Artstation – Hard Surface ZBrush Tutorial // Modeling A UH-60 Rotor by Henry Chervenka

Artstation – Hard Surface ZBrush Tutorial // Modeling A UH-60 Rotor by Henry Chervenka

Over the years, I’ve done a lot of hard surface modeling in Zbrush and found myself learning many different techniques and workflows. I thought it might be useful to someone out there if I recorded it all on video and talked through the process with you. If you’re interested in learning more about that, this tutorial will include:

70+ Videos with 9+ hours of footage covering ZBrush Hard Surface Techniques such as:
Zmodeler
Zremesher (for hard surface)
Sculptris Pro
Booleans
Gizmo Deformers
Array Mesh
Clip and Slice Brushes
Retopology Techniques
and more . . .
No time-lapse demo, modeling a UH-60 Main Rotor for a practical example of the above techniques
Audio commentary in English to accompany the videos
Orthographic screenshots of individual parts from the UH-60 Rotor if you’re interested in modeling this piece together with me

Note: This tutorial is intended for people with intermediate to advanced experience in ZBrush. I won’t be covering beginner ZBrush processes such as user interface since there are plenty of resources out there for these. I will mainly be covering workflows and techniques.

Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part01.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part02.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part03.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part04.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part05.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part06.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part07.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part08.rar – 2.4 GB
Artstation – Hard Surface ZBrush Tutorial Modeling A UH-60 Rotor.part09.rar – 619.6 MB