High-Altitude Autonomous Balloon Payload for Solar Eclipse Tracking
About this design
Explore the design of a high-altitude autonomous balloon payload engineered to track solar eclipses using advanced reaction wheel control and micro servo camera pitch adjustments. Integrated with ROS2 on Raspberry Pi 4 and equipped with precise GPS and telemetry systems.
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 27747 faces, 76841 edges, 50177 vertices, 353 solids. Surface types include 5268 planar, 8751 cylindrical, 2455 conical, 20 spherical, 775 toroidal, 10478 other surfaces. Orientations: 10533 along the X-axis, 6857 along the Y-axis, 9851 along the Z-axis, 506 with various orientations. Model dimensions: 100.00 mm wide, 237.20 mm high, 101.57 mm deep. Volumetric data: maximum volume of 108702.07 mm³, minimum volume of 0.31 mm³, average volume of 1564.78 mm³, total volume of 552368.76 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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