head and back, and using low-poly extrusion, symmetry, and masking to craft believable scales and back details.
Refine the crocodile head using brushes and alphas, place eyes and scales, manage polygon counts while sculpting the head as the design focus for a reptile game character.
Refine the crocodile head by using multiple references, adjusting geometry and spacing, detailing teeth and jaw, and applying materials to achieve a more realistic, cool game character.
Refine the crocodile cybernetic model by adjusting geometry, reducing polygons, adding texture and scales, shaping the jaw hinge, and planning smoothing and subdivision steps.
Create crocodile scales on a cyber reptile by refining topology, subdividing for high and low poly detail, and projecting work onto the head.
Create a cyber reptile's back and shoulder scales using clay and standard brushes, refining with alpha textures, subdivision, and masking, then save and export the alpha for reuse.
Learn to refine a cyber reptile character by shaping geometry with move brush, adding creases, symmetry, masking, and density tricks to build layered scales and polish.
Continue refining crocodile-like scales on the cyber reptile game character by masking, subdividing, and applying custom alphas to achieve a crocodile-ish pattern.
Refine the cyber reptile game character's leg by smoothing and adjusting scales, making key scales pop, and planning back versus front scale thickness with organic textures.
Create a crocodile character by shaping with symmetry, sculpting with clay brush, refining topology and geometry, using mirroring, subdivision, and references, while practicing, staying passionate, and pursuing industry-ready quality.
Develop the cyber reptile game character by modeling the crocodile's tail and scales, refining geometry, and building basic textures in zbrush while using references.
Finish the reptile tail with detailed scales and subtle spikes, then refine the model using masking, smoothing, and displacement for a higher-detail game character.
Refine a cybernetic crocodile character by adding metal back armor, spikes and tubes, balancing organic and cyber elements, and plan a low-poly posing workflow with subdivision.
Refine a cyber reptile character by balancing polygon count and particle use while sculpting and creasing key forms, then texture with masking and Substance Painter for metal and organic surfaces.
Refine a crocodile game character by tightening subdivision and adding fine tube details for a believable mesh. Learn texture planning, color tweaks, and render preparation with normals and ambient occlusion.
Begin by building main forms before adding details, inflate and smooth to craft organic shapes, then duplicate, mirror, and project low-poly geometry to create piston and cylinder details for posing.
Master posing a cyber reptile character and create multi-pass renders for a low-poly model. Learn masking, pivoting, and lighting setup to produce shadow, depth, and occlusion passes for post-processing.
Learn to assemble renders in Photoshop, create masks and depth channels, adjust lighting with hue/saturation and blend modes, and finalize a cyber reptile character render.
Instructor Info
Nikolay Naydenov is a Senior Character Artist currently working in Gameloft. Nikolay always had deep interest in art. In his spare time he was either reading a book or scribbling on a notebook ever since he was a child. He has been in the game industry since 2007 and had worked in many projects. The project that he is most proud of is the game titled March of Empires. He loves his job as a character artist especially when he is given freedom to do his own concepting and ideas. His advice for everyone just starting out is to spend lots of time learning software programs, be efficient and fast, and also spend many hours learning the anatomy, studying faces, and muscles underneath the skin. As every profession, to be good at something, you have to practice a lot. He recommends students to always look for improvement and never settle. He believes good things require sacrifice of time and other pleasures and this can turn your passion into a profession.
Course Info
In this course, we will go through the process of creating a cyber crocodile creature from a sphere to a finish render in Zbrush. We will start by doing the 3D sketch of our model which will allow us to change the design quickly and easily on the fly. This will be achieved by using one of the new features in Zbrush, which is Sculptris Pro. The Sculptris Pro mode will help us in the concepting stage and in the final polishing of our crocodile skin. You will learn different techniques for hardsurface modeling and mechanical parts creation. This will include Zmodeler brush, Trim Dynamic brush, and making your own Insert Multi-Mesh brush. The big part of the tutorial will be the detailed creation of crocodile scales. We will make them either by hand or using alpha brushes. In order to do that, you will learn how to make your own alpha brushes from scratch. At the end, we will make the pose for our high poly sculpt and lastly, we will export render passes which we will combine in Photoshop to achieve a nice professional looking render.