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djispark99
02-01 01:49
Model Name
battery enclosure 3d model
Tags
3d printing
3d printing realistic
batteries
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
Prompt
Create a precise, production-ready 3D CAD model of an extended battery case compatible with Air 2S batteries. Design type: - Mechanical / industrial enclosure - Two-piece design: Bottom + Top Dimensions & structure: - Bottom part must match the original Air 2S battery base dimensions exactly (no changes to length or width). - Top part must extend upward by exactly +18mm only. - Preserve original external shape, curves, and proportions (OEM-like appearance). Internal design: - Wall thickness: 2.4mm (minimum 2.2mm). - Internal clearance above battery cells: 1.5mm. - Include internal compartments for: - Battery cells - BMS board - Cable routing - Add internal ribs/tabs to prevent battery movement. - Internal ventilation channels only. - No visible external ventilation holes. Assembly & fastening: - Use plastic snap clips for alignment. - Add internal screw mounts. - Screw specification: M2.5 screws, 6–8mm length. - Screw holes must not be visible externally. Manufacturing constraints: - Optimized for FDM 3D printing. - Material: PETG. - Support-free design. - Printable with top opening facing upward. - Rounded edges with fillets (0.8–1.2mm radius). - Matte industrial surface finish. Branding: - Engraved text on top surface (cut, not raised): "dji.battery.repair" - Engraving depth: 0.4–0.6mm. Output: - Generate watertight, high-resolution STL files. - Provide two versions: 1) With engraved text 2) Without engraving Commercial quality: - Suitable for resale. - No logos or trademarks. - Generic compatible design language. - Final result must look like a finished consumer product, not a prototype.
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