If you design with real-world products, you’ve run into it.
You find the perfect chair, sofa, or light fixture for your project… and then discover it doesn’t exist in 3D.
That missing link between real products and usable 3D components is what John Kapler calls the product gap. In his presentation, he walked through practical, real-world strategies for closing that gap without sacrificing quality, deadlines, or profitability.
The issue is not a lack of design vision. It’s availability.
Brands are protective of their intellectual property. Some worry about scale inaccuracies. Others simply don’t want to invest in creating and hosting 3D assets. The result is the same: designers are forced to compromise, approximate, or spend hours recreating products that already exist in the real world.
John’s session laid out seven strategies to bridge that gap.
The first step is always checking SketchUp’s 3D Warehouse. Search by product name. Search by collection. Use AI image search. Sometimes you get lucky.
When that fails, third-party asset platforms like TurboSquid, CGTrader, and BIMobject can fill in the blanks. Libraries are deep, though SketchUp-native files are not always guaranteed.
John also mentioned curated libraries like his Focus 3D Club, which offers SketchUp- and V-Ray-ready components tailored specifically for designers.
These options are fast when they work.
A growing number of manufacturers now offer downloadable CAD or SketchUp files directly from their product pages.
Kohler, Sub-Zero Wolf, and Visual Comfort are examples. Sometimes these imports are clean. Sometimes they require cleanup. But it’s worth checking before you move on to more complex solutions.
This trend is slowly improving.
If the object is simple, straight-lined, and not overly detailed, modeling it yourself may be the fastest route.
But John made an important point: time has value.
Modeling a complex, curved, upholstered chair can quickly eat half a day. That tradeoff needs to be evaluated against deadlines and budget.
Not everything is worth hand-building.
Freelance platforms like Upwork and Fiverr allow you to send product images and receive custom-built models.
The upside? Control and accuracy. You can request grouped components, proper scaling, and editable materials.
The downside? Cost and turnaround time.
In John’s example, a single custom chair cost $110 and took several days to deliver. Multiply that across multiple products and margins start shrinking quickly.
If you physically own the product, LiDAR scanning is an option.
Using an iPad Pro and apps like KIRI Engine, John demonstrated how to capture a real chair in 3D. The results were surprisingly strong, especially for leather textures and overall form.
But lighting conditions matter. Processing takes time. Cleanup is often required. And you must have full access to the object.
It is impressive. It is not always efficient.
The most compelling part of the presentation was John’s comparison of AI tools that generate 3D models directly from product images.
Platforms like ArchSynth, Meshy, and Identic AI can convert product photos into usable 3D objects in under a minute.
The results?
Not perfect, but shockingly close.
In his live comparison of four approaches — AI, freelance modeling, LiDAR scanning, and multi-image AI generation — Identic AI stood out.
It ran directly inside SketchUp as an extension. It required only one image. It generated accurate scale and materials. And it cost fourteen cents.
Fourteen cents versus $110.
That difference changes the economics of visualization.
What John’s presentation highlighted is not just a tool comparison. It’s a workflow shift.
The product gap is real. But the barriers are falling.
Certified brand assets will hopefully become more common. Asset platforms will continue expanding. AI engines will improve scale accuracy and multi-image prompting.
For now, designers have more control than ever before.
Bridging the gap no longer requires compromise. It requires strategy.
And increasingly, it requires understanding how AI fits into your SketchUp workflow.