Start Here: 3D Automotive Design for 3D Artists
A new deep dive series into one of the most technically advanced 3D industries
We just wrapped a series on 3D Motion Graphics. Before that, 3D Fashion. Before that, Product Visualization. Each one an industry where 3D artists are building real careers outside of film and games, doing work that matters to companies with real money and real timelines.
Now we’re going somewhere different.
Not a product on a shelf or a garment on a runway. Something bigger, more complex, and more expensive than almost anything else a person will ever buy. Something with a little vroom vroom.
We’re going automotive.
What Makes Automotive Different
Every industry we’ve covered in this series has the same issue. Companies are under pressure to move faster, reduce costs, and produce more visual assets than their current workflows can handle. Automotive is no different.
But automotive has a characteristic the other industries don’t. It is one of the earliest and most aggressive adopters of 3D technology in the world. This industry has been invested in digital workflows for decades, has pushed the limits of what tools can do, and is still looking for what comes next. They have even pushed the USD file format so far that it has become something new entirely. We will get into that later.
Which means there is a specific kind of opportunity here. You are not walking into a room full of people who don’t understand 3D. You are walking into a room full of people who understand it deeply, have high standards, and need artists who can meet them.
The Two Sides of 3D in Automotive
3D shows up at two very different points in the life of a vehicle.
Design and Development
The first is before the car exists. During the design and engineering phase, 3D is central to how vehicles are conceived, communicated, and refined.
Automotive design generally breaks into two large categories: exterior and interior. Exterior designers work on the shape and form of the vehicle itself. The roofline, the side profile, the way light moves across the hood. Interior designers handle everything the driver and passengers interact with: the dashboard, the seating, the door panels, the center console.
But inside those two disciplines lives a more granular world. Individual components need to be visualized in detail. The steering wheel. The seats. The instrument cluster. All the buttons you have no idea what they do and are too afraid to touch because they might be ejector seats. Cars today have UI embedded in physical panels, touch interfaces, heads-up display elements, and ambient lighting systems. Every one of those components has to be designed, reviewed, and approved before it goes anywhere near manufacturing.
This is also where CMF designers come in. CMF stands for Color, Material, and Finish. In automotive, CMF designers are responsible for the entire material language of a vehicle: interior leather grades, trim options, stitching details, exterior paint and gloss levels, wheel finishes, accent pieces. A single vehicle model might have dozens of trim packages, each with their own CMF story. Every one of those combinations needs to be visualized accurately before a production decision gets made.
The CMF role in automotive is similar to what we talked about in the fashion series, the same title doing similar work across a completely different product category. That overlap in skills is worth noting if you want to understand how transferable 3D talent can be.
Marketing and Commerce
The second place 3D shows up is after the design is locked. This is where most people outside the industry encounter it without realizing it.
A significant amount of automotive advertising is not photography. The car on the mountain road. The dramatic lighting over a dark background. The closeup of the wheel on wet pavement. Those are 3D renders. Automotive CGI is some of the most sophisticated commercial visual work in the world, and the standards are extremely high. Light has to behave exactly right. Material accuracy is non-negotiable. If the car paint looks even slightly off to someone who works with vehicles every day, they will catch it immediately.
Configurators
My partner and I are in the process of replacing our car. The way we are researching this purchase looks almost nothing like how I bought a car thirty years ago when I first started driving. We are not going to dealerships to get information. We are doing the vast majority of our research online, building out specific configurations on manufacturer websites, selecting trim levels, choosing exterior colors and interior materials, adding packages, watching the price adjust in real time.
The car configurator is now a central part of how people make purchasing decisions. And a good configurator is a real-time 3D experience. The model has to be accurate, the materials have to render correctly, and the whole thing has to run smoothly in a browser. That is a 3D pipeline problem. And it is a growing one.
Clay
One of my favorite things about working with automotive companies is seeing full-sized versions of their cars sculpted out of clay.
When 3D modeling first became practical for automotive design, there was a real belief in the industry that physical clay sculptures would eventually be phased out entirely. The vision was something called a clayless studio, a design process that lived entirely in digital space. Reviews would happen in virtual environments. Approvals would come through screens. The clay shop would close.
That did not happen. And the reason it didn’t should feel familiar to anyone who has spent time in creative production.
There is something that happens when you are physically in a room with a life-sized object that no screen can fully replicate. The way light actually falls on a surface. The way a proportion reads when you walk around it. The way a crease line on a hood catches your eye from three feet away versus thirty. Screens flatten things. Physical objects don’t.
So the workflow that actually won is both. Digital tools handle speed, iteration, and early design exploration. Physical clay enters the process at the points where it still does something digital cannot. The two coexist, and designers move between them depending on what the moment requires.
This is a pattern that shows up across every industry we have covered in this series. New technology reshapes old workflows rather than erasing them. Automotive is just the clearest example of what that actually looks like in practice.
The AR Advantage
Of all the industries we have covered in this series, automotive has gone deepest on augmented reality.
When I talk to people in the automotive design world, AR comes up in a way it simply does not elsewhere. Companies are using it to review vehicle designs at full scale, to walk around a new model before a physical prototype exists, to compare trim options side by side in real space. Walk into any automotive design studio and you will see a stack of VR headsets in the corner and Gravity Sketch licenses on every machine.
Part of the reason makes sense when you think about it. A car is a big, complex physical thing, and automotive brands are global, with design teams spread across multiple continents. Reviewing a new model on a monitor always involves some compression of reality. AR closes that gap in ways that matter to people making real decisions about real products.
[FILL IN: Specific examples or firsthand stories from the community about AR in automotive design reviews would land well here.]
What 3D Automotive Design Has in Common With Footwear
This might seem like an odd comparison, but having worked with both industries, I keep coming back to it.
Automotive design and footwear design are more alike than they look. Both are fundamentally about form. About how a three-dimensional shape reads, how it sits in space, how it communicates something before a single feature or function is explained. Both have to be functional and stylish at the same time, which is a harder design problem than being just one of those things. Both have a tradition of working with physical materials that digital tools have changed but not replaced.
And both attract a certain kind of designer who thinks deeply about the relationship between an object and the person encountering it.
If you have worked in footwear 3D, you may find automotive more familiar than you expect.
What You Will Be Called
Just like in fashion and product visualization, the job titles in automotive do not always say “3D Artist.” Here is what to look for:
Automotive CGI Artist (producing marketing and advertising imagery)
3D Visualizer (design review and concept visualization)
Digital CMF Designer (color, material, and finish across vehicle variants)
Configurator Developer / 3D Web Artist (real-time 3D for online sales experiences)
XR / AR Experience Designer (immersive design review workflows)
Surface Modeling Artist (Class A surface work, often in Alias)
Some of these roles live inside OEMs, which stands for Original Equipment Manufacturers, meaning the car companies themselves: Ford, BMW, Toyota, and so on. Others live inside the agencies and production studios that handle automotive advertising and marketing. Both tracks have real opportunity.
The Tools
The toolset in automotive 3D is one of the most specialized we have covered in this series.
On the design side, Autodesk Alias is the dominant tool for Class A surface modeling, the extremely precise, smooth surfacing work that defines the exterior shape of a vehicle. This is different from the polygonal modeling most 3D artists learn first. It requires understanding NURBS-based geometry and how surfaces behave under lighting that reveals design intent.
For engineering and manufacturing, CATIA from Dassault Systemes is widely used. CAD data of this kind shows up in visualization workflows, and the same challenge we covered in the product visualization series applies here: CAD geometry is built for precision, not for rendering, so getting it into a visual pipeline requires cleanup and conversion.
For rendering and visualization, Autodesk VRED is extremely common in automotive for its material accuracy and real-time visualization capabilities. V-Ray, Arnold, and Redshift show up in high-end marketing production. For real-time and configurator work, Unreal Engine and three.js are increasingly central.
Why This Is Worth Your Attention Right Now
Automotive is one of the largest industries in the world and it has been investing in 3D for a long time.
The configurator side is expanding as online car buying becomes the default for more consumers. The AR side is maturing fast. The marketing CGI side has always needed strong talent. And the design side is always looking for people who can move fluidly between digital tools and the physical review process.
The talent supply for specialized automotive work is still thin. Artists who understand how to make a vehicle look right, who understand the light, the surfaces, the material accuracy, the way a car reads at different angles and distances, are genuinely hard to find.
If you have a background in product visualization, your instincts about material accuracy and rendering for commerce translate directly. If you came from VFX or film, your lighting and compositing foundation is applicable. If you have worked in real-time environments, the configurator world has a job for you.
What Is Coming in This Series
Just like the previous series, this overview is the starting point. Here is what is ahead…subject to change because I can be unpredictable at times:
A Brief History of Automotive Design and How 3D Changed It — Where clay modeling came from, when digital tools entered the picture, and why both still coexist.
The Design Workflow: From Sketch to 3D to Decision — How a vehicle moves through the design process, who is involved at each stage, and where 3D artists fit in.
The 150% USD File — How automotive is pushing this file format further than any other industry and what that means for the pipeline.
CMF in Automotive: The Role That Defines Every Car’s Visual Identity — Color, material, and finish in depth. What CMF designers actually do and how the role connects to work in other industries.
The Configurator Pipeline: Real-Time Rendering and the Future of Car Buying — How online configurators are built, what the real-time rendering requirements look like, and why this is one of the fastest-growing areas in automotive 3D.
AR in Automotive: The Industry Leading Immersive Design Review — Why automotive has gone deeper on AR than almost any other industry and what that means for 3D artists.
Marketing CGI: The Automotive Ads You Never Knew Were Fake — How automotive advertising CGI gets made and what it takes to work at that level.
Breaking In: What Automotive Studios and OEMs Actually Hire For — Job titles, required skills, portfolio advice, and how to position yourself coming from entertainment, product viz, or another background.
Let’s go!!!
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3D News
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Hello! Michael Tanzillo here. I am the Head of Technical Artists with the Substance 3D team at Adobe. Previously, I was a Senior Artist on animated films at Blue Sky Studios/Disney with credits including three Ice Age movies, two Rios, Peanuts, Ferdinand, Spies in Disguise, and Epic.
In addition to his work as an artist, I am the Co-Author of the book Lighting for Animation: The Visual Art of Storytelling and the Co-Founder of The Academy of Animated Art, an online school that has helped hundreds of artists around the world begin careers in Animation, Visual Effects, and Digital Imaging. I also created The 3D Artist Community on Skool and this newsletter.
www.michaeltanzillo.com
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