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Anonymous1757105264
11-04 12:57
Model Name
bagger 288 3d model
Tags
machine
rendering
realistic
Input
Prompt
Create a highly detailed and structurally perfect 3D model of the Bagger 288 Bucket Wheel Excavator. The model must have accurate proportions, clean quad-based topology, and zero geometry imperfections such as stretched polygons, squashed surfaces, floating parts, or mesh overlaps. Modeling Requirements: • Build all major mechanical components — bucket wheel, boom arm, counterweight boom, cable support structures, crawler base, operator deck, and framework. • Each truss beam and frame member must be fully modeled, not textured. • The bucket wheel must include individual scoops with proper depth and curvature. • Crawler tracks must consist of physically linked treads with side rollers. • Cables and pulleys must connect realistically with tensioned alignment. • Ensure smooth cylindrical curvature on drums, cables, and hydraulic parts. • Keep real-world scale (approx. 240 m long, 96 m tall). • Maintain uniform polygon density across all components. • Do not merge parts unnaturally or leave open geometry. • Avoid non-manifold edges, inverted normals, or disconnected vertices. • Use consistent edge flow suitable for animation and subdivision. • Group or name parts logically — BucketWheel, Boom, Counterweight, CrawlerBase, Superstructure, SupportCables. • Output a fully closed, watertight mesh ready for further detailing or texturing. Subdivision / Polygon Target: • Clean mid-poly base ≈ 200 K – 300 K quads. • Final subdivided version ≈ 1.5 – 2.5 million quads (3 – 5 million tris) for ultra-smooth curvature. • Apply 1–2 subdivision levels uniformly, keeping proportional edge loops to prevent distortion.
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