COOLLOOP AI+ Industrial Roof

Create a professional engineering-grade 3D CAD model of an industrial warehouse roof for a sustainable cooling system called "COOLLOOP AI+". This is NOT an architectural visualization. Generate a real editable CAD solid model with parametric dimensions. MAIN GEOMETRY: Warehouse: Length = 60,000 mm Width = 40,000 mm Roof: Type = two-sided gable industrial roof Roof slope = 5 degrees Roof plan area ≈ 2,400 m² Roof material = galvanized iron corrugated sheet The roof ridge runs along the full 60,000 mm warehouse length. The roof consists of two symmetrical sloping surfaces: Left roof slope = 5 degrees Right roof slope = 5 degrees STRUCTURAL SYSTEM: Create a realistic steel industrial roof structure consisting of: - steel portal frames - vertical columns - inclined rafters - longitudinal roof purlins - roof bracing - ridge connection - eave supports Portal frame spacing: 6,000 mm along the 60,000 mm warehouse length. Purlin spacing: approximately 1,500 mm along the roof slope. ROOF SHEETS: Create realistic corrugated galvanized iron sheets. Sheet thickness: 0.7 mm Corrugation pitch: 250 mm Corrugation depth: 35 mm The corrugations must be actual 3D geometry. Do NOT represent corrugations using textures or visual displacement. Divide the roof into realistic individual sheet panels. Include realistic overlaps between adjacent sheets. ROOF DETAILS: Include: - central ridge - GI ridge cap - eave edges - roof edge flashing - end flashing - sheet support locations - fastener/reference locations GUTTERS: Create continuous industrial rainwater gutters along both eaves. Gutter: Width = 300 mm Depth = 250 mm Include: - gutter brackets - roof-to-gutter connection - downpipe connection points - end caps PARAMETRIC REQUIREMENT: Create editable parameters for: WarehouseLength WarehouseWidth RoofSlope RoofSheetThickness CorrugationPitch CorrugationDepth PortalFrameSpacing PurlinSpacing GutterWidth GutterDepth Changing these parameters must update the geometry. The final model must contain separate components for: STEEL_STRUCTURE GI_ROOF RIDGE EAVE GUTTER GUTTER_SUPPORTS Do not fuse everything into one object. The model must be suitable for later installation of: - sprinkler cooling pipes - sprinkler nozzles - PT100 temperature sensors - pipe support brackets - electrical/instrumentation cables Provide STEP/BREP-compatible solid geometry. Do not generate an STL mesh unless a STEP/BREP version is also available. Engineering CAD appearance only. No decorative landscaping. No people. No cars. No architectural rendering.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.