Martian Sundial 3D Printer Model
The file 'Martian Sundial 3D Printer Model' is (stl,obj,txt) file type, size is 378.8KB.
The file 'Martian Sundial 3D Printer Model' is (stl,obj,txt) file type, size is 378.8KB.
With a simple modification to the analemma plate, you can convert your Earth-based heliochronometer into an accurate Martian sundial using one of these printable models:
https://www.printables.com/model/1027109-gard-heliochronometer-sundial-derivative
https://www.printables.com/model/998688-heliochronometer-worlds-most-accurate-sundial
https://www.printables.com/model/1019930-heliochronometer-version-2-worlds-most-accurate-su
Understanding and displaying the analemma is crucial for constructing an accurate sundial or heliochronometer on Mars. By incorporating Mars's specific analemma into these reference designs, we can account for the planet's unique equation of time, enhancing the precision of timekeeping devices for future explorers and colonists on the Red Planet.
While you won't be able to test this sundial unless you're on Mars, it serves as a captivating conversation piece and an excellent educational tool. This project can ignite curiosity about planetary timekeeping, astronomy, and the future of space exploration. Who knows—some of you might be fortunate enough to set foot on the Red Planet in your lifetime!
For useful background information on heliochronometers; i.e. history, theory of operation, design, how to align and use, etc. refer to this useful printable: https://www.printables.com/model/998688-heliochronometer-worlds-most-accurate-sundial
Check for updates here: https://www.printables.com/model/1032147-martian-heliochronometer-sundial
| Mars_Analemma.stl | 826.2KB | |
| Mars_Analemma_Plate.obj | 511.0KB | |
| mars_declination_eot.txt | 2.7KB |
