Hard Surface Modeling and Sculpting Course in 3D Coat

Change robot proportions quickly in 3D Coat using the growth tool, move tool, and precise selection to reshape structure and finalize a robotic character.

Learn to use the split tool in 3D Coat to cut surfaces and preserve form by increasing resolution with red plus, smoothing as needed. Practice splitting through all volumes.

Explore the cutoff and hide tools in 3D Coat to cut off parts, hide or invert voxels, and manage depth limits and resolution for precise, editable designs.

Explore extrusion and global space for hard-surface modeling in 3D Coat, using voxel-based sculpting with split, curve, and circle tools to create soft and hard edges and symmetry.

Use voxel layers to mask and smooth shapes directly on the surface, creating armor pieces. Extract masked area as a separate object, apply boolean edits, and adjust thickness for alignment.

Develop surface forms in 3D Coat by switching from voxel to surface modes, using a single build-up brush and reference anatomy to sculpt muscular shapes and protect key areas.

Refine sculpted form by switching between voxel and surface workflows, using polish, trim, and cut off tools to tighten edges, achieve consistency, and develop a bevelled surface.

refine helmet shaping by adding variation, using polygon and rectangle tools, voxels, and split techniques to create a more complex head form with offsets and landmark-guided details.

Block out the character's proportions by splitting the body, defining deformable areas, and refining chest, pelvis, and limbs with the circle tool to speed hard surface modeling in 3D Coat.

Refine arm geometry by fixing design issues, reducing polygons, reassembling parts, and increasing volume, then use split, fill, circle, and symmetry tools to sculpt a stronger hard-surface arm.

Forge a chest design by building a cylinder item, manage layers and hierarchy with duplicate and change parent, and refine belt straps through wireframe checks and iterative detailing.

Learn to detail the chest by using build up brushes and alpha stamps in voxel and surface modes, adjusting polygons and smoothing to add controlled, intricate texture.

Leverage symmetry and clone tools to extrude and duplicate parts, add nonuniform detailing, and use primitives like spheres for joints while preserving clean hard-surface form.

Move to the head, perform radical sculpture changes by adjusting resolution, duplicating and hiding surfaces, and using rectangle and curve tools to achieve a more robotic, mechanical look.

Refine the chest piece by reassessing head structure, adjusting alpha, and aligning symmetry, then sculpt and reinforce diagonal lines using split tools and primitive cylinders.

Explore simple lighting and shaders in hard surface modeling, adjusting camera, symmetry, and scale, and experiment with different shaders and render settings to enhance form and detail.

Redesign the torso by adjusting the pelvis and bone structures, using the hide tool to shape circles and ellipses, duplicating parts, and breaking the forms to align with suggested anatomy.

Explore on-the-fly design conceptualization by refining hard surface forms in 3D Coat, using negative space, curved cuts, and duplication to enhance joint articulation.

This subtractive design lecture explores negative space with the hide tool and cuts, iterating from a blocked-out basic form to refine a three-dimensional relief.

Explore hard surface elbow modeling in 3D Coat, mastering bevels and edge control with voxels, boolean operations, and symmetry to align shapes and create cohesive form.

In this subtractive exploration, the learner uses the hide tool and voxel separation in 3D Coat to push negative space, joints, and bold silhouettes.

master tricky boolean fixes in hard surface sculpting with 3d coat by refining shoulder resolution, switching between voxels and polygons, applying bevels, and cleaning up volumes for a clean silhouette.

Refine hard surface silhouettes by adjusting scale, axis alignment, and volumes in 3D Coat, using cylinders and primitives to balance negative space and preserve clear silhouette.

Refine the elbow in hard surface modeling by cleaning up geometry, adjusting scale and rotation, and testing cuts to create a convincing, movable joint.

Clean and refine a hard surface robot model in 3d coat by importing and merging an external mesh, turning off symmetry, and blocking out arms into a glove-like hand.

Learn to build a hand in 3D Coat using curves to form a base finger, duplicate and clone fingers, and align along the main axis with the center of mass.

Learn to pose fingers and express a model using the pose tool, hierarchy, and volume controls for expressive hands in hard surface modeling and sculpting in 3D Coat.

Learn to add surface details to hard-surface models in 3D Coat by placing 3D model rivets, buttons, and zippers on a dedicated surface-mode layer, preserving detail without voxel slowdown.

Explore using 3D Coat’s curved tool and splines to create piping between model points, adjust profiles, and apply voxel and growth techniques to prototype a robot form.

In the final render, adjust lights, shadows, and color in the render room, explore photorealistic materials, and render at high resolution with 32-bit options, then disable real-time render for speed.

Master hard surface modeling and sculpting in 3D Coat, and explore photorealistic rendering and texture painting workflows.