3D Moon Lamps and NASA’s CGI Moon Kit: Where Realistic Moon Maps Come From

The original post on this site was a sales listing for a 5.9-inch 3D Moon lamp with tap control and three light colours, which claimed to be crafted from the true lunar surface in NASA satellite images. We cannot verify how any particular lamp was made, so this rewrite focuses on what we can check: the free NASA data that makes realistic Moon models possible, and how to judge a lamp’s claims.

What is a 3D Moon lamp?

A 3D Moon lamp is a decorative light shaped like a small Moon globe, with raised and sunken areas meant to look like lunar mountains and craters. The original listing described a 5.9-inch lamp with three colours and tap control. Details like size, colours and battery life vary from product to product, so check the seller’s specifications.

Where realistic Moon maps come from: NASA’s CGI Moon Kit

NASA’s Scientific Visualization Studio publishes a free “CGI Moon Kit” of colour and elevation maps of the Moon, designed for 3D rendering software. NASA says the maps are created from data assembled by the Lunar Reconnaissance Orbiter (LRO) camera and laser altimeter teams. The kit was released in September 2019 and updated since, with visualizations by Ernie Wright.

• Colour map: adapted from the Hapke Normalized WAC Mosaic, a composite built by the camera team from more than 100,000 Wide Angle Camera images. NASA says the colour maps use three of the seven LROC colour bands: 643 nm for red, 566 nm for green and 415 nm for blue, with exposure and white balance adjusted to more closely match human vision.
• New version: NASA says a newer colour map produced in December 2025 preserves more of the colour and dynamic range of the source data and adds greater detail in the polar regions.
• Elevation (displacement) map: built from gridded data products of the Lunar Orbiter Laser Altimeter (LOLA), at 4, 16 and 64 pixels per degree, centred on 0° longitude.

How LRO maps the Moon

NASA’s article about the kit explains the two instruments behind it:

• LROC (the camera): works like a scanner, building an image line by line as the spacecraft moves over the surface.
• LOLA (the laser altimeter): sends a laser pulse, split into five beams, down to the surface and times how many nanoseconds the light takes to bounce back. A quick return means higher ground.

NASA says one of LRO’s main goals is to map the Moon’s topography accurately to prepare for safer landings at sites of interest for the Artemis programme, and describes LRO as having orbited the Moon for 10 years at the time of the article.

Why NASA shares the data

According to NASA, Ernie Wright, a science visualizer at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, created the kit to make NASA’s data more accessible to 3D artists. After receiving many requests for the data behind his Moon visualizations, he decided to share it so artists could connect with the LRO mission. That is why designers and hobbyists can build accurate Moon models from real spacecraft data.

Checking a “made from NASA images” claim

NASA data is free and public, so any manufacturer could use it, but a listing’s claim does not prove it did. Some simple checks:

• Compare with the real Moon. Look at the lamp next to a photo of the full Moon. The dark “seas” and bright crater rays should be in the right places.
• Look for the near side you know. We always see the same face of the Moon from Earth, so the pattern of dark areas should be familiar.
• Treat vague claims carefully. “True image from NASA” without details is marketing, not proof.

Use the real data yourself

If you enjoy 3D models, NASA’s CGI Moon Kit page offers the colour maps and elevation maps for download in several sizes, from small JPEG previews to very large TIFF and EXR files. With free 3D software, you can wrap the colour map around a sphere and use the elevation map to raise the mountains: the same idea behind a Moon lamp.

Turning a lamp into a learning tool

• Find the “seas”: the dark patches are the areas you can see with your eyes on a clear night.
• Spot the craters: compare the lamp’s craters with the real ones through binoculars.
• Talk about LRO: explain how a spacecraft’s camera and laser built the map.

Quick summary

• 3D Moon lamps are decorative models of the Moon’s surface.
• NASA’s free CGI Moon Kit provides real LRO colour and elevation maps.
• The colour map comes from more than 100,000 LROC Wide Angle Camera images.
• The elevation map comes from the LOLA laser altimeter.
• A listing’s “NASA image” claim is not proof; compare it with the real Moon.

Jargon buster

• LRO: Lunar Reconnaissance Orbiter, a NASA spacecraft orbiting the Moon.
• LROC: LRO’s camera system.
• LOLA: LRO’s laser altimeter, which measures surface height.
• Displacement map: an image that tells 3D software how high each point is.