Liczymy pasujące modele…
I recommend printing perpendicular to the printing plate, it will preserve more details and the layers are not so visible, at a low layer the time is longer, but the details are more beautiful. So far, the print with Pla Prusament silver…
TinyMtn Free Pack 1 - Washington This is a package with 3D model files for four notable mountains in the state of Washington, USA. Mt. Rainier, 14,417 ft / 4394 m Mt. Adams, 12,281 ft / 3744 m Mt. Baker, 10,786 ft / 3287 m Mt. St. Helens,…
MSH_Post1980 is a DEM generated using data from the Shuttle Radar Topography Mission (SRTM; 15 m resolution I think) and the MSH_Pre1980-Crater is a model of the difference between pre and post 1980 eruption. This file can be printed and…
Model of Mount St. Helens made from elevation data. The vertical scale is slightly exaggerated to make the terrain a bit more interesting. This model features an internal "lava chamber" which can be filled with baking soda and vinegar. If…
3D printable model of Mt St Helens in Washington. I created this model from publicly available digital elevation model, and converted it to .stl using a wonderful free and open source plugin in QGIS. Prints wonderfully, I scaled my print…
This 3D printable topographic model of Mount St. Helens is based on real-world elevation data, offering an accurate and detailed representation of the famous stratovolcano located in Washington state. Whether you're teaching geography,…
Bring the mountains into your home! This magnet captures the awe-inspiring shape of the famous volcano Mount Saint Helens, which erupted in 1980 and had an immense impact on the surrounding area and throughout Washington State. I used the…
The model was made from the attached images. Made using Onshape and Rhino 8.
Mount St. Helens — 3D Terrain Model This 3D model represents the topography of Mount St. Helens (Washington, USA), generated from a 1-meter resolution Digital Elevation Model (DEM) from the U.S. Geological Survey (USGS) 3D Elevation…
3D printable model of Mt St Helens in Washington. I created this model from publicly available digital elevation model, and converted it to .stl using a wonderful free and open source plugin in QGIS. Prints wonderfully, I scaled my print…
MSH_Post1980 is a DEM generated using data from the Shuttle Radar Topography Mission (SRTM; 15 m resolution I think) and the MSH_Pre1980-Crater is a model of the difference between pre and post 1980 eruption. This file can be printed and…
3D printable topographic miniature of Helensville - 🇳🇿 New Zealand Capture the beauty of Helensville 's city landscape with this topographic miniature! This 3D model represents the geographic area around the geo coordinates -36.679,…
Mount St. Helens — 3D Terrain Model This 3D model represents the topography of Mount St. Helens (Washington, USA), generated from a 1-meter resolution Digital Elevation Model (DEM) from the U.S. Geological Survey (USGS) 3D Elevation…
3D topography map settings trlat = 46.24461753740964 trlon = -122.10360345957034 bllat = 46.154476549578675 bllon = -122.26713953134767 printres = 0.4 ntilesx = 1 ntilesy = 1 tilewidth = 160.0 basethick = 1.0 zscale = 1.0 fileformat = STLb
I took a topographic STL of Mt St Helens and scaled it to fit on a standard 220 X 220 build plate. I printed it in PLA with 15% - 20% infill with extra walls.
The stratovolcano Mount Saint Helens correctly scaled at 1:100000 when printed 8" (203.2 mm) across. Not vertically exaggerated.
Inspired by Make Anything's video about making these topographic puzzles I thought I would give it a go. Created in Fusion 360 and terrain2stl program. Category: Puzzles
As I summit them, I print them. The arrow on the bottom indicates North. When slicing I highly recommend using PrusaSlicer's layer editing feature. Set the base up to print at .35mm then as much of the mountain topography at .10mm as you…
Collapsible model of Mt St Helens made from topography STL gathered at touchterrain.geol.iastate.edu. Printed on Prusa MK3, 0.15 layer height, 0.4mm nozzle. See http://imgur.com/a/Pns7gra for more information on how it's made.
This is a hueforge from a pic I took a few years ago of Mount St. Helens from an airplane on descent into PDX. Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm The Model is 200x112.52mm in size Filaments…
