old ruin set Low-poly 3D model

cgtrader

Architecture_1 consists of 2426 polygon. Its structure comprises 1215 vertices. Architecture_2 is a 2022 polygon entity. It has a complex design with 1013 vertices. Structure_3 has a count of 1426 polygons. This intricate form contains 715 vertices. Design_4 showcases an elaborate architecture made up of 2562 polygons. The complex system includes 1283 vertices. Column_1 displays a formation of 1210 polygons. Its shape is composed of 609 vertices. Column_2 represents an engineering marvel consisting of 800 polygon formations. This design requires precise calculations, totaling 402 vertices. Column_3 features an advanced technology built with 2344 polygons. The complex mechanism involves intricate calculations, summing up to 1174 vertices. Engineering marvel Column_4 boasts 2390 polygon constructions. The massive infrastructure has a count of 1197 vertices. Pillar_1 exhibits exceptional craftsmanship through its use of 1948 polygons. This structural component necessitates meticulous calculations, amounting to 976 vertices. Expertise is shown in Pillar_2 with 1152 polygon implementations. Careful planning was required to ensure accurate results, resulting in a total of 578 vertices. Simple yet effective design is observed in Pillar_3 with its usage of 324 polygons. A delicate balance between aesthetics and functionality has led to an impressive count of 164 vertices. Efficiency meets complexity in Pillar_4 through its inclusion of 756 polygon constructions. A careful blend of calculations resulted in a precise figure, totaling 380 vertices. Innovative solutions can be seen in Pillar_5 as it makes use of 2535 polygons. Calculations were made to meet precise requirements, culminating in an accurate count of 1270 vertices. Careful design is shown in Pillar_6 through its employment of 1874 polygon entities. Each component necessitated exact calculations, totaling 939 vertices. Structural integrity can be seen in Pillar_7 with the inclusion of 984 polygons. This advanced design demanded precision and required careful analysis to arrive at an accurate figure of 494 vertices. A simplified yet effective design is observed in Pillar_8 through its use of 356 polygons. Calculations were made with precision, leading to a streamlined result with a count of 180 vertices. Intricate designs can be seen in Stairs_1 with the use of 3444 polygon entities. Its structural integrity requires careful planning, resulting in a total count of 1724 vertices. Practical application is showcased in Stairs_2 through its employment of 2510 polygons. Efficient calculations enabled the accurate result of a total count of 1257 vertices. Balance and harmony are displayed in Stairs_3 with the inclusion of 1192 polygon constructions. Calculations were made to ensure precise results, leading to a streamlined outcome with an accurate figure of 598 vertices. A work of art is observed in Statue_1, consisting of 8126 polygon formations. Its structure demands attention to detail, totaling 8176 vertices. Simplification and complexity can be seen in Statue_1_lod_1 as it makes use of 4357 polygons. Accurate calculations were required for the precise result, summing up to a count of 2227 vertices. Elegance meets function in Spear through its inclusion of 216 polygon entities. Calculations made with precision enabled an accurate count of 113 vertices. A combination of form and function is showcased in Stone_floor_1, consisting of 2216 polygons. Careful design has led to a precise result, totaling 1110 vertices. Simple yet effective designs can be seen in Stone_floor_2 with the inclusion of 2238 polygon formations. Accurate calculations have resulted in an impressive figure, summing up to 1121 vertices. Simplicity and balance are observed in Stone_floor_3 as it makes use of 994 polygons. Each component necessitated exact calculations, totaling a count of 499 vertices. Engineering prowess is demonstrated in Tomb_1 through its structural framework comprising 5370 polygons. This monumental construction demands careful planning, resulting in an accurate total of 2730 vertices. Precision engineering is showcased in Wall_1 as it features 1186 polygon formations. The intricate structure requires precise calculations, totaling 595 vertices. Practical application can be seen in Wall_2 with the inclusion of 1178 polygons. Each component necessitated exact analysis, leading to a total count of 591 vertices. Design harmony is displayed in Wall_3 as it makes use of 1196 polygons. Calculations made with precision have resulted in an accurate outcome, totaling 600 vertices. Complex designs meet balance and form in Wall_4 through its structural framework comprising 1836 polygons. This engineering marvel requires careful planning to ensure a precise result, totaling 920 vertices. Efficient application can be seen in Wall_5 as it makes use of 1634 polygons. Calculations were made with precision to ensure an accurate figure, summing up to 819 vertices. Form meets function in Wall_6 through the inclusion of 1890 polygon formations. Careful design and analysis have resulted in a precise count of 947 vertices. Balance between aesthetics and engineering is displayed in Wall_7 as it features 1714 polygons. Precise calculations enabled accurate results, leading to a streamlined outcome with a count of 859 vertices. Efficiency meets complex structures in Wall_8 through the inclusion of 3396 polygons. Accurate analysis necessitated by this intricate design resulted in an impressive figure, totaling 1743 vertices, though only 1690 are correctly placed for accuracy and precision. Simplified yet effective designs can be seen in Wall_9 as it makes use of 1781 polygon entities. A delicate balance between aesthetics and functionality has led to a precise result with a total count of 899 vertices. Advanced engineering meets complex designs in the wall structure, boasting precise figures throughout. Practical application can be seen in this overall framework as every component is constructed for precision.