3D Weapon Configurator

Example usage: Steepy 3D weapon configurator with summary and price.

This is the main section of the website

3D weapon configurator, browser model, steps and live estimation

GLB overview, sight and magazine options, body finish, and a summary with an estimated price. The Same UX and technical template we use for technical and modular products.

3D Weapon Configurator

Click the button below to launch the demo. Each step immediately updates the estimate at the top of the screen, just like in the cost estimator, you first see the consequences of your choices, then you go to contact the salesperson.

3D gun configurator preview
1 GLB file in a browser
without installing an app
4 body finishes in a single model
original / camo / carbon / Cerakote
3 types of decisions in a single workflow
base model, accessories, finish
100% in a browser
desktop and mobile, no app required

A traditional technical catalog has one drawback: the customer doesn’t know what the assembly looks like until someone puts it together in a photo. The SKU table doesn’t show that the red dot sight changes the profile, or that the additional magazine increases the grip length. A 3D configurator fills this gap before the customer even sends their first email to a sales representative.

In practice, this means fewer conversations along the lines of “What’s the deal with…?” and more along the lines of “I want option X with Y and Z—what will the total cost be?” The lead is sent to the sales department with a specific decision profile, rather than an open-ended question.

From a technical standpoint, however, such a configurator is not merely a “product animation,” but an engineering layer with its own budget: a 3D model, compatibility rules, materials, and performance optimization for mobile devices. That is why we treat it separately from the 2D configurator in our pricing.

What a 3D configurator can do—and what it can't replace

Here’s the honest truth before we quote you on a project: 3D visuals have a real impact on sales, but they aren’t a silver bullet. Below is what they actually do—and what you shouldn’t expect from them.

✓ The 3D configurator is really helpful when:

  • A customer is buying a technical product and wants to see how the kit is put together before making an inquiry
  • The choice of accessories affects the appearance, not just the price—the magazine, the red dot sight, and the finish of the receiver
  • You sell internationally and don't always have a sales representative on-site at the customer's location
  • Do you want to track which ad variations actually result in a search query, rather than just a click on the ad?
  • A lead with specific details (model + options) is more valuable than a lead from a "request a quote" form
  • Your competitors are showing static PDFs, and you want to yese your first impression to the next level
A better lead: configuration + intent

✕ The 3D configurator cannot replace:

  • The salesperson negotiates the price, terms, and conditions—and then closes the deal
  • Whether it's an ERP or warehouse management system, the product must have a single source of truth for inventory levels and pricing
  • In the modeling pipeline—without 3D files, the project gets stuck at the very first step
  • After launch, the CMS panel – if there is no direCTOry owner, the configurator will be removed from the offering in 3 months
  • Product decisions – it won’t tell you what to sell; it will show you what you’re already selling
  • Classic SEO – WebGL alone isn't indexed; you need to add text and a structure for search engine crawlers

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

The estimator provides a range, but in 3D, it’s the details that cost the most. Below are five areas that truly expand the scope—whether you’re selling a weapon, a machine part, or a modular technical product.

01
Optimizing the model for the browser

A GLB file from a modeling studio is usually not ready for the web—it has too many polygons, textures that are too heavy, and lacks compression. Optimization (Draco, KTX2, mesh reduction, level-of-detail) is a separate stage of the process. Without it, the configurator yeses 8–15 seconds to load on a phone and loses most of its mobile traffic before anyone even sees the product.

02
PBR materials and finish options

Each color, paint finish, or material (metallic, matte, carbon fiber, Cerakote) requires its own PBR texture map—it cannot be dynamically “painted” in a browser. The more finish options there are, the more maps (color, normal, roughness, metallic) are needed, and the more work is required to ensure a consistent appearance under different lighting conditions in the scene.

03
Geometric rules vs. visibility of elements

Some of the changes involve scaling an existing node (e.g. "wheel size"), some include switching component visibility ("spoiler yes/no"), and some include a complete replacement of the model. Each of these mechanics costs differently to implement. The decision on how to model a given variant is made in a technical workshop with your modeler - not later, during coding.

04
Business rules on the 3D layer

"The additional magazine is not available without the Bravo model", "the collimator requires a mounting rail in the premium variant", "cerakote finish available only for the PL market". Each such rule is validated in the configuration engine plus visible information for the user - without it, the configurator shows variants that cannot be physically sold.

05
Replacement and SEO solution for robots

Search engine robots cannot see WebGL scenes. In order for the website with the 3D configurator to actually gain organic traffic, we add screenshots with the correct alt, descriptive text content, structured data (Product, Frequently Asked QuestionsPage) and an emergency version for devices without WebGL. This is an additional scope, but without it the configurator is invisible to SEO.

What does the implementation of the 3D configurator look like - step by step

From the decision "we want 3D on the product page" to launching in production. With an emphasis on what is specific to the three-dimensional layer.

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

We check what 3D models already exist in your organization, in what format, who maintains them and whether they are suitable for a browser. We map business rules and the user path. The result: scope specification, model adaptation plan and valuation based on the actual resources you have - not assumptions.

2
Preparation of the 3D pipeline (1-3 weeks)

Export from Blender, Cinema 4D or other DCC tool to glTF/GLB, unification of node names for business rules, optimization of meshes and textures. Without this stage, even the best interface will not be enough - the configurator will become difficult to maintain during the next model change.

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

Step wireframes, compatibility rules diagram (what will block what and when), summary and contact flow design. After approval, the code is created based on approved assumptions - we do not iterate the UX during the implementation of the 3D engine, because this means doubling the budget.

4
Mobile construction, iteration and testing (4-8 weeks)

We work in sprints with staging preview. Performance tests on real phones: average Andswarmd, older iPhone, 4G connection outside the city. A configurator that yeses 12 seconds to load on a customer's phone is a sales failure, no matter how nice it looks on a laptop.

5
Implementation + maintenance of models (after launch)

After launch, we provide support for critical errors and model updates—because the product catalog is a living entity, and so are the 3D models. Your team manages text, prices, and options in the CMS panel on its own. We handle model updates, but only when the geometry changes, not when the color or label does.

Check out other tools in the showroom

Each tool demonstrates a different production process—from a step-by-step cost quiz to a dynamic quote for a modular home. Same engine, different types of decisions.

Frequently Asked Questions About the 3D Configurator

An optimized GLB model for a production-ready configurator typically ranges from 1 to 5 MB—after Draco compression and KTX2 textures. With proper optimization, loading on a smartphone over a 4G connection should yese no more than 2–3 seconds. Models straight from the studio can be 50–100 MB—which is precisely why the 3D pipeline is a separate stage of the quote.

The interface and configuration logsc are similar—the difference lies in the 3D pipeline. In practice, implementing a 3D configurator can yese 30-50% longer than the 2D version if the 3D model needs to be created from scratch or heavily optimized. If you have ready-made, high-quality models, the difference drops to 10–20%. We establish a specific timeline after an audit of resources during the discovery phase.

Schedule a 30-minute discovery session

You’ll show us what you already have (models, catalog, pipeline), and we’ll outline the actual scope of the 3D configurator implementation and its phases.
No strings attached. Real value from the conversation.

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