Ad Clicks : Ad Views : Ad Clicks : Ad Views : Ad Clicks : Ad Views : Ad Clicks : Ad Views :
Oh Snap!

It looks like you're using an adblocker. Adblockers make us sad. We use ads to keep our content happy and free. If you like what we are doing please consider supporting us by whitelisting our website. You can report badly-behaved ads by clicking/tapping the nearby 'Advertisement' X text.

High-Detail Car Surface Modeling for Plasticity 3D Brabham BT62 by Poly Paul

High-Detail Car Surface Modeling for Plasticity 3D Brabham BT62 by Poly Paul

/

Author:Poly Paul

Duration:24 hours

Actual Duration:1h 6m

Release date:2024, December

Publisher:Artstation

Skill level:Intermediate

Language:English

Exercise files:Yes

Software:Plasticity 3D, Blender

Course URL:https://www.artstation.com/marketplace/p/ovdXO/high-detail-car-surface-modeling

Build a production-ready Brabham BT62 in Plasticity 3D with 24 hours of narrated, no-fluff tutorials covering spline-based surface modeling and clean CAD workflows.

24 hours of fully narrated, high-res content that skips the fluff and gets straight to building a Brabham BT62 in Plasticity 3D. Poly Paul walks you through his personal workflow—starting from the door instead of the wheel—and shows you how to create clean, production-ready surfaces using splines and patches. No hand-holding, just practical techniques you can apply to any car project.

🎯 What you’ll learn

  • Build complex car body panels using spline curves and patch surfaces in Plasticity 3D.
  • Master a clean CAD surface modeling workflow for automotive design.
  • Texture your model in Blender without needing UVs.
  • Organize your scene files and radial menus for faster iteration.

✅ Requirements

  • Skills: Basic understanding of Plasticity 3D 1.4 interface and navigation.
  • Tools: 3-button mouse, drawing tablet recommended for precision.
  • Hardware: Minimum 16GB RAM, dedicated GPU for 4K video playback.

📝 Description

This isn’t your typical “start with the wheel” tutorial. Poly Paul takes a different route—kicking off with the car door—because that’s where the real surface complexity lives. Over 51 videos, you’ll learn his exact spline and patches workflow for creating clean CAD surfaces that look like they came straight from a design studio.

The course is split into two video quality options: 3840 x 2160 for those who want every pixel, and 1920 x 1080 for smoother playback on slower machines. You also get Plasticity scene files, Blender OBJ files, and reference images to follow along. Plus, there are two JSON files to install Poly Paul’s custom radial menu—a small touch that speeds up your modeling significantly.

What sets this apart is the focus on professional modeling methods rather than shortcuts. Each technique is broken down into simple, fast-paced videos that you can revisit anytime. The texturing section in Blender is a bonus—no UV unwrapping required, just smart material placement.

🧑‍🎓 Who this course is for

  • Intermediate Plasticity 3D users who want to level up their surface modeling skills.
  • Automotive 3D artists looking for a clean, CAD-based workflow for car design.
  • Hobbyists and professionals who prefer a no-nonsense, project-based learning approach.

🧑‍🏫 About the Author

Poly Paul is a seasoned 3D modeler specializing in automotive design and CAD surface modeling. With years of experience in Plasticity 3D, he has developed a unique workflow that prioritizes clean geometry and efficient patch construction. His teaching style is direct and practical, focusing on real-world techniques rather than theory. He is known for his detailed, fully narrated tutorials that break down complex car modeling into manageable steps.

🏁 Final Result

  • A fully detailed, textured Brabham BT62 model ready for portfolio presentation.
  • Mastery of spline-based surface modeling in Plasticity 3D.
  • A reusable workflow for creating any car model from blueprints.
Curriculum

📋 Course content

  1. Module 1:  Getting Started
    • Guide to the References and Blueprints
    • Project Setup
    • CurveStructureDoor
  2. Module 2:  Body Panels
    • Front Fender Modeling
    • Hood and Roof Surfaces
    • Rear Quarter Panel
  3. Module 3:  Details & Assembly
    • Door Creation and Gaps
    • Headlights and Taillights
    • Side Skirts and Diffuser
  4. Module 4:  Texturing & Presentation
    • Blender Texturing (No UVs)
    • Scene Setup for Showcase
Watch online or Download for Free
High-Detail Car Surface Modeling for Plasticity 3D Brabham BT62 by Poly Paul
NAME
SIZEDURATION
CurveStructureDoor
257.6 MB
Guide to the references and blueprints
961.8 MB
IntroBlueprintsBlenderTexturing
7.5 GB
RadialMenu
106.5 MB
RadialMenu
106.5 MB
Subtitles
68.8 MB
Blender texturing process no uvs
132.6 KB
BT 62 part 1
67.5 KB
BT 62 part 2
37.8 KB
BT 62 part 3
58.2 KB
BT 62 part 4
40.3 KB
BT 62 part 5
36.4 KB
BT 62 part 6
23.1 KB
BT 62 part 7
42.9 KB
BT 62 part 8
26.6 KB
BT 62 part 9
28.5 KB
BT 62 part 10
25.1 KB
BT 62 part 11
30.3 KB
BT 62 part 12
38.1 KB
BT 62 part 13
33.4 KB
BT 62 part 14
43.6 KB
BT 62 part 15
56.2 KB
BT 62 part 16
54.6 KB
BT 62 part 17
28.1 KB
BT 62 part 18
62.1 KB
BT 62 part 19
44.1 KB
BT 62 part 20
28.8 KB
BT 62 part 21
20.7 KB
BT 62 part 22
25.9 KB
BT 62 part 23
39.7 KB
BT 62 part 24
34.6 KB
BT 62 part 25
123.5 KB
BT 62 part 26
60.9 KB
BT 62 part 27
214.2 KB
BT 62 part 28
167.5 KB
BT 62 part 29
92.4 KB
BT 62 part 30
100.1 KB
BT 62 part 31
44.5 KB
BT 62 part 32
113.6 KB
BT 62 part 33
74.1 KB
BT 62 part 33-2
200.7 KB
BT 62 part 34
60.2 KB
BT 62 part 35
219.5 KB
BT 62 part 36
140.4 KB
BT 62 part 36-2
158.1 KB
BT 62 part 37
151.6 KB
BT 62 part 38
74.9 KB
BT 62 part 39
76.1 KB
BT 62 part 40
68.7 KB
BT 62 part 41
63.8 KB
BT 62 part 42
70.4 KB
BT 62 part 43
77.1 KB
BT 62 part 44
78.3 KB
BT 62 part 45
182.1 KB
BT 62 part 46
267.1 KB
BT 62 part 47
153 KB
BT 62 part 48
223.1 KB
Intro
62.1 KB
SuperCar Setting BluePrints
53.9 KB
_Tutorial loading subtitles in VLC
64.5 MB

Download all Videos (60)
19.8 GB1h 6m


Download all

Join us on
  Channel    and      Group

Leave a Comment

Your email address will not be published. Required fields are marked *