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azizzizoujlassi
02-11 20:14
Model Name
drone frame 3d model
Tags
3d printing
3d printing realistic
drone frame
lifeguard
quadrotor
quadrotor frame
realistic
vehicle
vehicle 3d printing
vehicle 3d printing realistic
vehicle 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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