Mississippi Topographic Map STL Model

$21.00

File size: 739 MB / 369 MB
Model size: 158.28 mm x 253.62 mm x 0.414 mm
Resolution: 0.06 mm
Projection: Mercator
Datum: Google maps (sphere radius 6378137)
EPSG code: 3857
Scaling factor: X – 0.0000004; Y – 0.0000004; Z – 0.0000012
Number of polygons: 15 514 730
Number of vertices: 7 768 786
Polygonal mesh: Triangles only
Base: Open / Closed

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Create Detailed Mississippi Terrain Models with This High-Resolution 3D STL

The Mississippi Topographic Map STL model provides a high-resolution depiction of the state’s varied topography and distinctive geographic features. This 3D model is ideal for creating physical relief maps from materials such as wood, metal, plastic, or concrete. Whether for landform visualization, educational projects, or professional GIS applications, this model offers precise elevation data for detailed terrain modeling. It’s perfect for use with 3D printers, CNC machines, and laser engravers.

Features of the Mississippi Topographic STL Model

Accurate elevation data showcasing Mississippi’s rolling hills, lowlands, and coastal areas.
Compatible with FDM/SLA 3D printers for high-quality terrain models.
Designed for CNC machining to create relief maps from wood or metal.
Supports high-precision laser engraving for metal surface detailing.

Applications of the Mississippi Topographic Map STL

This STL model is ideal for creating raised relief maps and 3D representations of Mississippi’s landscape. It’s perfect for landform visualization, educational purposes, or professional GIS mapping projects. The accurate elevation data ensures precise terrain modeling, making it valuable for both hobbyists and professionals.

How to Use the Mississippi Terrain STL Model

The Mississippi topographic map STL can be imported into CAD and GIS software for further customization. Its high-resolution elevation data and terrain accuracy make it ideal for projects involving 3D printing, CNC machining, or laser engraving, ensuring a faithful representation of Mississippi’s diverse topography.