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Anonymous1770497674
02-11 20:14
Model Name
drone frame 3d model
Tags
vehicle
3d printing
realistic
Prompt
FULL PROMPT – Lifeguard Rescue Drone Frame (Empty Structure) Design a professional industrial lifeguard rescue drone frame, empty structure only (no electronics, no motors, no propellers), optimized for maritime rescue operations. 🔹 General Architecture Drone type: Quadcopter Overall diagonal (motor to motor): 700 mm Modular 3-level stacked frame Designed for high payload, stability, and easy maintenance Environment: marine / beach / salty humidity 🔹 Frame Levels (Étages) 🔝 Top Level (Battery + GPS) Square top plate Dimensions: 200 × 200 mm Thickness: 3 mm Central battery mounting area compatible with large 6S LiPo Two parallel battery strap slots (25 mm wide) Anti-slip flat surface GPS mast mounting base: Located at rear-center Mast height: 100–120 mm Mount base: 30 × 30 mm Ventilation cutouts (minimal) ⚙️ Middle Level (Electronics bay – empty) Square structural plate Dimensions: 220 × 220 mm Thickness: 4 mm Clearance between top and middle plate: 30 mm Designed to host: Flight controller (30.5 × 30.5 mm pattern) Raspberry Pi Power distribution board Telemetry modules Central reinforced zone Cable routing holes toward arms Soft-mount compatible holes for vibration isolation 🔽 Bottom Level (Rescue mechanism support) Square reinforced plate Dimensions: 240 × 240 mm Thickness: 4–5 mm Clearance between middle and bottom plate: 35 mm Central opening for rescue payload Reinforced attachment points for lifebuoy release mechanism Designed to carry suspended load Splash-resistant geometry Front mounting bracket for camera: Offset: 40 mm forward Tilt angle: 20° downward Mount size: 30 × 30 mm 🔹 Arms Design (Critical) Number of arms: 4 Arm length: 380–400 mm Arm type: Hollow rectangular arm with internal ESC channel Cross-section: Outer dimensions: 30 × 20 mm Wall thickness: 3 mm Internal cavity sized for ESC up to 60 × 25 × 15 mm Front and rear ventilation holes (Ø 6–8 mm) for airflow ESC accessible via removable bottom cover or slot Arms bolted to center frame (modular & replaceable) 🔹 Motor Mounts Circular motor mounting plates Diameter: 55–60 mm Thickness: 4 mm Standard motor hole patterns: 16×19 mm and 19×19 mm Reinforced ribs at arm-motor junction 🔹 Structural & Design Constraints Material assumption: carbon fiber or aluminum High torsional rigidity Balanced mass distribution Center of gravity aligned with geometric center Optimized for 15-inch propellers clearance Clean internal cable routing Industrial, professional, non-toy appearance 🔹 Output Expectation Clean, symmetrical 3D frame Empty structure only Ready for electronics integration Suitable for CAD refinement and real-world manufacturing
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Anonymous1770497674
Anonymous1770497674