Stunning Lunar New Year Festivities from Across the Globe: Year of the Dragon in Photos

Lunar New Year is celebrated around the world, and the phases of the moon, not the calendar, mark the beginning of 2024. This year's Chinese New Year was on his February 10th.

Chinese New Year is based on the lunisolar calendar, and the year begins when the second new moon (following the winter solstice) marks the beginning of the new year. This day is considered one of the most important days in Chinese culture, and families gather together to celebrate and eat together.

This year is the Year of the Dragon, the fifth of the 12-year animal cycle in the Chinese calendar. People born in the year of the Dragon are believed to have more power, luck, and success than other animals, so China tends to have more lunar birthdays.

However, Lunar New Year is not only celebrated in China. Here's how people around the world rated this event.

Wuhan, China

Children touch a traditional dragon head to pray for blessings after a performance on the second night of the Spring Festival in Wuhan, Hubei Province, China, February 11, 2024.Photo courtesy: Getty Images

Seoul, South Korea

Korean performers wearing traditional costumes participate in traditional games to pray for good luck during the Lunar New Year at Gyeongbokgung Palace in Seoul, South Korea, on February 11, 2024. Korean people travel from big cities to their hometowns during the Lunar New Year holiday to pay respects to the spirits of their ancestors.Photo provided by: Jung Sung-joon/Getty Images

london, united kingdom

Costumed performers entertain the audience at the 2024 Chinese New Year Dragon Parade in London, England. Photo credit: Loredana Sangiuliano/SOPA Images/LightRocket/Getty Images

Hong Kong

People enjoy fireworks at Golden Bauhinia Square in Hong Kong on February 11, 2024, the second day of Lunar New Year. Hong Kong celebrated Lunar New Year with a huge fireworks show at Victoria Harbour. Photo provided by: Hou Yu/China News Service/VCG/Getty Images

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Yen Bai, Vietnam

A couple in traditional costumes dance to celebrate Vietnamese New Year, or Tet, in Yen Bai province, northern Vietnam, February 12, 2024. Photo by Nhac Nguyen/AFP/Getty Images

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bangkok, thailand

Thai and Chinese people pray for good luck with incense sticks at a Chinese temple during Lunar New Year celebrations on February 10, 2024 in Bangkok, Thailand. Photo credit: Anusak Laowilas/NurPhoto/Getty Images

madrid, spain

Women in traditional costumes celebrate the Lunar New Year parade in the Usera neighborhood of Madrid, Spain. The Chinese community celebrated the beginning of the Year of the Dragon with a traditional parade along with the Spanish people. Photo credit: Marcos del Mazo/LightRocket/Getty Images

Singapore

People watch as a pair of dragons formed by 1,500 drones rise into the sky at the Marina Bay Sands waterfront in Singapore on February 11, 2024. The show is called “The Legend of Dragon Gate” and is performed as part of the Lunar New Year celebrations. Photo credit: Suhaimi Abdullah/NurPhoto/Getty Images

Gauteng, South Africa

Children in traditional costumes celebrate the Lunar New Year and the arrival of the Year of the Dragon at the South Chinese Buddhist Temple in Bronkhorstspruit, Pretoria, Gauteng, South Africa, February 11, 2024. Photo by Ihsaan Haffejee/Anadolu/Getty Images

Beijing, China

People try to touch a dragon during a performance at a temple fair on February 11, 2024, on the second day of the Lunar New Year in Beijing, China. Photo by Greg Baker/AFP/Getty Images

Qingdao, China

Front view of tourists enjoying colorful lanterns at the Golden Beach Beer City Lantern Fair in Qingdao, Shandong Province, China on February 11, 2024. Photo credit: Zhang Jingang/VCG/Getty Images

toronto, canada

Performers dance during the Lunar New Year celebration at Chinatown Center in downtown Toronto, Ontario, Canada, February 11, 2024. Photo by Mike Campbell/NurPhoto/Getty Images

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Source: www.sciencefocus.com

Japan prepares for precision ‘lunar sniper’ landing mission

TOKYO — Japan will attempt a precision landing on Friday, aiming to become the fifth country to land a spacecraft on the moon. This would be a boost for a space program that has been hit by a wave of setbacks and overshadowed by rival China.

was namedmoon sniper'', the Japan Aerospace Exploration Agency (JAXA)'s spacecraft is attempting to land within 100 meters (328 feet) of its target, but JAXA says the technology is unprecedented and that it will It is said to be essential in the search for human habitability.

Japan is increasingly seeking to play a larger role in space, partnering with Washington to counter China's military and technological might.Japan boast In collaboration with many private space startup companies, astronaut To the moon as part of NASA's Artemis program.

However, JAXA has faced multiple setbacks, including launch failure In March, a new flagship rocket, the H3, was announced, aimed at matching cost competitiveness with private rocket providers like SpaceX.

JAXA's Smart Lander for Lunar Exploration (SLIM) spacecraft will begin its 20-minute touchdown phase on a one-way mission at midnight Saturday (15:00 GMT Friday), covering an area about two kinetic tracks on the lunar surface. Attempt to land at the target location. The slope of a crater just south of the moon's equator.

“No other country has achieved this. If Japan can prove that it has this technology, it will provide a huge advantage for future international missions like Artemis,” said Shinichiro Sakai, JAXA's SLIM project manager. said.

Chandrayaan 3 in India in August Had made The historic touchdown to the Moon's South Pole was a major technological feat considering the rugged terrain and underlines India's rise as a nation. Major players In space.

JAXA emphasizes that its high-precision technology will be a powerful tool in future exploration of the hilly lunar poles, which are considered a potential source of oxygen, fuel and water. Japan is also planning an unmanned lunar polar exploration jointly with India in 2025.

Professor Kazuto Saiki of Ritsumeikan University, who developed the SLIM near-infrared camera that analyzes lunar rocks after landing, says, “Japan cannot compete with the United States, China, and India in terms of resources when it comes to developing lunar surface projects.'' .

“We should focus on building popular technologies such as pinpoint landings and near-infrared cameras that foreign exploration projects aim to adopt.”

JAXA has twice landed on small asteroids, but landing on the moon is much more difficult due to gravity, as seen in many recent failures.

Last year, a Japanese probe to start ispace crashes into the moon RussiaThe Luna 25 followed suit. A lander from American startup Astrobotic suffered a fuel leak last week. Force Giving up a touchdown attempt.

“Mistakes happen, but Japan is a very experienced space power and has been conducting very complex space operations for many years,” said Bredin Bowen, an associate professor at the University of Leicester who specializes in space policy. To tell.

“Japan may not be as big as the old United States or the Soviet Union or today's China, but it has always been there in terms of capability and niche advanced technology.''

SLIM's high-precision landing “won't be a game changer,” but its demonstration and the construction of lightweight spacecraft that Japan has been pursuing could reduce the cost of each mission and bring moonshots to space agencies around the world. Bowen added that there is.

JAXA says it will take up to a month to verify whether SLIM achieved its high-precision goals after touchdown.

Upon landing, SLIM will also deploy two mini-probes, a hopping vehicle the size of a microwave oven and a wheeled rover the size of a baseball, to take photos of the spacecraft. The robot was jointly developed by technology giant Sony Group, toy maker Takara Tomy, and several Japanese universities.


Source: www.nbcnews.com

The reason behind the burning up of Hayabusa’s lunar lander in Earth’s atmosphere.

Launch of the Peregrine Lunar Module on a Vulcan rocket on January 8th

APFootage / Alamy Stock Photo

The mission of the Hayabusa lander is over. The American company that built Astrobotic, a lunar lander whose plans failed, was unable to complete its trip to the moon due to a fuel leak, so it was brought back and burned in Earth's atmosphere.

What was wrong with the Hayabusa lander?

Just seven hours after launching on a Vulcan rocket on January 8, engineers noticed that Peregrine wasn't facing the right direction and its solar panels weren't charging the batteries that power its electronics. Shortly afterward, it was discovered that fuel was leaking from the aircraft. It was eventually determined that the oxidizer tank had ruptured, probably due to a stuck valve, and that the leak had generated a small amount of thrust, causing the probe to change direction. By the time everything was figured out, Peregrine had already lost too much fuel to reach the moon, let alone perform the maneuvers needed to land gently on the moon.

The peregrine falcon was in space for days, but what was it doing all that time?

Astrobotic's engineers were able to correct Peregrine's orientation, and once the solar panels were oriented in the correct direction, the battery was charged. This will allow Peregrine operators to perform a quick test ignition of the main engine and power on the onboard spacecraft, allowing them to better understand the spacecraft's operation in space and determine what went wrong. Helpful. They also remotely switched on some scientific instruments and made measurements of radiation in interplanetary space that could provide useful scientific insights. By operating the spacecraft for several days, Astrobotic will also be able to decide whether to extend its mission in space by changing from its planned moon landing, or continue on its way back to Earth. I was given time to do it.

Why did it have to be brought back to Earth rather than left in space?

Although the peregrine falcon could have survived a little longer in Earth orbit, there were some risks to leaving it there. Eventually, the spacecraft will run out of fuel completely and become essentially a cannonball flying uncontrollably around the Earth. This type of space debris can cause significant damage to operating satellites.a statement The Astrobotic article says: “Ultimately, we have to balance the risk of a damaged spacecraft causing problems with our own desire to extend Peregrine's life, operate the payload, and learn more about the spacecraft. .”

Wouldn't it be dangerous to bring it back to Earth?

It's actually much safer to return the spacecraft to Earth. Satellites are regularly deorbited in this way, usually burning up in the incredible heat they experience as they plummet through the atmosphere. The falcon was also carefully targeted towards the Pacific Ocean just east of Australia to minimize the risk of any surviving debris hitting populated areas.

What about the other things Peregrine was carrying?

In addition to scientific instruments, the spacecraft also carried two controversial payloads sent into space by a company called Celestis, which provides what is called a “commemorative spaceflight.” These two vessels of hers contained cremated human remains. Star Trek Creator Gene Roddenberry and actors James Doohan and Nichelle Nichols. It is unclear whether the capsule survived Earth's atmosphere and ended up in the ocean.

Why do missions to the moon continue to fail?

Indeed, this is the third mission to land on the moon that has failed in the last year, but that's only partially due to the difficulty of sending a probe into space and making a soft landing hundreds of thousands of kilometers away. Lunar landing attempts have also increased significantly, many using new equipment and protocols that have not yet been tested. While there are understandably some growing pains, more moon landings are planned in the future, and Astrobotic executives are already discussing plans to try again.

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Source: www.newscientist.com

Hayabusa lunar lander meets fiery fate as it re-enters Earth’s atmosphere

After more than a week in space, the doomed lunar lander met a violent end Thursday as it burned up in Earth’s atmosphere, ending its mission.

A private spacecraft named Peregrine was designed to travel to the moon and settle on its surface. However, shortly after launching into orbit on January 8, the lander suffered a severe propellant leak, forcing operators to abort the entire mission.

Astrobotic Technology, the Pittsburgh-based company that developed the lander, said Thursday that the limp spacecraft safely burned up in Earth’s atmosphere in a remote stretch of the South Pacific Ocean at about 4:04 p.m. ET. announced.

in Updates posted on XThe company confirmed it had lost contact with the spacecraft just before 4 p.m. ET, suggesting the lander had re-entered the atmosphere, but officials said they were “waiting for independent confirmation from a government agency.” ” he added.

An early failure left the Peregrine lander with no means of reaching the moon. Astrobotic’s team fought for nine days to save the spacecraft and its onboard equipment and extend the remainder of the mission.

Engineers were able to stabilize the spacecraft, but Astrobotic said last week it would not be possible to attempt a controlled landing on the moon.

“We applaud @Astrobotic’s perseverance,” NASA announced Tuesday. Statement posted on X.

The Peregrine mission attracted attention because it was the first American lunar lander launched into space in more than 50 years. If successful, Peregrine would also have become the first commercially developed spacecraft to land on the moon.

Besides NASA, the former Soviet Union, China, and India are the only countries to have successfully made a controlled landing, or “soft landing,” on the moon’s surface. Japan aims to join that elite club on Friday when it attempts to land its Smart Lander for Lunar Exploration (SLIM).

Peregrine’s mission is part of NASA’s Commercial Lunar Module Services Program, which was established to encourage private companies to develop new lunar landers and ultimately help NASA bring cargo and scientific equipment to the lunar surface. You can now hire this lander for transport.

Another Houston-based company, Intuitive Machines, plans to launch its own commercially developed lander next month as part of the same NASA effort.

The Commercial Lunar Payload Services Program is part of the agency’s Artemis program, with the goal of returning astronauts to the Moon over the next few years, eventually establishing regular flights to the Moon, and building a lunar base camp. It is said that NASA recently announced the postponement of two upcoming Artemis missions, pushing back a lunar circumnavigation flight that was scheduled to launch later this year to 2025 and pushing back Artemis’s first landing attempt to next year.

Source: www.nbcnews.com

Researchers unravel enigmatic lunar geological puzzles

New research from the University of Bristol has revealed the origin of titanium-rich basaltic magma on the Moon.



A map of titanium abundance on the moon's surface from NASA's Clementine spacecraft. The red area shows a very high concentration compared to terrestrial rocks. Image credit: Lunar and Planetary Institute.

The presence of surprisingly high concentrations of the element titanium (Ti) on parts of the moon's surface has been known since NASA's Apollo missions back in the 1960s and 1970s. The mission successfully recovered samples of solidified ancient lava from the moon's crust.

Recent maps from orbiting satellites show that these magmas, known as titanium-rich basalts, are widespread on the moon's surface.

Professor Tim Elliott and colleagues at the University of Bristol have used advanced isotopic analysis of lunar samples in a series of high-temperature lava labs to identify key reactions that control the composition of these characteristic magmas.

This reaction occurred about 3.5 billion years ago deep inside the moon, replacing elements of iron in the magma with elements of magnesium in the surrounding rock, changing the chemical and physical properties of the melt.

“The origin of the Moon's volcanic rocks is a fascinating story involving an 'avalanche' of unstable, planetary-scale piles of crystals produced by the cooling of a primordial magma ocean,” Professor Elliott said.

“Central to this epic history is the presence of a type of magma unique to the Moon, which explains how such magma reached the surface to be sampled on space missions. It was a tricky problem to solve. I'm really glad we were able to resolve this dilemma.”

“Until now, models have not been able to reproduce magma compositions that match the essential chemical and physical properties of high-titanium basalts,” said Dr. Martin Claver, a researcher at the Institute of Mineralogy at the University of Münster.

“Explaining that low density made eruptions possible about 3.5 billion years ago has proven particularly difficult.”

“We successfully mimicked high-titanium basalts in a laboratory process using high-temperature experiments,” the researchers said.

“Measurements of the titanium-rich basalts also revealed a unique isotopic composition, a signature of reactions that were reproduced in experiments.”

“Both results clearly demonstrate how melt-solid reactions are essential to understanding the formation of these unique magmas.”

of findings Published in today's diary natural earth science.

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M. Claver other. Titanium-rich basaltic melts exist on the lunar surface, conditioned by reactive flow processes. nut.earth science, published online on January 15, 2024. doi: 10.1038/s41561-023-01362-5

Source: www.sci.news

There is a possibility that Hayabusa’s lunar lander will not make it to the moon

Peregrine photo showing disturbance of insulation in the foreground

astrobotic

Things look grim for Astrobotic's Peregrine spacecraft. The Vulcan rocket launched toward the moon on January 8, but just seven hours after liftoff, an “anomaly” began to occur that could prevent a safe landing on the moon's surface.

The first hint of trouble was that the spacecraft was unable to orient itself so that its solar panels faced the sun. The technical team on the ground was able to command the aircraft to steer in the right direction so the battery could be recharged. These batteries power Peregrine's communications and scientific equipment, and so far appear to be working properly.

But the problem doesn't end there. The thrusters meant to carry Peregrine to the moon and land safely are powered by rocket fuel, and appear to be leaking fuel.in a short series
statement

Astrobotic said the problem was “causing significant loss of propellant.”[this] If the propulsion anomaly proves true, it would threaten the spacecraft's ability to make a soft landing on the moon. The first images sent back from the spacecraft show rippling insulation in the foreground, suggesting that whatever caused the fuel leak may have also destroyed the spacecraft's insulation.

If Peregrine can't land on the moon, even if its batteries are fully charged, it's unclear which of its science goals it will accomplish. “The team is working to stabilize this [propellant] “While there was a loss, given the circumstances, we prioritized making the most of the science and data we could collect,” the statement said. “We are currently evaluating what alternative mission profiles are feasible at this time.” Astrobotic did not immediately respond to a request for comment.

Assuming Peregrine is unable to land, this would be the third consecutive failed attempt by a private company to land on the moon. In 2019, the Beresheet lander crashed on the moon, and in 2019, the Hakuto-R lander also crashed on the moon. 2023. No private company has yet successfully made a soft landing on the moon.

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Source: www.newscientist.com

First American lunar lander in over five decades blasts off towards the moon, but faces early technical issues


Astrobotic said the cause of the failure was likely a propulsion failure, adding that a further update would be issued once more data is acquired and analyzed.

Peregrine’s mission represents a new chapter in the commercial space industry, launching private companies into the space race and delivering to NASA and other customers.

The Pittsburgh-based company First private company to succeed in landing This is something only four countries have achieved on the moon. A Houston-based company also has a lander ready to fly and is expected to take a more direct route to the moon.

NASA provided both companies with significant funding to build and fly their own lunar landers. The space agency hopes the privately owned lander will scout the site before astronauts arrive, while also providing technical and scientific experiments for NASA and benefiting other customers. Astrobotic’s Peregrine lander contract: $108 million.

During its first flight, the Peregrine lander carried five NASA instruments. Following the technical anomaly, NASA said it would learn from the situation.

“Each success and setback is an opportunity for us to learn and grow,” Joel Kearns, deputy assistant administrator for exploration at NASA’s Science Mission Directorate, said in a statement Monday. “We will use these lessons to advance our efforts to advance science, exploration, and commercial development of the Moon.”

The last time the United States launched a moon landing mission was in December 1972. Apollo 17’s Gene Cernan was the last human to set foot on the moon as mission commander, and Harrison Schmidt was the 12th astronaut to walk on the moon. , concluded an era that continued to be the pinnacle of NASA.

The space agency’s new Artemis mission, named after Apollo’s twin sister in Greek mythology, aims to return astronauts to the moon’s surface within the next few years. first, Flight around the moon by four astronautsProbably by the end of the year.

Highlighting Monday’s moonshot was the long-delayed initial test flight of the Vulcan rocket from Cape Canaveral Space Force Station. The 202-foot (61-meter) rocket is essentially an upgraded version of ULA’s highly successful flagship Atlas V, which will be phased out along with the company’s Delta IV. Jeff Bezos’ rocket company Blue Origin provided his two main engines for the Vulcan.

The then-Soviet Union and the United States suspended touchdowns after a string of successful moon landings in the 1960s and 1970s. China joined the elite club in 2013, India in 2023.But I also saw it last year Landing craft from Russia and Japanese private companies crash into the moon. In 2019, an Israeli nonprofit organization's lander crashed.

Next month, SpaceX will provide lifts for the lander from Intuitive Machines.

In addition to flight experiments for NASA, Astrobotic has launched its own cargo transportation business, shipping its 6-foot-tall (1.9-meter-tall) Hayabusa lander with rock chips from Everest and toy-sized objects it catapults from Mexico. I packed everything up to my car. It will reach and cruise the moon’s surface, collecting the ashes and DNA of deceased space enthusiasts, including “Star Trek” creator Gene Roddenberry and science fiction writer Arthur C. Clarke.

The Navajo Nation recently asked for the launch to be postponed because of the human remains. He said it would be a “grave desecration” of the celestial bodies worshiped by Native Americans. Thornton said the December challenge was too late, but promised to work to find a “good path forward” with the Navajo Nation for future missions.

Celestis, one of the spaceflight memorial companies that purchased space for the lander, said in a statement that no single culture or religion owns the moon and should not be able to veto the mission. There will be more debris in the rocket’s upper stage, and once released from the lander, it will orbit the sun indefinitely all the way to Mars.

Freight rates for Hayabusa range from a few hundred dollars to $1.2 million per kilogram (2.2 pounds), not enough for Astrobotic to break even. But Astrobotic CEO John Thornton says that’s not the point for this first flight.

“A lot of people’s dreams and hopes rest on this,” he said.

Source: www.nbcnews.com

SLIM lunar lander from Japan successfully enters lunar orbit

Smart Lander for Investigating Moon (SLIM) aims to demonstrate pinpoint landing technology and obstacle detection technology to “land where you want to land.” Credit: JAXA

Japan Aerospace Exploration Agency(JAXA) announced that its Smart Lander for Lunar Exploration (SLIM) has successfully entered lunar orbit at 16:51 on December 25, 2023 (Japan Standard Time, JST).

SLIM’s lunar orbit will be inserted into an elliptical lunar orbit connecting the moon’s north and south poles every 6.4 hours, and the altitude at the point closest to the moon (near orbit) will be approximately 600 km (approximately 370 miles). . , 4,000 km (about 2,500 miles) at its furthest point from the moon (Apolune). The orbit change proceeded as planned, and the spacecraft is currently in a normal state.

Lunar orbit insertion (LOI) on December 25, 2023 at 16:51 (Japan time).
Light blue line: current orbit of the moon.
Future Plans:
Green line: Circular orbit at an altitude of approximately 600km.
Yellow line: Altitude approximately 600km x 150km on an elliptical orbit.
Red line: Altitude approximately 600km x 15km on an elliptical orbit. Credit: JAXA

From now on, the Apollone point will descend until mid-January 2024, and the orbit will be adjusted to a circular orbit at an altitude of about 600 km. After that, the perigee will drop and preparations for landing will begin. On January 19th, the near-orbit point will be lowered to an altitude of 15 km (approximately 9 miles), and the descent toward the moon will begin at around midnight (Japan time) on January 20th, with a scheduled landing on the lunar surface. There is. Around 0:20 a.m. on January 20th (Japan time)

Source: scitechdaily.com

SpaceX and Intuitive Machines delay lunar lander launch to February

intuitive machine The company announced earlier this week that it was working with launch provider SpaceX to postpone its first lunar lander mission to mid-February.

The Houston, Texas-based company said the new launch window “comes as a result of changes to SpaceX’s launch manifest due to adverse weather conditions.”

The new target launch date, one month later than the original January 12-16 date, is due to the mission profile. Intuitive Machines’ Nova-C spacecraft aims to land near the moon’s south pole and requires specific lighting conditions, including: There are only a few days each month.

The company is also constrained by launch infrastructure availability. The Lunar Module must be refueled with oxygen and methane propellant before liftoff, so it must launch from a specific launch site at NASA Kennedy Space Center, Launch Complex 39A. This pad is the only one equipped with a tower to provide access for refueling the lander.

In the original launch window, Nova-C was scheduled to land on the lunar surface on or shortly after January 19, as it was on a direct orbit to reach lunar orbit. Intuitive Machines has not disclosed the exact launch date, but it is increasingly likely that it will coincide with plans to land another privately developed lunar lander. The lander, Astrobotic’s Peregrine, aims to land on the moon on February 23rd. That means we could see two privately developed American spacecraft land on the moon in the same week.

Both landers were developed as part of NASA’s Commercial Lunar Lander Service (CLPS) program. This program is an effort to recruit commercial landers to transport science and research payloads to the lunar surface. Nova-C will carry her six payloads for NASA as part of this initial mission, and he has been awarded two additional CLPS contracts for her to deliver cargo to the Moon.

All in all, the new launch window is a negligible delay for Intuitive Machines, which aims to base its business on access to the moon’s surface.according to Presentation released last Septemberwhen the company announced it would go public through a merger with a blank check company, Intuitive Machines expected to generate $279 million in revenue from its lander services next year alone.

Intuitive Machines is also launching a business unit related to orbital services, such as maintaining and refueling satellites, providing data services to the moon, and selling other space products.

Source: techcrunch.com

Astrobotic readies for early January launch of Peregrine lunar module

astrobotic‘s first lunar module is ready for launch.

The company announced Tuesday that the lander, called Peregrine, has completed final inspection and refueling after mating with United Launch Alliance’s Vulcan Centaur rocket last month. All that remains is the January 8th launch — and then, of course, the historic moon landing.

“If you’ve followed the lunar industry, you know that landing on the moon is incredibly difficult,” Astrobotic CEO John Thornton said in a statement. . “That being said, our team has continually exceeded expectations and demonstrated incredible ingenuity during flight reviews, spacecraft testing, and major hardware integration.”

“We are ready for launch and landing.”

The Peregrine lander, which is approximately 2 meters tall, will carry 20 payloads for government and commercial customers. The lander has a payload of 90 kg and will operate for approximately 192 hours after landing on the moon. During that time, it provides power and communications to the payload. According to Astrobotic’s payload user guide on his website, the company charges about $1.2 million per kilogram of mass delivered to the lunar surface.

Astrobotic is performing this mission as part of a $79.5 million contract from NASA under NASA’s Commercial Lunar Payload Services (CLPS) program. The company also won her second CLPS contract for the larger Griffin lander. The mission is scheduled to launch at the end of 2024.

Pittsburgh-based Astrobotic is one of the few commercial companies betting on the growing market for lunar payload delivery services. Other companies include Intuitive Machines, which aims to launch its first lander on January 12, days after Peregrine, Firefly Aerospace, and the Japanese company whose moon launch attempt failed earlier this year. Includes ispace etc.

After Peregrine lifts off from Cape Canaveral, Florida, the spacecraft will perform a series of burns to position it for landing on the moon’s surface on February 23.

Astrobotic isn’t the only company with a lot at stake in the January 8 launch. This mission also marks the first flight of United Launch Alliance’s Vulcan Centaur rocket. The rocket was hit by delays that postponed its debut for years. . ULA aims to launch several Vulcan flights next year and will ultimately need to sign a multibillion-dollar 38-vehicle launch deal with Amazon for its Project Kuiper satellite broadband constellation.

Astrobotic and ULA originally targeted a Dec. 24 launch date, but it was later postponed to give ULA time to complete a wet dress rehearsal. According to ULA, the wet dress was finally completed on December 14th.

Source: techcrunch.com

Astrobotic Lunar Lander Set for ULA Launch on Christmas Eve

based in pittsburgh astroboticULA’s first lunar lander is scheduled to take off on Christmas Eve aboard United Launch Alliance’s new Vulcan Centaur rocket, ULA CEO Tori Bruno said.

Bruno told the audience at the CNBC Technology Executive Council Summit that the company is targeting its first Vulcan launch between Dec. 24 and Dec. 26. “The reason it’s Christmas Eve today is science: orbital mechanics,” said Tori Bruno, CEO of ULA.

The rocket will carry a payload hosted by Astrobotic’s Peregrine robotic lander and Celestis, a company that partners with launch companies to send parts of cremated remains into space as memorials. ULA, a joint venture between Boeing and Lockheed Martin, has a backup period in January in case the rocket fails to take off in December.

Astrobotic’s Peregrine will launch as part of a $79.5 million NASA contract awarded in 2019 under the Commercial Lunar Payload Services initiative. The lander, which is just over 6 feet tall, 8 feet wide and has a payload of 120 kilograms, will deliver scientific payloads to the northern part of the moon on behalf of the space agency.

Although the mission date seems festive, Bruno said that’s partly due to Astrobotic’s mission requirements. “We’re going to parts of the moon where we have to control the lighting conditions very carefully, and we also have to maintain radio communication with the deep space network,” he explained. “This guy only gets a few days every month when you put the two together.”

This mission will take a long time. Astrobotic first announced that it had selected her ULA to launch its lander in 2019. At the time, both companies said the launch would happen in 2021.

However, the schedule has been pushed back due to numerous technical delays to Vulcan, including an accident in March of this year when the upper stage exploded during a test at NASA’s Marshall Space Flight Center in Alabama. Another explosion occurred during a rocket engine test of the BE-4 engine being developed by Blue Origin, further delaying the flight. Even before December, ULA still has work to do. Bruno told CNBC that the company is currently certifying Vulcan’s upper stage, and work should be completed in November.

This first mission, called Certification-1, is one of two certification flights that ULA must complete to meet Space Force requirements.

The mission will take off from Launch Complex 41 at Cape Canaveral Space Force Station in Florida. ULA wants to rapidly increase the pace of Vulcan’s launches, with a goal of launching once every two weeks by mid-2025. Some of that demand will come from the government, but ULA also expects demand from private customers. ULA won a huge contract from Amazon to launch part of its giant Kuiper satellite internet mega-constellation in 2022, but the price of the launch contract has soared. Not disclosed.

Source: techcrunch.com