
Nirn, Secunda and Masser scaled one in sixty million
thingiverse
The text appears to be a table listing various planets and celestial bodies, along with their corresponding Thingiverse collection links and scale information. However, the text is not in a structured format and lacks headers or descriptions for each column. Here's a breakdown of the information provided: **Table Structure** The table has 7 rows, each representing a different planet or celestial body. The columns appear to be: 1. **Planet Name**: The name of the planet or celestial body. 2. **Scale Links**: A list of links to Thingiverse collections at various scales (e.g., one-in-twenty-million-scale, one-in-sixty-million-scale). 3. **Image**: An image representing the planet or celestial body. **Data** Here's a brief summary of each row: 1. **Mars (1962 reconstruction)**: A 3D model of Mars from 1962, available in two scales. 2. **Flat Earth**: A 3D model of the Flat Earth theory, available at one scale. 3. **Planet Nine**: A 3D model of Planet Nine, a hypothetical planet, available in two scales. 4. **Luna (4 Gya)**: A 3D model of the Moon as it was 4 billion years ago, available in two scales. 5. **Cube planet**: A 3D model of a cube-shaped planet, available in three scales. 6. **Expanding Earth**: A 3D model of an expanding Earth theory, available in two scales. **Notes** The text includes a note at the end explaining that the scale abbreviations (K, M, G) represent powers of 10: K = 10^3 (one thousand), M = 10^6 (one million), and G = 10^9 (one billion).
With this file you will be able to print Nirn, Secunda and Masser scaled one in sixty million with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Nirn, Secunda and Masser scaled one in sixty million.