3D Model of Tarong Power Station
Budget: $250 – $750 AUD
I'm looking for a highly detailed, photorealistic 3D model of Queensland Australia, Tarong Power Station and Tarong Power Station North buildings, including small buildings and vessels, all to be accurately scaled, textured, high polygon, photorealistic, and suitable for Unreal Engine 5.x.
- Detailed Small Structures: All small buildings and vessels should be modeled with high precision and detail.
- Emphasis on Building Structure: The most critical aspect of this project is the accuracy of the building structures.
- Concrete and Steel: The materials and textures for the buildings should primarily be concrete and steel.
Ideal candidates for this task should have extensive experience in 3D modeling, particularly for large scale industrial sites. Proficiency in Unreal Engine and application of high-resolution textures (4k+) and high polygon count is essential.
I will provide images of the facility, 2D linework from OpenStreetMaps and heights of some cooling towers and stacks. However, please note that the 2D linework may not be completely accurate.
Ultimately, I'm looking for a model that is visually stunning and also true to scale.
- Detailed Small Structures: All small buildings and vessels should be modeled with high precision and detail.
- Emphasis on Building Structure: The most critical aspect of this project is the accuracy of the building structures.
- Concrete and Steel: The materials and textures for the buildings should primarily be concrete and steel.
Ideal candidates for this task should have extensive experience in 3D modeling, particularly for large scale industrial sites. Proficiency in Unreal Engine and application of high-resolution textures (4k+) and high polygon count is essential.
I will provide images of the facility, 2D linework from OpenStreetMaps and heights of some cooling towers and stacks. However, please note that the 2D linework may not be completely accurate.
Ultimately, I'm looking for a model that is visually stunning and also true to scale.