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Interactive exploded view with finishes and AR

FM3 studio monitor · exploded view (demo)

A three-way studio monitor you can take apart in the browser, explore part by part, change the finish of, and place at real size in your room.

Client
flyAR concept
Sector
Product visualization
Year
2026
Service
Interactive 3D · WebAR
Delivery
Browser · QR · AR (iOS Quick Look, Android WebXR)

FM3 is a fictional product made for this demo. Its internal layout and specifications are illustrative.

FM3 studio monitor · interactive 3D · 25 parts

Open full screen View in ARScan to open the FM3 AR demo on your phone

Open the demo and choose View in AR. On desktop, scan the QR code to open it on your phone.

Graphite, White, Black and flyAR orange. Glass is in the live demo.

FM3 monitor in graphite finish.
FM3 monitor in graphite finish.
FM3 monitor in white finish.
FM3 monitor in white finish.
FM3 monitor in black finish.
FM3 monitor in black finish.
FM3 monitor in flyAR orange finish.
FM3 monitor in flyAR orange finish.
FM3 exploded assembly viewed from the side.
FM3 exploded assembly viewed from the side.
FM3 exploded assembly viewed from the front.
FM3 exploded assembly viewed from the front.
Electronics. Close-up of the FM3 amplifier board with heatsink, capacitors and connectors.
Electronics. Close-up of the FM3 amplifier board with heatsink, capacitors and connectors.
Rear of the FM3 monitor with the port and the connector panel.
Rear of the FM3 monitor with the port and the connector panel.
Desktop interface with a numbered parts list, assembly sheets and an exploded-view slider.
Desktop interface with a numbered parts list, assembly sheets and an exploded-view slider.
Phone layout with collapsible parts list and the same assembly, section and exploded-view controls.
Phone layout with collapsible parts list and the same assembly, section and exploded-view controls.
The desktop View in AR panel provides a QR code to open the speaker on a phone.
The desktop View in AR panel provides a QR code to open the speaker on a phone.

01 Problem

Problem

Technical products sell on what is inside, but the inside rarely makes it into marketing. Cutaway photos are expensive and fixed, and spec sheets do not show how the parts fit together.

02 Approach

Approach

We modelled a fictional three-way monitor, the FM3, part by part: enclosure, waveguide, two woofers, a coaxial mid/tweeter, port, amplifier and stand. It is built procedurally in Blender and runs in PlayCanvas. The interface reads like an engineering drawing: numbered balloons, a parts list, sheets per assembly and a live drawing scale. You can explode, section and isolate any assembly, and switch between five finishes in matte or gloss.

03 Outcome

Outcome

  • 25 selectable parts in 7 assemblies, each with a description and material
  • Assembly, section and exploded views, with an explode scrub
  • 5 enclosure finishes, each matte or gloss
  • One button to place it in AR at real size: Quick Look on iPhone, WebXR on Android, QR on desktop
  • Runs on compatible phones, with no app and no plug-in

Inputs we worked from

  • Product reference photography
  • Public dimension drawings
  • Material references

Audiences

  • Product marketing
  • Sales teams
  • Trade-show stands
  • E-commerce

Deliverables

  • Web viewer
  • AR model (USDZ / GLB)
  • Stills for web and print

Service used

3D product configurators

Interactive browser-based 3D presentations for products, places, networks, and ideas that need more than a flat render.

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Worth knowing before you write a brief

AppsFlyer's 2025 benchmark across 28 billion installs puts Day-1 retention at around 25%. AR apps sit below that floor, because every reviewer is a single-use case, not a habit. WebAR removes the funnel. The link that opened the experience the first time still opens it the second.

Source: AppsFlyer 2025 · Adjust 2026

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