SCI-FI CHEMICAL CELL PROPULSION ENGINE CONCEPT DESIGN

This asset is a high-density polygonal model representing a conceptual chemical cell energy propulsion designed for technical visualization and mechanical form research. The geometry contains 2.163.378 VERTICES and 2.139.578 FACES, constructed entirely with polygonal surfaces and organized in a single clean hierarchy. The model uses MATERIAL-ASSIGNED ID GROUPS for surface differentiation but includes NO UV MAPPING, NO TEXTURE SETS, AND NO BAKED NORMAL DATA. THERE IS NO RIGGING, ANIMATION, OR LEVEL OF DETAIL IMPLEMENTATION. The topology is static, unoptimized, and intended for use in visualization, simulation reference, or structural analysis scenes where geometric precision and complexity are prioritized. The scene consists of 31 SEPARATED OBJECTS, each named sequentially as DETAIL through DETAIL 31, enabling isolated inspection or modular layout. THE FILE CONTAINS NO MODIFIERS, NO INSTANCING, AND NO DEPENDENCIES ON EXTERNAL PLUG-INS. This model is suited for CONCEPT DEVELOPMENT, ENERGY SYSTEM VISUALIZATION, and HIGH-FIDELITY MECHANICAL REFERENCE where form definition and density are the primary requirements.