“Blue Ghost” private mission successfully lands on the moon

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As part of NASA’s ‘Commercial Lunar Payload Services’ (CLPS) initiative, Firefly has become the first private company to successfully land a robotic probe on the moon with the ‘Blue Ghost’ mission. This mission carried important scientific instruments, including the LISTER heat flow experiment from the German Center.

Successful landing of the Blue Ghost Mission

On the morning of March 2nd Central European Time, the ‘Blue Ghost’ mission landed automatically in Mare Crisium on the far side of the moon. Firefly Aerospace became the first private company to successfully land a robotic probe on the moon. This achievement is part of NASA’s CLPS initiative, which aims to generate reliable scientific data from the lunar surface. The probe carried ten scientific and technical instruments that will carry out specific experiments over a period of about two weeks.

Important scientific findings through LISTER

The German Aerospace Center (DLR) is working as part of LISTER, an experiment to measure the heat flow from the lunar interior. The measurements are carried out using a depth probe that penetrates up to three meters deep into the moon. The data collected is intended to contribute to knowledge about the thermal evolution and geological history of the moon. This follows on from the HP3 experiment that was carried out in a similar way on Mars.

The moon as a target for future planetary research

Professor Heike Rauer from the DLR Institute of Planetary Research describes the moon as an easily accessible destination for . Compared to , the Moon’s geological status is almost inactive, making it an ideal location for studying early solar system evolutions. Investigations on the lunar surface can address questions that remained unanswered after the Apollo missions.

The path to the return of humanity

The mission’s launch on January 15 marked the start of a roughly 45-day journey to the moon aimed at testing all subsystems. Blue Ghost serves as a precursor to humanity’s planned return as part of NASA’s program. These missions form the basis for a permanent human presence on the moon.

Firefly Aerospace is an innovative company specializing in the development of cost-effective launch vehicles and space probes. Through partnerships with prominent institutions such as NASA, the company actively contributes to promoting space research and lunar exploration. The goal is to create new possibilities for scientific experiments and humanity.

First lunar images of a solar eclipse

Firefly’s Blue Ghost is preparing to capture high-resolution images of a total solar eclipse from the Moon on March 14. This is made possible by Blue Ghost as the blocks the Sun over the Moon. Two days later, on March 16, there will be a chance to see the sunset on the Moon and collect valuable data about lunar dust.

Far side of the moon with the Mare Crisium landing area
Moon’s front side with Mare Crisium landing area: The moon rotates exactly once during its orbit around the Earth. That’s why we only ever see one hemisphere of the Earth’s satellite, which is called the moon’s front side. What is striking is the contrast between bright areas (lunar highlands) and dark regions (lunar lowlands), which can be seen with the naked eye. The lunar highlands are formed by older, light aluminum silicate rocks, while the dark regions consist of iron and magnesium-rich volcanic rocks. Blue Ghost landed on such a volcanic plain, in the basalt-filled Mare Crisium in the northeast of the far side of the moon (top right edge of the image). This photo of the full moon is a famous telescopic image from the Lick Observatory in the US state of California in 1956, which was taken using a special recording process on a photochemically coated glass plate. (© Lick Observatory)

Total solar eclipse from the moon

On March 14, Firefly’s Blue Ghost will be able to capture high-resolution images of a solar eclipse as the Earth passes between the sun and moon. For observers on Earth where there is a full moon, this will be a total lunar eclipse. This visually impressive event promises new insights into the course of such cosmic events and the conditions on the moon.

Examination of lunar dust

Two days after the solar eclipse, on March 16, Blue Ghost plans to watch the sunset on the moon. The goal is to understand how the fine, often electrostatically charged moon dust, also called regolith, floats in the backlight. The challenges this dust poses to technical equipment and astronauts are known but not yet fully understood. Therefore, Blue Ghost will also take samples of the regolith for on-site analysis.

Blue Ghost landing region Mare Crisium
Blue Ghost landing region Mare Crisium: The Mare Crisium is an impact basin that was formed about four billion years ago by the impact of an asteroid approximately 40 kilometers in size. It is located in the northeast of the far side of the moon and has a diameter of around 500 kilometers. After the impact, magmas from the lunar mantle burst through cracks and filled the basin with thin lava. The strikingly smooth plains were long thought by astronomers to be seas, hence the Latin term “Mare”. Blue Ghost is not the first man-made object there: in 1969, at the same time as the first manned moon landing, the Soviet probe Luna 15 crashed uncontrollably into Mare Crisium. However, the successor probe Luna 23 landed safely on November 6, 1974, and on August 18, 1976, Luna 24 landed and returned to Earth with 170 grams of moon rocks. (© NASA/GSFC/ASU)

The mission in Mare Crisium

Blue Ghost will launch another mission under lunar night conditions after sunset in Mare Crisium, also known as the ‘Sea of ​​Danger’. Important data is collected before the devices can no longer function due to the extreme cold of minus 160 degrees Celsius. This mission will be crucial for understanding lunar nights and their challenges.

Participation in upcoming lunar mission

The next landing of a private lunar probe from Intuitive Machines is expected on March 6th. The German Aerospace Center (DLR), together with the Free University of , is taking part with an innovative radiometer that measures thermal radiation without contact. This cooperation underlines the increasing importance of interdisciplinary partnerships in .

Firefly Aerospace is known as an innovative space company specializing in cost-effective, flexible and reliable solutions for space exploration. Through its developments and missions, such as those of the Blue Ghost, Firefly contributes significantly to deepening our understanding of the moon and other celestial bodies.