3D Car Configurator

GLB Vehicle Configurator: 3D view, paint, wheels, spoiler, and price estimate.

This is the main section of the website

3D car configurator, paint, rims, spoiler and live quote in one view

Demo inspired by OEM configurators: rotate the model in the browser, change the wheel size, rim and body colors, show or hide the spoiler, select the drive and package, the total is updated on an ongoing basis.

3D Car Configurator

Click the graphic or button to open the full preview. The approximate price at the top refreshes after each step, just like in the estimator, you first build an understanding of the scope, then write down the contact.

Preview of the 3D car configurator
1 GLB file in a browser
without installing an app
5 configuration areas
engine, wheels, wheel color, paint, spoiler
5 wheel colors for a single model
standard, silver, black, gunmetal, bronze
100% in a web browser, or on your phone
The amount is updated with every click

We’re familiar with car configurators from BMW, Audi, Mercedes, Skoda, Tesla, and Cupra—they’re standard in the premium automotive seCTOr. In the evening, the customer reviews five trim options on their phone, at their own pace, without a salesperson. On Monday, they return to the dealership with specific details: paint, wheels, drivetrain, and package. This shortens the conversation from an hour to twenty minutes and improves the quality of the lead.

The latest Google Trends data (3 months) shows that consumer interest is shifting toward long-tail models: Searches for “Audi RS5 configurator,” “Mazda CX-5 configurator,” “Renault Clio configurator,” “VW Taigo configurator,” and “BMW Motorcycles configurator” are on the rise. Customers are no longer just looking for the main flagship models—they’re looking for a specific variant they want to buy. A company that doesn’t have this path on its website loses them within the first 30 seconds.

Polish B2B isn't falling behind. The increase in searches for “wikęd configurator” (+180% in 3 months, a Polish gate manufacturer), “metal garage configurator” (+160%), and “Alcar configurator” (wheel rims, SHARP INCREASE) shows that customers in the Polish market no longer expect configurators only from major corporations—they expect them from local manufacturers of gates, garages, accessories, and furniture. This is exactly the trend you cannot afford to miss if you run a medium-sized manufacturing company.

The Same UX pattern (step-by-step selection + dynamic pricing + 3D preview) works well beyond the automotive industry: IKEA uses it for kitchen cabinets, Computer technician for PC configuration, and photovoltaic panel manufacturers for system selection. The demo on this page intentionally simplifies the model and options, but accurately reflects the production process. We implement the Same engine for clients across various industries—automotive, furniture, renewable energy, gates, metal garages, and modular homes. The framework remains consistent; the data is yours.

What a car configurator can do—and what it can't replace

The automotive industry has its own realities: dealerships, financing, test drives, and regulations. The configurator streamlines some of these steps, while leaving others in the hands of the salesperson. Below is what it actually does—and what you shouldn’t expect from it.

✓ The car configurator is really helpful when:

  • The customer looks at five options on their phone in the evening instead of waiting for an email from the sales representative on Monday
  • The lead reaches the dealer with specific details (paint job + rims + drivetrain) rather than just asking for a quote
  • You sell in several regions, and shipping, delivery, or language versions can affect the price by several thousand
  • Do you want to capitalize on the growing trend of searches for “[brand] configurator”? Customers already expect this option.
  • A standalone MVP configurator for wheels, finishes, or packages—as a first step toward a full 3D experience
  • Click-through analysis answers the question of which ad impressions actually result in a search query, rather than just a click on the ad
A better lead: configuration + purchase intent

✕ The car configurator cannot replace:

  • The dealer handles financing, insurance, the test drive, and signing the contract—he then closes the deal
  • ERP/DMS system – the vehicle must have a single source of truth regarding inventory status, production date, and type approval
  • Expert advice – you can't just guess which engine is suitable for fleet use on a route covering 60,000 km per year
  • When it comes to financial decisions—whether it’s a bank, a leasing company, or CFM—they evaluate the buyer individually
  • Legal regulations—CEPiK, excise tax, and emission standards—are not matters that can be programmed into the UI
  • Physical inspection – especially for deals worth 100,00PLN 0 or more, the customer wants to see the product in person

5 Things That Really Drive Up the Cost of a 3D Car Configurator

The estimator provides a range, but in 3D car configurations, the most significant costs come from the logsc and the model pipeline. Below are five areas that can realistically expand the scope—regardless of whether you’re building a configurator for a complete vehicle, just the wheels, or a trim package.

01
Model and wheel grid optimization

A car model from a modeling studio typically has 200,000–500,000 polygons—not suitable for the web. After optimization (Draco, KTX2, mesh reduction, level-of-detail), it drops to 30,000–80,000 polygons and loads in 2–3 seconds on 4G. We usually model rims as a single mesh scaled to different sizes (18″ / 19″ / 20″) instead of four separate models—this reduces file size and speeds up resizing.

02
PBR materials – body paint, rims, spoiler

Each paint color (metallic, matte, pearlescent) has its own PBR mapping—regardless of the color of the wheels or spoiler. The BMW or Mercedes car configurator demonstrates this clearly: when you change the body paint, the wheels stay the Same, and the spoiler retains its color. This requires separate material layers and controls to determine which elements respond to which selections.

03
Compatibility rules and element visibility

“20-inch wheels require a sport suspension,” “spoiler available only in the M package,” “carbon color is not compatible with matte paint.” Each such rule is validated by the configuration engine and displayed as information to the user—without this, the configurator would show variants that cannot physically be sold. Vehicles typically have 30–80 rules, while the wheel configurator alone has 5–10.

04
Support for multiple model years and models

The 2024 BMW 3 Series is a different model from the 2025 version. The Audi A6 e-tron differs from the gasoline-powered Audi A6. Each model year may have a different set of wheels, a new color, or modified suspension. The model update pipeline must be well-thought-out from the start: naming conventions for meshes, the structure of 3D asset folders, and the GLB file exchange policy. Without this, an extra month of work is added every year.

05
SEO + shareable URL with a preset configuration

Search engine bots cannot see WebGL scenes—without an additional layer, the Audi configurator or BMW configurator remain invisible to Google. That’s why we include: screenshots with descriptive alt text, structured data (Product, Frequently Asked QuestionsPage), descriptive text content, and URLs with configuration hashes (`?model=X&wheels=20-black`). A customer can send a specific variant to their spouse via a link, and we track which configurations are shared most frequently.

How to implement a 3D car configurator – step by step

From the decision to “implement a configurator on the website” to the launch in production. With a focus on aspects specific to the automotive industry and the 3D model pipeline.

1
Discovery + 3D Asset Audit (1–2 weeks)

We review which models already exist (typically from the manufacturer’s design office or the brand’s distributor), in what format, and who maintains them. We map out compatibility rules and the catalog structure (models × variants × model year). The result: a scope specification, a plan for adapting the models, and a cost estimate based on actual assets, not assumptions.

2
3D Pipeline + Naming Conventions (2–4 weeks)

Exporting from Blender, Cinema 4D, or Maya to glTF/GLB, standardizing node names (wheels, body paint, spoiler, lights), optimizing meshes and textures, and using Draco/KTX2 compression. Without this step, even the best interface won’t be enough—the configurator will become difficult to maintain with every model year update.

3
UX steps + business rules (1–2 weeks)

Wireframes for B2C and B2B workflows (if both segments are to be supported), a compatibility rules diagram, and a design for the summary and dealer contact flow. Once approved, we begin implementation—we do not iterate on the UX while working on the 3D engine, as that would double the budget.

4
Implementation + mobile testing (4–10 weeks)

We work in sprints with a preview on the staging environment after each phase. Performance tests on real phones: a mid-range Andswarmd from 2022, older iPhones, and a 4G connection outside the city. The customer checks the configurator in the supermarket parking lot—if it yeses 12 seconds to load, they’ll yese a break and won’t come back. The Audi A6 configurator loads in 2–3 seconds—that’s the benchmark.

5
Implementation + maintenance of models during annual updates (after launch)

After launch, we provide support for critical errors and model updates—because the car catalog is constantly evolving; every facelift means a new GLB. Your team manages text, prices, and options in the CMS panel on its own. Model updates are sent to us, but as a specific change package, not as part of a monthly subscription.

Check out other tools in the showroom

Each tool showcases a different production mechanism—from a step-by-step cost quiz to a 3D weapon configurator and a modular home configurator. Same engine, different types of decisions.

Podgląd estymatora kosztów konfiguratora
Calculator Configurator cost estimator

Step-by-step quiz: 5 questions, with budget ranges at the end (EASY / MID/HARD). No 3D preview—get a quick sense of the project scope before the discovery phase.

Open the estimator
Podgląd konfiguratora broni 3D
3D Configurator 3D Weapon Configurator

GLB model in the browser, 3 decision types (model, accessories, trim), real-time estimate. Mechanics for technical and modular products.

View the configurator
Podgląd konfiguratora domku
2D Configurator House Configurator

A multi-step process: structure, transport, installation package, summary with total cost. A process familiar from B2C and B2B in the modular home industry.

View the configurator
Podgląd konfiguratora altan ogrodowych
2D Configurator Garden gazebo configurator

7 steps: wood finish, shape (square/hexagon/octagon), roof, size, walls, equipment, foundation. The first step is the color of the stain - the customer immediately sees his gazebo.

View the configurator

Frequently Asked Questions About the 3D Car Configurator

BMW, Audi, Mercedes, Škoda, Tesla, Cupra, and Hyundai all have premium-level configurators—featuring photorealistic lighting, animations, and multiple model years within a single tool. A small or medium-sized business (multi-brand dealer, importer, or specialist bodywork manufacturer) typically doesn’t need this level of functionality right from the start. Implementing a basic 3D configurator with the GLB model, several trim levels, and dynamic pricing falls within a range similar to that of an average B2B configurator. The decision is made during the 3D asset audit in the discovery phase.

A full vehicle configurator (3D model + 5–7 configuration areas + compatibility rules + integrations + multi-model-year support) is a 4–6-month project from the date the contract is signed. A wheel or trim configurator as a standalone MVP – 4–6 weeks. There are many compromises in between: a vehicle configurator with one model and 3 finishes yeses 8–10 weeks; adding an additional model year yeses another 4–6 weeks. We determine the specific timeline after auditing the 3D assets during the discovery phase.

Schedule a 30-minute discovery session

You’ll show us what you already have (3D models, vehicle catalog, DMS system, service regions), and we’ll show you the realistic scope of implementing a car configurator or an MVP for wheels/trims, as well as the steps and pricing tailored to your specific needs.
No strings attached. Real value from the conversation.

Schedule a discovery call
We will respond within one business day.