Atlante of Tula - Mexico

prusaprinters

🇲🇽 Welcome to Mexico!This is a companion model of the Ancient Ruins Collection - Mesoamerica entry of Tula.Atlantean figures are carved stone support columns or pillars in the shape of fierce men in prehispanic Mesoamerica. This particular model is based on the 4 columns found atop the Pyramid of Quetzalcoatl / Temple B in Tula, central Mexico.Standing over 4.6 meters (15 ft) tall, they depict a Toltec warrior, wearing butterfly-shaped breastplates, sun-shaped shields on their backs, feathered headdresses, and carry dart throwers and a supply of darts.They take their name from the European tradition of similar Atlas or Atlante figures in classical architecture. "Atlantean" refers to the figures' supporting posture, alluding to the load-bearing Titan Atlas, not the lost continent of Atlantis.Tula was the capital of the Toltec empire, abandoned in about 1150 AD. It is located in the state of Hidalgo in central Mexico, just 75 km north of Mexico City (from Wikipedia).MiniWorld 3D is excited to bring this historical model to life as a homage to all the people of Mexico. This model was created from scratch by hand and brain in parametric software to ensure printability, using photographs and blueprints to create a beautiful and stylized version of your favorite landmarks. Please give credit, it's all about spreading culture! Consider supporting us on Patreon!patreon.com/MiniWorld3DFind all our profiles, YouTube channel & social media on:linktr.ee/miniworld3dJoin our 40K followers on IG!instagram.com/miniworld3dinstagram.com/ldibarrainstagram.com/theprintsregentMiniWorld 3D is a collective of 45+ artists creating the best library of 3D printable models of landmarks of the world!Photo credits: prints in Plasticz Netherlands metallic grey, 0.2mm.Hand painted models in acrylics by Dany Sánchez.Other photos by @dca_prints , @alfredobueno, @robin3dverse & @theprintsregent Real location photo credit: Dany Sánchez.-----------Printing TipsSuggested parameters:For better details, print slow, such as 15 or 20mm/s for outer perimeters.Fine-tune retraction to avoid stringing.Perimeters: 2Top layers: 3Infill: as low as 12%No supports needed, this has been optimized to eliminate all overhangs.