Space and astronomy news
The Moon is practically begging to be explored, and the momentum to do so is building. The Artemis Program’s effort to return astronauts to the Moon for the first time since the Apollo missions captures a lot of attention. But there are other efforts underway.
Continue reading “It’s Time to Study Lunar Lava Tubes. Here’s a Mission That Could Help”
Exploring the Moon has become increasingly more of a focal point lately, especially with a series of landers recently launched with various degrees of success. One of the difficulties those landers and any future human missions face is understanding the terrain they are landing on and potentially traversing in the case of a rover or human. To help fight this problem, a team of researchers from Switzerland has developed a drone concept that could help map out some of the more interesting, potentially hazardous areas to explore on the Moon.
Continue reading “Drones Could Help Map the Lunar Surface with Extreme Precision”
Before the end of this decade, NASA plans to return astronauts to the Moon for the first time since the Apollo Era. But this time, through the Artemis Program, it won’t be a “footprints and flags” affair. With other space agencies and commercial partners, the long-term aim is to create the infrastructure that will allow for a “sustained program of lunar exploration and development.” If all goes according to plan, multiple space agencies will have established bases around the South Pole-Aitken Basin, which will pave the way for lunar industries and tourism.
For humans to live, work, and conduct various activities on the Moon, strategies are needed to deal with all the hazards – not the least of which is lunar regolith (or “moondust”). As the Apollo astronauts learned, moondust is jagged, sticks to everything, and can cause significant wear on astronaut suits, equipment, vehicles, and health. In a new study by a team of Texas A&M engineers, the regolith motion was found to be significantly altered due to inter-particle collisions. Given the many spacecraft and landers that will be delivering crews and cargo to the Moon in the near future, this is one hazard that merits close attention!
Continue reading “New Study Addresses how Lunar Missions will Kick up Moondust.”
Update: On March 23, Intuitive Machines said that its Odysseus lander failed to re-establish contact after the lunar night, and took that as confirmation that the spacecraft has “permanently faded after cementing its legacy into history as the first commercial lunar lander to land on the moon.”
Previously: Intuitive Machines says it’s putting its Odysseus moon lander to bed for a long lunar night, with hopes of reviving it once the sun rises again near the moon’s south pole.
The Houston-based company and NASA recapped Odysseus’s six days of operation on the lunar surface, shared pictures showing its off-kilter configuration, and looked ahead to the mission’s next phase during a briefing today at Johnson Space Center in Texas.
The original plan called for the solar-powered spacecraft to be turned off when the sun fell below the lunar horizon, but Intuitive Machines CEO Steve Altemus said mission controllers would instead put the Odysseus into hibernation and try restoring contact in three weeks’ time. “We are going to leave the computers and the power system in a place where we can wake it up and do this development test objective, to actually try to ping it with an antenna and see if we can’t wake it up once it gets power again,” he told reporters.
Continue reading “Odysseus Is Shut Down After Sending Snapshots From Moon Landing”
In a recent announcement, the Chinese Space Agency (CSA) unveiled the names for its forthcoming lunar mission components. The CSA have been working towards sending humans to the Moon through a series of robotic missions. The 22-tonne capsule that is taking the astronauts to the Moon is called Mengzhuo (translates to ‘dream vessel’) and the lander has been named Lanyue (meaning ‘embracing the Moon’). Assuming all goes to plan, they will send two humans and a rover to the surface of the Moon by 2030.
Continue reading “China Names its Capsule and Lander for its Upcoming Human Lunar Missions”
Four days after Intuitive Machines’ Odysseus lander made an off-kilter touchdown on the moon, the mission team is releasing snapshots that were taken during its descent.
The ultra-wide-angle images confirm that the lander is continuing to communicate with flight controllers, even though it’s lying in an awkward angle that limits how much data its antennas can transmit.
Meanwhile, images from NASA’s Lunar Reconnaissance Orbiter have identified Odysseus’ landing spot, within a mile (1.5 kilometers) of its intended target near a crater called Malapert A in the moon’s south polar region. The bad news is that the solar-powered lander may have to go dark sooner than anticipated.
Continue reading “Odysseus Moon Lander Sends More Pictures — and We Know Where It Is”
Japan’s space agency didn’t expect its wrong-side-up SLIM moon lander to revive itself after powering down for a circuit-chilling lunar night on Feb. 1. But that’s exactly what happened.
“Last night, a command was sent to SLIM and a response received, confirming that the spacecraft has made it through the lunar night and maintained communication capabilities!” the SLIM mission team reported today in a posting to X / Twitter.
Continue reading “Surprise! Japan’s SLIM Moon Lander Wakes Up After a Freezing Night”
For decades, astronomers have said that one of the most optimal places to build large telescopes is on the surface of the Moon. The Moon has several advantages over Earth- and space-based telescopes that make it worth considering as a future home for giant observatories. A new paper lists all the advantages, including how telescopes on the lunar surface wouldn’t be blocked by an atmosphere or impacted by wind, and how the low gravity would allow gigantic structures to be built that could be upgraded over time by astronauts.
“Progress on the big questions in astronomy, such as life on certain exoplanets or dark matter, will ultimately require high angular resolution, a large collecting area and access to the full optical spectrum,” write French astronomers Jean Schneider, Pierre Kervella, and Antoine Labeyrie. “All astronomy will benefit from the advantages provided by the localization on the Moon.”
And even though it might be decades before we have a permanent presence on the Moon, the astronomers suggest we should start with small telescopes now.
Continue reading “What Kinds of Astronomy Could Be Done With a Telescope on the Moon?”
The bad news is that Intuitive Machines’ Odysseus lander is tipped on its side after getting tripped up during its touchdown near the south pole of the moon. The good news? The plucky robotic spacecraft is nevertheless able to send back data.
Mission managers at the Houston-based company and at NASA, which is paying $118 million to support Odysseus’ space odyssey, are working on ways to maximize the scientific payback over the next nine or 10 days. “The vehicle is stable, near or at our intended landing site,” Intuitive Machines CEO Steve Altemus said today during a post-landing briefing at NASA’s Johnson Space Center. “We do have communications with the lander … so that’s phenomenal to begin with.”
Just by surviving the descent a day earlier, Odysseus made it into the history books as the first commercial lander to arrive safely on the moon — and the first U.S.-built spacecraft to do so since the Apollo 17 mission in 1972.
Continue reading “Odysseus Moon Lander Is Tipped Over But Still Sending Data”
Intuitive Machines‘ Odysseus lander made space history today — becoming the first commercial spacecraft to survive a descent to the moon, and the first U.S.-built spacecraft to do so since the Apollo 17 mission in 1972. But it wasn’t a trouble-free landing.
Ground controllers had a hard time establishing contact with the robotic lander just after the scheduled touchdown time of 6:23 p.m. ET (2323 UTC). Several minutes passed, and then Intuitive Machines mission director Tim Crain reported that there was a faint signal coming from Odysseus’ high-gain antenna.
“We’re not dead yet,” he said.
Continue reading “Intuitive Machines’ Odysseus Lander Sends Faint Signal From the Moon”