Until now, most of the interior products modeled in 3D softwares were produced for the purpose of creating still images – especially with architectural and interior perspectives.

What happened with that was, these softwares calculated the light with a powerful computer that was specifically dedicated to rendering and generating a still image. This resulted in a model that contained a huge number of polygons, but the still image we got from it was quite realistic.

However, these ultra-high polygon models are simply not viable for the next generation of applications. That’s because if the file size of these models becomes too big, it will increase he download time for the user while simultaneously taking up all of the disk space on their PC.

Now, while R.Design’s CG team was previously consumed with creating high-precision High-Polygon models for each item (along with Low-Polygon models for game engines), it was quite a painstaking measure to make the whole model move smoothly within the app.

However, due to a major technological innovation in 2021, the division between High-Polygon and Low-Polygon models has become less distinct and meaningful. So what happened was, Unreal Engine 5 adopted the Nanite technology, which ultimately made the operability of high-precision High-Polygon models quite seamless.

So, based on this advancement, we stopped producing Low-Polygon models and shifted our focus entirely on high-precision High-Polygon models (unless otherwise requested by clients).

The problem with that? The increased number of Polygons might make the file size too large. This might create many problems in an app environment with an unspecified number of users and download numbers. Not only will it increase the download time but also make the network become unstable. Ultimately, you won’t be able to use that app.

Therefore, it’s quite important to have a perfect balance between the number of Polygons and the file size.