Tokyo Skytree - Japan
Tokyo Skytree - Japan
3D
Published 2020-01-15T15:27:25+00:00
Welcome to Tokyo!
This model was created by MiniWorld3D collaborator Artemio García (@artemiogj).
*Updated with more detail for the Tokyo 2020 Olympics by Dany Sánchez.*
Tokyo Skytree (東京スカイツリー) is a broadcasting and observation tower in Sumida, Tokyo. It became the tallest structure in Japan in 2010 and reached its full height of 634.0 metres (2,080 ft) in March 2011, making it the tallest tower in the world, displacing the Canton Tower, and the second tallest structure in the world after the Burj Khalifa (829.8 m/2,722 ft) (from Wikipedia).
MiniWorld3D is excited to bring this historical model to life as a homage to all the people of Tokyo. This model was designed by collaborator Artemio García. Please give credit, it's all about spreading culture and education!
Be sure to follow him:
instagram.com/artemiogj
instagram.com/negras.intenciones
MiniWorld 3D is a collective of 35+ artists creating the best library of 3D printable models of landmarks of the world!
Main print photos with Reflow recycled PLA matte Eggshell. Shown in scale to TokyoTower and other buildings in certain pictures.
Print at slow speeds, like 20mm/s or less, we recommend the version split in two parts. This is because when printed as a single body, the top part wobbles and may print out of alignment to the central axis.
Print both parts at once, so the thin antenna has time to cool and set. There may be some stringing, should be easy to clean after with a knife or heat gun. You can use a brim or raft to secure the adhesion and diminish wobble.
Some photos shown are of the original, less detailed version.
| Date published | 15/01/2020 |
| Sin apoyo | YES |
I absolutely love this model. I need some of that pastel colored PLA in my life too haha. Anyways, this one is made from Semi Matte Black PLA. My settings for this print were: 0.2mm layer height, 10% gyroid infill, and 45mm/sec print speed. It took me approx. 3 hours to print it. Dimensions: 6 x 6 x 19 cm (L x W x H) - (scale 125%)