Autonomous Payload Delivery Drone - 3D Print and Assemble
About this design
A drone that weighs 1.83 kg (including a 200-gram payload) and has an endurance of 18 minutes. This drone can deliver its payload to specific locations independently and accurately. drone's design is inspired by the inherent stability of beetles and features a landing leg system that enhances its stability, drawing from the leaf spring suspension commonly found in trucks. The payload carrier is ingeniously integrated within the battery holder, allowing seamless operation through a servo motor.
The files are shared to help you get inspired and speed up your workflow. They may not be fully accurate or production-ready, so review carefully before use.
| View Name | Extension | Action |
|---|---|---|
| Design file | step | |
| Front View | webp | |
| Top View | webp | |
| Bottom View | webp | |
| Left Side View | webp | |
| Right Side View | webp | |
| Isometric View | webp |
| File Name | Action |
|---|---|
| No supporting files | |
About CAD
The CAD model comprises 24262 faces, 75917 edges, 55649 vertices, forming 197 solids components. Surface classifications: 17223 planar, 4157 cylindrical, 132 conical, 77 spherical, 387 toroidal, 2286 other surfaces. Orientation details are unavailable. Dimensions: 426.48 mm wide, 400.81 mm high, 227.89 mm deep. Volume characteristics: total volume of 733448.48 mm³.
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Supported formats: STEP (.step, .stp), IGES (.igs, .iges), STL (.stl), PLY (.ply), OFF (.off), BREP (.brp, .brep)
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