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DCC Bridge
qpisco6
03-03 04:38
Model Name
geodesic sphere drone 3d model
Tags
3d printing
3d printing realistic
realistic
rib cage
vehicle
vehicle 3d printing
vehicle 3d printing realistic
vehicle realistic
Prompt
Design a functional, engineering-grade 3D printable collision-tolerant indoor inspection drone frame. The drone must have a spherical geodesic protective cage with a diameter of 300mm. The cage should be made of interconnected triangular lattice ribs forming a lightweight geodesic sphere structure. Rib thickness: 4mm Rib width: 6mm Nodes should be reinforced spherical joints of 10mm diameter. Inside the sphere, design a quadcopter frame with: 220mm motor-to-motor diagonal 4 arms, 15mm width, 6mm thickness Motor mounting holes: 16x19mm pattern Central plate thickness: 4mm 30.5mm x 30.5mm flight controller mounting holes Battery mount under center plate with strap slots Front camera mount with 25° tilt Top LiDAR cylindrical mount (60mm diameter, 40mm height) The inner frame must be isolated from the cage using 4 shock-absorbing dampers. The spherical cage must be split into two hemispheres for 3D printing and assembled with M3 bolts.
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