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Rompetrol Gas Station – Full Modular Environment Kit

This project represents the complete, fully modular asset kit of a modern Rompetrol gas station, designed and optimized from scratch for RoMapProject. Moving beyond individual props, I developed a full environment pipeline, focusing on strict modularity, high performance, and authentic environmental storytelling.

The entire station is composed of three main independent kits modeled in Blender and textured using Gimp: the main shop building (featuring detailed "Hei" branding), the structural overhead canopy rig, and the high-fidelity modular fuel dispensers.

Key Technical Highlights:

Fully Modular Pipeline: All components—shop sections, canopy trusses, and pumps—are designed as independent, instancable assets for flexible placement in the map editor.

Advanced Lighting Rig: Implemented dynamic day/night cycle support. The canopy features customized downward light distribution, and the shop uses tailored emissive maps and interior mapping to look alive during night routes.

Realistic Weathering & PBR: Focused on achieving realistic material properties, blending the clean corporate look with subtle, organic weathering (concrete staining, metal oxidation) where needed.

Engine Optimization: Clean topology, efficient UV packing, and custom baked Ambient Occlusion guarantee stable performance in Euro Truck Simulator 2.

Main studio render showcasing the complete modular kit overview. The setup includes the shop building with 'Hei' branding, the structural canopy, and the fuel dispenser island.

Main studio render showcasing the complete modular kit overview. The setup includes the shop building with 'Hei' branding, the structural canopy, and the fuel dispenser island.

Night-time integration test in the simulation engine. Designed to demonstrate the complex interplay between emissive lights, corporate identity, and grounded atmosphere.

Night-time integration test in the simulation engine. Designed to demonstrate the complex interplay between emissive lights, corporate identity, and grounded atmosphere.

Daylight integration test. Focused on realistic scaling, environmental grounding, and PBR texture values under neutral lighting.

Daylight integration test. Focused on realistic scaling, environmental grounding, and PBR texture values under neutral lighting.

Modular component breakdown from a left perspective. All assets are designed to be instancable and flexible.

Modular component breakdown from a left perspective. All assets are designed to be instancable and flexible.

Detailed studio shot of the modular fuel dispenser. Spent extra time on texturing the nozzle assembly, hose materials, and corporate icons.

Detailed studio shot of the modular fuel dispenser. Spent extra time on texturing the nozzle assembly, hose materials, and corporate icons.

Alternative close-up of the pump, showcasing texture consistency and realistic specular response on metallic surfaces.

Alternative close-up of the pump, showcasing texture consistency and realistic specular response on metallic surfaces.

Main shop building close-up. Focused on authentic 'Hei' branding implementation, door mechanisms, and subtle concrete weathering on the barriers.

Main shop building close-up. Focused on authentic 'Hei' branding implementation, door mechanisms, and subtle concrete weathering on the barriers.

Alternative store close-up, demonstrating how the modular panels fit together to create a cohesive structure.

Alternative store close-up, demonstrating how the modular panels fit together to create a cohesive structure.

Front wireframe view showcasing clean topology and highly optimized geometry designed for real-time simulation performance.

Front wireframe view showcasing clean topology and highly optimized geometry designed for real-time simulation performance.

Side profile wireframe demonstrating precise vertex management across thin structures like the canopy legs and hoses.

Side profile wireframe demonstrating precise vertex management across thin structures like the canopy legs and hoses.