Hi! Devs!

In this part of the project, I designed new walls for sci-fi corridors. Each module is 4 meters wide and 4 meters tall (with different depths), so they connect easily with one another. The pivot was moved to the back, in the lower-left corner, to make alignment with Blender and Unity grids simpler. I first test everything in Blender using Absolute Grid Snap with a 4-meter grid, then check it in Unity. In the next vlogs, I’ll show the full lighting and grading setup to make sure all walls fit perfectly.

The updated textures have adjusted gradient colors and a reorganized grid color, giving the models a more diverse look — they’re no longer just metallic gray but feature warmer tones. I also reserved space for future 2D overlays such as labels, warning signs, or info plates. A few of these are already added to the atlas. The package includes FBX files with LODs, an updated .blend file with corrected pivots, and source materials in PSD + PNG.

Test Modules (EA_ standard)

• EA_WALL_ServiceManifold_04m — a service wall with an octagonal core, two vertical pipes, and lower wiring. Adds a strong technological accent to the corridor.

• EA_WALL_TrussVent_04m — a panel with a hexagonal vent and three horizontal pipes that help maintain rhythm and structure.

• EA_WALL_ControlBay_Valve_04m — a control wall with an arched cover and two pipes ending in screw fittings. Acts as the main visual highlight of the set.

Each module keeps a 4-meter rhythm and consistent proportions, making them easy to combine. Tests in Blender and Unity confirmed proper alignment and scaling.

I also added orange accents, which contrast nicely with the gray base and highlight key construction elements.

Question

• What do you think about the new color palette? Does orange fit the sci-fi atmosphere?

• Would you like to see damaged versions, like rusty or cracked walls?

• Does the rear pivot placement and 4-meter rhythm make scene building easier for you?

Feel free to test, share feedback, and suggest improvements — your comments help refine the next iterations.