Skip to main content

Check out Earth’s stunning cameo in this moon flyover video

NASA is busy making preparations to send the first woman and next man to the moon in the coming years, but you can visit right now thanks to an impressive piece of work by space enthusiast Seán Doran.

Recommended Videos

Doran pulled together a huge amount of footage and photos captured by Japan’s Kaguya lunar orbiter more than a decade ago to create a four-hour flyover video showing the lunar surface in incredible detail.

Posted on YouTube at the end of last month, the mesmerizing video takes you over the surface of our nearest neighbor at a gentle pace. The footage captures the moon under a range of lighting conditions that highlight its stark, crater-strewn landscape.

The Moon. For REAL.

4 hours of @JAXA_en Kaguya Orbiter archive converted to real time.

Denoised, repaired, graded & retimed.

Full version: https://t.co/omTZqqhNKA pic.twitter.com/ES5NDS21V8

— Seán Doran (@_TheSeaning) February 1, 2021

Unless you’re a big fan of “slow TV,” or have a major interest in the moon, you probably won’t want to sit through the entire four hours … at least not in one sitting. But don’t leave without catching Earth’s breathtaking cameo appearances, first at the 9:18 mark, and then, half in darkness, at 1:24:10.

Japan’s Kaguya orbiter — officially called SELENE, short for  Selenological and Engineering Explorer — arrived at the moon in 2007 and spent the next 20 months orbiting it.

For much of the time, the spacecraft orbited the moon at an altitude of about 62 miles, allowing it to complete its mission objectives that included studying the origins of the moon (including its geologic evolution), gathering data about the lunar surface environment, and carrying out radio science work that included precise measurement of the moon’s gravity field. Finally, when the mission was declared over, Kaguya was directed to crash onto the lunar surface near the Gill crater in June 2009.

Did you know that astronomers recently spotted what they dubbed a “mini-moon” orbiting Earth? But instead of a piece of space rock, it turned out to be something very different.

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
Another piece of NASA’s mega moon rocket ships out
Crews moved the cone-shaped launch vehicle stage adapter out of NASA Marshall’s Building 4708 to the agency’s Pegasus barge on August 21. The barge will ferry the adapter first to NASA’s Michoud Assembly Facility, where it will pick up additional SLS hardware for future Artemis missions, and then travel to NASA Kennedy. In Florida, teams with NASA’s Exploration Ground Systems will prepare the adapter for stacking and launch.

Even while NASA is struggling with Boeing's new crewed Starliner spacecraft, it is continuing work on another key piece of space infrastructure: its Space Launch System, or SLS rocket that is designed to carry astronauts to the moon and beyond. Parts of the new rocket are arriving at the Kennedy Space Center in Florida, and now another key piece is on its ways: the launch vehicle stage adapter.

Standing at 322 feet tall when fully stacked, the SLS is NASA's most powerful rocket to date and has already been on a test flight around the moon as part of the Artemis I mission in 2022. Now, NASA is preparing for its first crewed flight using the rocket, which will be the Artemis II mission scheduled for September 2025. Unlike NASA's current woes with the Starliner spacecraft, which ferries astronauts between Earth and the International Space Station, the Artemis II mission will use a different spacecraft called the Orion.

Read more
Juice spacecraft slingshots around Earth and moon in world’s first maneuver
juice earth moon flyby waves goodbye once again pillars

The Juice spacecraft, a European Space Agency mission to visit the icy moons of Jupiter, has just made a world's first maneuver. This week, the craft swung back to Earth on its way to Jupiter and used both Earth and the moon's gravity to slingshot it onward, in the first lunar-Earth flyby.

When you think about spacecraft traveling to distant parts of the solar system, you might imagine them pointing directly toward their targets and traveling in a straight line. But that uses an awful lot of fuel, as the spacecraft needs to overcome the gravity of various bodies. It is much more efficient in terms of fuel usage to travel in a series of circular orbits, gradually adjusting course to move out in a spiral pattern with the sun at the center. This takes more time but less of the precious fuel that is so heavy to carry.

Read more
NASA agreement with oil company BP could see its technology used on moon
An artist’s concept of an Artemis astronaut deploying an instrument on the lunar surface.

While its technology is most often used to drill for oil here on Earth, oil company BP has entered into an agreement with NASA that could see its technology used to drill for resources on the moon.

The agreement was announced this week, and says the company will work with NASA to "support common goals in space exploration and energy production." That involved sharing technology and technical expertise, particularly about how energy production can operate in extreme environments. This could be applicable to future NASA plans for exploration of the moon and Mars, both of which will require significant power generation.

Read more