MOON: The first topographically accurate moon globe

The MOON is the first topographically accurate moon globe. The process involves the use of cutting-edge data from NASA’s Lunar Reconnaissance Orbiter, as well as sophisticated electronic and mechanical engineering and contemporary mold-making techniques.

The project MOON comes from a four-year effort by Kudu and Oscar Lhermitte. In the development process, there have been numerous prototypes and tests. Oscar Lhermitte was in charge of designing the Moon’s surface in three dimensions and the whole project. Kudu handled mechanical parts as well as electronics engineering that replicate the Sun and Moon’s movement by precisely adjusting light motion.

The accuracy of this globe comes from two sources: the high-resolution images captured by NASA’s Lunar Reconnaissance Orbiter, and the use of modern technology in mold making. The team used data from the Lunar Reconnaissance Orbiter to create a 3D model of the moon’s surface. They then used this model to create a mold for the globe.

To make the LED ring rotate in tandem with real Moon cycles, Kudu developed and programmed a special computer that precisely controls the movement of light to mimic the Sun and Moon’s real-time motion. Its program and gearing system guarantee it is perfectly in synchronization with the real-time lunar phase.

The result is a globe that is accurate to within 1 millimeter. This level of accuracy is possible because of the use of the latest data and technology. The MOON is a truly unique product that will be cherished by anyone who loves space or wants to learn more about our moon.

Moon - The Most Accurate Lunar Globe

What is the Lunar Reconnaissance Orbiter (LRO) mission?

The Lunar Reconnaissance Orbiter (LRO) is a robotic spacecraft currently orbiting the moon. The mission’s goals are to map the moon’s surface in great detail, find potential resources and landing sites for future missions, and study the moon’s environment. The LRO has been in operation since 2009 and has returned over 1 million images of the moon’s surface. These images have been used to create the globe.

How was the globe made and what are its features?

The MOON globe was created by superimposing over 1 million images from the Lunar Reconnaissance Orbiter onto a 3D-printed globe. The result is an incredibly accurate representation of the moon’s surface features, craters, mountains, and valleys. This resulted in a highly detailed and accurate representation of the moon’s features. The correct side of the moon’s surface is constantly illuminated by a ring of LEDs, which replicates the lunar phases observed from Earth and simulates observing the moon from Earth.

Moon - The Most Accurate Lunar Globe

The globe is made of durable materials and is designed to be used both indoors and outdoors. It comes with a stand that allows it to be displayed at any angle and a carrying case for easy transport.

The MOON globe is the most accurate lunar globe available on the market today. Anyone who wants an accurate, realistic representation of the moon in their home or office. Whether you’re an amateur astronomer, a science enthusiast, or just someone who loves looking at the stars, MOON makes a great addition to your collection.

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How can the MOON globe be used?

The MOON globe can be used for a variety of purposes. It makes a great addition to any home or office, and can be used for educational purposes, as a desktop decoration, or simply as a conversation piece. The globe can also be used to plan future lunar missions, as it accurately shows the moon’s surface features, potential landing sites, and resources.

Where can I buy the MOON globe?

The MOON is available for purchase online. It makes a great gift for any occasion and is sure to be a hit with anyone who loves the moon or astronomy. Order your MOON globe today!

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Moon - The Most Accurate Lunar Globe

Moon - The Most Accurate Lunar Globe

Moon - The Most Accurate Lunar Globe

Moon - The Most Accurate Lunar Globe

Moon - The Most Accurate Lunar Globe

Moon - The Most Accurate Lunar Globe


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