Free low res terrain model. If you would like the highres version of this for FREE, visit my gumroad. @artofjosevega

FREE - Dry Sand Terrain

Jerusalem is a city in the Middle East, on a plateau in the Judaean Mountains between the Mediterranean and the Dead Sea. It is one of the oldest cities in the world, and is considered holy to the three major Abrahamic religions—Judaism, Christianity, and Islam.  -Nate Loper

Jerusalem, Israel - 3D Terrain Model

A LiDAR landscape of the key archaeological features around Stonehenge including Stonehenge itself, The Avenue, the Cursus and numerous barrow burial mounds. The 1 metre LiDAR is only partial at Stonehenge with many of the sites to the west not included in the current opendata coverage. This is a digital terrain model version which represents the bare ground surface only so prominent buildings, trees and even the stones of the Stonehenge circles are stripped off in this case. 

Created using 1 metre DTM LiDAR opendata provided by the Environment Agency. Built in QGIS using the QGIS2threeJS plugin.

Thanks to Mike Gill of the Avon Valley Archaeological Society for the python code which converts QGIS models into a format compatible with Sketchfab.

Best viewed full screen and in HD (see options at bottom of model view). Feel free to share on various media, download, or embed on your website using the embed code.

Stonehenge LiDAR Archaeology Landscape

**Bird’s Foot Delta — Mississippi River**

This model represents the Bird’s Foot Delta of the Mississippi River in southeastern Louisiana, USA. The delta is characterized by long, narrow distributary channels extending into the Gulf of Mexico, forming a shape that resembles a bird’s foot. The landscape forms as river sediments are transported downstream and deposited where the river meets the ocean, gradually building new land over time.

The terrain model was generated from a 1-meter resolution Digital Elevation Model (DEM) obtained from the United States Geological Survey (USGS) 3D Elevation Program (3DEP) and distributed by OpenTopography.

**Data Source:**
United States Geological Survey (2021). United States Geological Survey 3D Elevation Program 1 meter Digital Elevation Model. Distributed by OpenTopography. https://doi.org/10.5069/G9NP22NT
. Accessed 2026-03-04.

Bird Foot Delta

🌑 Moon Far Side 

This 3D model represents a section of the Moon’s far side, the hemisphere that never faces Earth.

The terrain is based on real elevation data provided by NASA and covers an area approximately 400 km across. The scale is significantly reduced, and vertical features may be slightly exaggerated to improve visibility of surface details.

Unlike the near side, the far side is heavily cratered and lacks large smooth plains. This is because it did not experience the same level of volcanic resurfacing, so most impact craters remain preserved.

This model shows a rough, uneven landscape shaped primarily by impacts over billions of years. It is a localized terrain section intended for visualization and 3D printing, not a full Moon representation. Fine details are limited by resolution and scaling.

Features
Real lunar elevation data
Represents Moon’s far side terrain
Dense impact craters and rough surface
Optimized for 3D viewing and printing
Source

NASA / Goddard Space Flight Center

🌑 Moon Far Side – Lunar Terrain Model

This is a 3D model of the Doklam Plateau region on the borders of India/China/Bhutan. It shows a number of strategic and tactical points. 
This model is designed to acompany an [associated report](https://pageflow.aspi.org.au/mappingdoklam) on the region. Please check that out too. 
There is also a version of this model with satellite imagery draped over the terrain available [here](https://sketchfab.com/3d-models/doklam-3d-terrain-model-topographic-43b05288772c4eab967ae5f544b28252).

Doklam 3D Terrain Model - Satellite.

🌕 Moon Near Side – Lunar Terrain Model

This 3D model represents a section of the Moon’s near side, the hemisphere that is permanently visible from Earth.

The terrain is based on real elevation data provided by NASA and covers an area approximately 400 km across. The scale is significantly reduced, and vertical features may be slightly exaggerated to make surface details easier to observe.

Compared to the far side of the Moon, the near side appears smoother due to ancient volcanic activity. Large lava flows filled many impact basins, forming the darker, flatter regions known as maria, while craters remain visible across the surface.

This is a localized terrain model intended for visualization and 3D printing, not a full representation of the Moon. Fine details are limited by resolution and scaling.

Features
Real lunar elevation data
Represents Moon’s near side terrain
Visible craters and maria regions
Optimized for 3D viewing and printing
Source

NASA / Goddard Space Flight Center

Moon Near Side – Lunar Terrain Model

This is a 3D model of the Doklam Plateau region on the borders of India/China/Bhutan. It shows a number of strategic and tactical points. 
This model is designed to acompany an [associated report](https://pageflow.aspi.org.au/mappingdoklam) on the region. Please check that out too.
There is also a version of this model with satellite imagery draped over the terrain available [here](https://skfb.ly/o78y8).

Doklam 3D Terrain Model - Topographic

Ultra hires moon terrain model busted with ZBrush tools.

[from wiki:]
Petavius is a large lunar impact crater located to the southeast of the Mare Fecunditatis, near the southeastern lunar limb. The outer wall of Petavius is unusually wide in proportion to the diameter, and displays a double rim along the south and west sides. 

Rev. T. W. Webb described Petavius as:
"one of the finest spots in the Moon: its grand double rampart, on east side nearly 11,000 ft (3,400 m). High, its terraces, and convex interior with central hill and cleft, compose a magnificent landscape in the lunar morning or evening, entirely vanishing beneath a Sun risen but halfway to the meridian."

The most favorable time for viewing this feature through a telescope is when the Moon is only three days old. By the fourth day the crater is nearly devoid of shadow.

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