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Anonymous1772640830
03-04 16:42
Model Name
quadcopter frame 3d model
Tags
3d printing
3d printing realistic
quadcopter frame
realistic
vehicle
vehicle 3d printing
vehicle 3d printing realistic
vehicle realistic
Prompt
Design a professional ultralight micro FPV quadcopter frame optimized for 50 mm motor-to-motor distance and TPU flexible 3D printing. The frame must be designed for maximum strength, minimal weight, and compact component integration. The drone frame must follow a True X configuration with a central electronics bay, integrated camera cage, battery tray, and antenna mount. The final frame should resemble a professional nano reconnaissance drone frame, compact and highly optimized. ⸻ Overall Frame Geometry Motor-to-motor distance: 50 mm Frame layout: • True X configuration • 4 symmetric arms Frame material: • TPU flexible filament Frame thickness: • 2.8 mm Arm width: • 3.5 mm Arm shape: • tapered aerodynamic arms • reinforced root section Weight target: • below 4 grams Edges: • smooth fillets • rounded corners ⸻ Motor Mount Design Motors supported: 0703 brushless micro motors Motor mount parameters: Motor base diameter: 10–11 mm Mount screw pattern: 6.6 mm triangular Screw hole diameter: 1.5 mm Motor mount should include: • reinforcement ribs • slightly raised motor pad • wire routing groove Propeller clearance: Supports 31 mm 2-blade propellers ⸻ Flight Controller Mount Flight controller used: Happymodel X12 AIO FC Mount pattern: 25.5 mm × 25.5 mm Mount hole diameter: 2 mm Mount area must include: • central electronics platform • small wire routing channels • ESC wire clearance • camera wire routing ⸻ Camera Cage (Caddx Ant Nano) Camera used: Caddx Ant Nano Camera size: 14 mm × 14 mm Mount design: • protective camera cage • side support arms • top protective lip • camera tilt 10–15° Camera cage must protect camera from crash impact. ⸻ Battery Mount Battery used: GNB 720 mAh 1S LiHV Battery dimensions: Length: 66 mm Width: 18 mm Height: 7.3 mm Battery mounting: • bottom battery tray • side rails • strap slots • centered weight distribution ⸻ Antenna Mount Antenna type: 5.8 GHz UFL antenna Mount position: rear of frame Mount design: • flexible antenna tube • 3 mm diameter • tilted 20° upward • reinforced base ⸻ Structural Reinforcement Frame must include: • ribbed arm roots • weight reduction cutouts • central reinforcement ring • motor mount thickening • stress relief curves ⸻ Additional Features Include: • wire routing channels • landing skids under arms • small vent openings for electronics cooling • aerodynamic shape ⸻ Propeller Clearance Must support: 31 mm propellers Provide safe prop clearance around frame edges. ⸻ Final Output Generate: • STL file • STEP file • parametric CAD model Scale: 1:1 real dimensions Model must be ready for TPU 3D printing.
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Anonymous1772640830
Anonymous1772640830