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DCC Bridge
tadaakitsuchiya
01-18 22:44
Model Name
dairy milking cluster 3d model
Tags
dairy
machine
machine realistic
machine vr
machine vr realistic
realistic
vr
vr realistic
Input
Prompt
1. Project Purpose Create a realistic, game-ready 3D model of a dairy cow automatic milking machine cluster for use in Unity-based VR milking simulations with hand tracking and physics-driven hoses. This model will be used in an interactive VR experience, where users: Grab individual teat cups with their hands Attach them to a cow’s teats Observe hoses dynamically following movement according to physics 2. Model Scope The model should include only the milking cluster assembly, not the full machine. Included components: 4 teat cups (teat cup assemblies) Central claw / manifold Flexible hoses connecting teat cups to the claw Optional main vacuum/milk hose (if visually appropriate) Excluded components: Cows or animals Human characters Pumps, motors, control boxes Floors, barns, backgrounds, or environments 3. Visual Style & Reference Match the provided reference image closely Clean, professional dairy equipment appearance Realistic but slightly simplified for VR New or lightly used condition (no heavy dirt or damage) Materials appearance: Semi-transparent or transparent plastic (outer cup shells, claw cover) Soft silicone rubber (light blue) at teat contact areas Stainless steel metal rings on teat cups White or semi-transparent rubber hoses 4. Real-World Scale Model must be built at real-world scale Overall cluster height: approximately 25–35 cm Proportions must match real dairy milking clusters 5. Required Hierarchy & Grouping (Very Important) Please organize the model using a clear Unity-friendly hierarchy: MilkingCluster_Root ├─ TeatCups_Group │ ├─ TeatCup_01 │ ├─ TeatCup_02 │ ├─ TeatCup_03 │ └─ TeatCup_04 │ ├─ Hoses_Group │ ├─ Hose_01 │ ├─ Hose_02 │ ├─ Hose_03 │ ├─ Hose_04 │ └─ MainHose (optional) │ └─ Claw_Group └─ Claw Hierarchy rules: Each functional part must be a separate object Do NOT merge teat cups, hoses, or claw into a single mesh Object names must be in clear English This hierarchy will be used directly as a Unity Prefab 6. Teat Cups (Interaction Requirements) All 4 teat cups should be identical in shape (instances allowed) Designed as grabbable VR objects Smooth cylindrical forms for comfortable hand interaction No unnecessary sharp edges or fragile thin parts Each teat cup should visually connect to exactly one hose Pivot placement: Pivot at the gripping center of each teat cup 7. Hoses (Physics-Ready Geometry – Critical) Hoses will be animated using physics in Unity. Hose geometry requirements: Each hose must be a single continuous mesh Circular cross-section Evenly spaced edge loops along length Approx. 24–60 segments per hose Optimized for: Bone-based deformation Spring joints Rope or procedural physics systems Avoid excessive polygon density Pivot placement: Pivot near the claw connection side 8. Claw / Manifold Central connection unit for all hoses Slightly transparent protective housing is acceptable Pivot at the center of mass Clean internal and external structure 9. Topology & Shading Clean, production-ready topology Smooth shading No flipped normals No holes, self-intersections, or non-manifold geometry Hard edges only where physically appropriate 10. Materials & Textures Use PBR workflow Separate materials for: Transparent plastic Silicone rubber Stainless steel Rubber hoses UV unwrapped Texture resolution: 1K preferred 2K maximum Transparent materials should be slightly smoked, not perfectly clear 11. Performance Targets Game-ready optimization Total triangle count target: 10,000 – 35,000 triangles Teat cups may share geometry and textures 12. Output Format Suitable for export as FBX or GLB Must import cleanly into Unity Correct transforms, no extreme scaling required Object names preserved as specified 13. Negative Requirements (Must Avoid) No logos, brand names, text, serial numbers No animals, people, or environment props No extra or missing teat cups (exactly 4) No broken transparency artifacts No merged meshes that break interaction logic 14. Additional Notes (Optional but Recommended) Hoses are intended for physics-based deformation in Unity Clear hierarchy is critical for VR interaction logic This model is for an educational and simulation VR application
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