It’s been a busy year for spaceflight — the busiest ever, in fact. This fall, space companies once again broke the record for successful orbital launches in a single year with 2023’s 180th flight — Starlink satellites sent up by SpaceX on November 22, according to Ars Technica. The number has since climbed to 200.

That pace has been driven in no small part by Elon Musk’s aerospace venture, which set a goal of hitting 100 launches in 2023 and is nearly there, with 92 as of December 7. Private companies have become key players in the new space race, not only vying to serve as launch providers for science and communications missions but also ushering in the era of space tourism (for anyone rich enough to nab a ticket). But spaceflight is hard, especially if you’re trying to change the game with design innovations, and for all the wins in 2023, there have been plenty of hiccups. Here’s a look at how some of the leading private space companies made out this year.

SpaceX

REUTERS / Reuters

SpaceX seemingly didn’t stop once to catch its breath in 2023. The company managed a record-setting run of orbital launches with its reusable Falcon 9 and partially reusable Falcon Heavy rockets, with the lion’s share dedicated to delivering its Starlink internet satellites to orbit (there are now more than 5,000 of them circling Earth). SpaceX also delivered payloads for other entities, including NASA, and carried out multiple crewed flights with its Dragon capsule. Four astronauts arrived at the International Space Station in March aboard a Crew Dragon, and Axiom Space contracted SpaceX for a private astronaut mission that flew to the ISS in May.

As for its experimental Starship flights, things were expectedly a bit more volatile. Starship is the biggest and most powerful launch vehicle built to date, and is designed to support future human spaceflight missions, including NASA’s return to the moon as soon as 2025. The spacecraft itself is 165 feet tall, and when stacked on top of the Super Heavy rocket, the two tower at a combined 397 feet. Both Starship and Super Heavy are planned to be fully reusable. It’s all still in development, and after a few years of suborbital flight tests without Super Heavy — Starship has six of its own Raptor engines that enable flight — the vehicle advanced to orbital tests in 2023.

SpaceX launched Starship for the first time in an integrated flight with its Super Heavy rocket on April 20, and there were problems from the moment liftoff began. Multiple engines failed, and when Starship started its flip maneuver that allows for stage separation about 3 minutes in, it just kept spinning. It was eventually given the command to self-destruct, ending the test with an explosion.

The launch left behind a lot of damage on the ground, too, tearing up the launchpad at SpaceX’s Boca Chica test site, creating a sizable crater and starting a 3.5 acre fire on the grounds of a protected wildlife refuge. But for SpaceX, it was still considered a success — its goal was just to clear the tower. Starship made it to an altitude of about 24 miles before it got caught in that uncontrolled spin. Nevertheless, the Federal Aviation Administration grounded Starship after the destructive test, and ordered the company to complete dozens of corrective actions before it could fly again.

Starship did fly again before the end of 2023, and again Starship exploded. This time, though, Starship officially made it to space, climbing to about 92 miles above Earth. It also performed SpaceX’s first attempt at hot staging — where the upper stage begins to fire its engines while still attached to its lower stage — and was able to complete separation from the Super Heavy booster. It fell well short of the planned 90-minute flight, lasting only around eight minutes, but it demonstrated hot staging was possible.

Blue Origin

Blue Origin

Jeff Bezos’ Blue Origin had a strong run between late 2021 and 2022 with its reusable New Shepard suborbital booster and capsule, completing six crewed flights to the edge of space following years of tests and payload missions for industry clients including NASA. But in September 2022, one of its rockets suffered a main engine failure during an uncrewed research mission, and New Shepard spent a subsequent 15 months grounded.

After investigations into the cause of the event, the company’s then-CEO Bob Smith — who is stepping down in the new year — said in June 2023 that New Shepard would again “be ready to go fly within the next few weeks” pending FAA approval. The FAA closed its investigation at the end of September and gave Blue Origin 21 corrective actions to complete before New Shepard could take to the skies again. Around that time, Ars Technica reported that sources close to the matter said Blue Origin was targeting an October return to flight, but that window came and went with no liftoff or further updates. While it was starting to look like Blue Origin wouldn’t fly at all in 2023, the company finally announced New Shepard’s return in mid-December, and pulled off a successful suborbital payload flight on December 19.

It’s mostly been crickets for Blue Origin’s still-in-development New Glenn, as the company races to get it ready for its debut. New Glenn, a partially reusable heavy lift vehicle, is expected to make its inaugural flight sometime in 2024. It’s already been tapped by NASA to send a pair of small satellites to Mars later that year, but the timeline keeps slipping. It was originally supposed to launch in 2020, but was later rescheduled to 2021, then 2022 and now 2024. The company shared some photos of the rocket’s first and second stage being assembled at its Florida factory over the summer, and confirmed to the Orlando Sentinel that it was still shooting for next year.

Blue Origin has also been busy building engines for another launch provider, United Launch Alliance, which will be used for ULA’s heavy-lift Vulcan Centaur rocket. Both New Glenn and Vulcan will rely on Blue Origin’s BE-4 engine, and have faced delays tied to its development. Most recently, in July, CNBC reported that one of these engines exploded during testing at Blue Origin’s West Texas facility.

United Launch Alliance

REUTERS / Reuters

ULA had a quiet year as well, carrying out only three launches in 2023 with its Atlas V and Delta IV Heavy rockets — down from eight the year before. Both rockets are in the process of winding down their operations ahead of their official retirement. Delta IV Heavy has just one flight left, which is expected to take place in 2024, and all of Atlas V’s remaining flights have been sold and scheduled out over the next several years. One of ULA’s few 2023 launches was the first flight in its partnership with Amazon, and an Atlas V rocket successfully delivered two of the company’s prototype Project Kuiper internet satellites to orbit.

Most of ULA’s attention right now is focused on putting the final touches on Vulcan ahead of its maiden flight. Vulcan has been in development for roughly a decade, and it, too, has faced years of delays. There was some hope it would finally launch in the first half of 2023, with the company targeting liftoff in May, but after the explosion of a Centaur upper stage during tests, it pushed this target to the end of the year. In October, ULA had said it was planning to launch Vulcan for the first time on Christmas Eve from Cape Canaveral, Florida. But, in an update posted this week, the company confirmed Vulcan wouldn't be flying in 2023 after all. 

The rocket completed some critical tests in December, and is now scheduled to fly on January 8, 2024. Vulcan’s first flight, dubbed Certification-1, will send Astrobotic’s Peregrine lunar lander to the moon. Once Vulcan is in operation, ULA will start ramping up flights again. It’s already got a contract with Amazon for 38 Project Kuiper launches on Vulcan. It just needs to get off the ground first.

Rocket Lab

Rocket Lab

Over the last few years, Rocket Lab has risen as a company to watch in the launch sector. In the first few months of 2023, it seemed on track to beat its 2022 record of nine orbital launches in one year with its Electron rocket. The company told SpaceFlight Now it was targeting 15 launches this time around. It made it to seven by the end of August, but in September, a problem with the rocket’s upper stage resulted in its failure to reach orbit. Rocket Lab has at least three dozen successful Electron flights under its belt, and only a handful of failures, but the latest is the third such failure in as many years.

Whether or not it proves to be a major setback has yet to be seen. The FAA in October cleared Rocket Lab to resume flights following the finalization of its investigation into the issue, which wrapped up in November. According to Rocket Lab, the problem was caused by “the rare interaction” of “three rare conditions” in the low-pressure space environment that created “an unexpected electrical arc” within the power supply system for the engine’s motor controllers, “shorting the battery packs that provide power to the launch vehicle’s second stage.” The company was still able to return to flight before the end of the year. On December 15, an Electron rocket delivered a Japanese satellite to orbit in a mission dubbed “The Moon God Awakens.”

Rocket Lab has been experimenting with different ways to recover its Electron boosters after flight —including mid-air catch attempts via helicopter — as it works toward rocket reusability. It’s also developing a medium-lift, partially reusable launch vehicle, Neutron, that’s expected to be completed in 2024.

Virgin Galactic & Virgin Orbit

Virgin Orbit

Virgin Galactic, founded by Richard Branson, managed a steady cadence of flights this year with its VSS Unity suborbital spaceplane. The rocket-powered craft made six flights in six months in 2023, including its first ever space tourism trip in August. In addition to research missions, it’s now completed a total of four flights with paying tourists on board, all of them completed between this summer and fall.

The company took a bit of a hit on the stock market in December, though, after Branson said he wouldn’t be putting any more of his own money into it. Speaking to the Financial Times, Branson said, “We don’t have the deepest pockets after COVID, and Virgin Galactic has got $1 billion, or nearly. It should, I believe, have sufficient funds to do its job on its own.” Following his comments, shares took a nosedive. But, they’ve since climbed back up.

Virgin Orbit, on the other hand, didn’t fare so well in 2023. Branson’s Virgin Galactic spinoff announced in May that it was shutting down a month after filing for Chapter 11 bankruptcy. The company was formed in 2017 with the intention of becoming a launch provider for small satellite missions. It had a unique approach to getting payloads to space; Virgin Orbit used a modified Boeing 747 plane to launch its rocket, LauncherOne, from the air. 

But it struggled to keep up with the competition, and in January, it suffered a failure during what was the first ever orbital launch from the UK. As a result, the satellites it had been commissioned by the UK and US governments to deliver didn’t make it to orbit. It was the company’s second failure out of a total of just six missions, and it proved unable to rebound.

Newcomers hit hurdles

California-based Relativity Space has been working for years to build the first fully 3D-printed reusable rockets, with plans for an eventual medium-to-heavy-lift vehicle that could send missions to the moon and Mars. Its first rocket, Terran 1, had its inaugural launch in March this year, but it failed not long after liftoff. It hit some key milestones, though, making it through Max-Q (the point of maximum dynamic pressure on a spaceship during flight) and stage separation. Now, Relativity Space is turning its attention to its larger vehicle, Terran 2, which it plans to have ready for launch in 2026 from Cape Canaveral.

ABL Space, also based in California, conducted its own first flight in 2023 with the launch of its RS1 rocket. Shortly after liftoff, all nine of RS1’s engines shut down, causing the vehicle to crash back down to Earth. In a Substack post at the end of October, CEO Harry O’Hanley detailed some of the work the company has been doing in the months since the first flight to prepare for its second launch, but no date for Flight 2 has been announced just yet.

More to come in 2024

David Ducros/ ESA/ Arianespace

In many ways, 2023 has felt like a primer for what’s to come in 2024, which is shaping up to be a big year for spaceflight based on the timelines of current projects, both private and government-sponsored. SpaceX has already said it’s planning to hit 12 launches a month in 2024, which would bring it to 144 by the end of the year.

This year marked the end of the road for Arianespace’s long-running Ariane 5 rocket, which has become the leading launch vehicle in Europe for heavy missions over its 27 years of service. Ariane 5 had its final flight in July, leaving the continent with few launch options for big missions until the release of its successor, Ariane 6. Like others, though, Ariane 6 has been hit by delay after delay over the years, pushing it way behind its originally targeted 2020 debut. The rocket, which Arianespace is developing for the European Space Agency, is expected to make its first flight in summer 2024.

NASA and Boeing are planning the first crewed flight of the Starliner reusable spacecraft capsule, which after being back for the umpteenth time this year, is now slated to be ready around March 2024. NASA also plans to launch the next phase of its moon mission, Artemis II, as early as November 2024. It will be the second flight for NASA’s Space Launch System (SLS) rocket, and will have four astronauts aboard the Orion capsule for a lunar flyby. But as always, it’d be reasonable to expect some delays.

The James Webb Space Telescope (JWST) has a treat to celebrate the upcoming second anniversary of its launch. NASA and the European Space Agency (ESA), which operate the craft alongside the Canadian Space Agency (CSA), shared a recent image of the icy planet Uranus. The picture, resembling a glowing blue marble rippling into a black ocean, was funneled through the telescope’s infrared filters to capture wavelengths future space travelers wouldn’t see with the naked eye.

Compared with the generic-looking images of Uranus taken by Voyager 2 in the 1980s, the Webb telescope paints a more vivid picture. Capturing light in the infrared spectrum, the craft’s sensors reveal a “strange and dynamic ice world filled with exciting, atmospheric features,” as the team operating the telescope described it.

The JWST’s image showcases the planet’s rings surrounding the planet, including “the elusive Zeta ring,” Uranus’ faint and scattered innermost one. You can also catch its north polar cloud cap, the white blob near the center.

NASA / ESA / CSA

The image also captures 14 of Uranus’ 27 moons, labeled in the photo above. Among the (mostly Shakespearean-named) orbiting bodies pictured are Oberon, Titania, Umbriel, Juliet, Perdita, Rosalind, Puck, Belinda, Desdemona, Cressida, Ariel, Miranda, Bianca and Portia.

The JWST’s photo uses four NIRCam filters, revealing detail in the near-infrared spectrum. These include F140M (blue), F210M (cyan), F300M (yellow) and F460M (orange). An image NASA shared earlier this year showed Uranus in only two filters (blue and orange), resulting in a more primitive-looking view of the icy giant.

Speaking of ice, Uranus has loads of it. The planet rotates on its side at about 98 degrees, plunging the opposite side of the planet into extreme cold and darkness for a quarter of a Uranian year. Oh, and since Uranian years last around 84 Earth years, that means, by our calendar, the planet’s dark side enjoys a blustery 21-year winter.

NASA / ESA / CSA

Astronomers believe the Webb telescope’s images will help them better understand Uranus, especially its Zeta ring, for future missions. They also view the pictures as a proxy for learning about the nearly 2,000 documented exoplanets in other solar systems that share traits with our ringed and icy neighbor.

In an interview this fall following his return to Earth from the International Space Station, NASA astronaut Frank Rubio shared a little mission anecdote that had us gripped: after he’d harvested one of the first tomatoes grown in space and bagged it up for a presentation, the bag and its contents went missing. With no trace of the fruit, the other astronauts jokingly accused Rubio of eating it. Then, eight months later at the beginning of December, the lost tomato reappeared. A photo shared by NASA now shows there were actually two tomatoes in the rogue sample — and, all things considered, they don’t look half bad.

While a tomato left to rot on Earth isn’t a pleasant thing to come across, Rubio’s tomatoes just look a bit dried out. “Other than some discoloration, it had no visible microbial or fungal growth,” NASA wrote in a blog post.

NASA has for years been experimenting with ways to grow food on the ISS and studying how the space environment affects plant growth. The red dwarf tomatoes were grown as part of a program called the eXposed Root On-Orbit Test System, or XROOTS, which uses a combination of hydroponic and aeroponic techniques instead of soil. Rubio, who was on the ISS for a record-breaking 371 days before his return in September 2023, harvested a batch of the tomatoes in March to be sent back to Earth and examined for the VEG-05 study.

As for the sample Rubio hung onto, which he intended to show to schoolkids in an event a crewmember had planned, the astronaut said the tomatoes simply disappeared. “I was pretty confident that I Velcroed it where I was supposed to Velcro it, and then I came back and it was gone,” he said. Rubio said he spent “eight to 20 hours” looking for it, to no avail. Now that they’ve turned up (and since been thrown away), we’re just dying to know where they were hiding all that time. We've reached out to NASA and will update this story if we find out any more information.

Wednesday marks the 25th anniversary of the International Space Station’s (ISS) physical assembly in orbit. On December 6, 1998, the crew aboard the space shuttle Endeavor attached the US-built Unity node to the Russian-built Zarya module, kicking off the modular construction of the ISS. A quarter century later, we look back at the milestones and breakthroughs from one of humanity’s most impressive marvels of engineering and international cooperation.

The ISS, which orbits the Earth 16 times every 24 hours at a speed of five miles per second, has been inhabited by researchers for over 23 years. It’s the product of five space agencies from 15 countries. NASA, Roscosmos (Russia’s national space agency), ESA (European Space Agency), JAXA (Japan Aerospace Exploration Agency) and CSA (Canadian Space Agency) have contributed to the station’s assembly and operation.

NASA 25th-anniversary event

First, NASA will hold a live-streamed event on Wednesday to mark the quarter-century anniversary of the Zarya and Unity modules linking up. All seven STS-88 Space Shuttle Mission crew members will join NASA Associate Administrator Bob Cabana (mission commander) and ISS Program Manager Joel Montalbano to discuss the milestone.

You can watch it here at 12:55PM ET on Wednesday:

From ink to orbit

Its official journey began in the early 1990s when the United States’ Freedom (ordered by President Ronald Reagan in 1984) and Russia’s Mir-2 space station projects were in danger of (literally) never getting off the ground. Freedom was in jeopardy primarily due to a lack of Congressional funding amid rising costs, while Mir-2 was on the brink partially because of financial hardships following the collapse of the Soviet Union.

On September 2, 1993, the two nations, each needing an international ally to forge ahead, signed an agreement to combine their programs and collaborate on a joint mission that would have seemed wildly implausible a few years earlier. US Vice President Al Gore and Russian Prime Minister Viktor Chernomyrdin inked the pact, marking the formal conception of the cosmic laboratory we know today as the ISS.

VITALY ARMAND via Getty Images

The following years included a design overhaul to fold Russian technology into America’s existing Freedom plans, a milestone 1995 docking of NASA’s Atlantis to Russia’s Mir station (epitomizing the fruit of the once-far-fetched collaboration), the addition of funding and cooperation from Europe, Canada and Japan in 1996 and Russia’s launch of Zarya a month before the ISS assembly began. That all led to the day 25 years ago when the two nations’ space tech linked together, sounding the death knell for the Cold War-era space race.

The first crewed mission began on November 2, 2000, when NASA astronaut Bill Shepherd and cosmonauts Yuri Gidzenko and Sergei Krikalev stepped onboard. The inaugural crew spent four months in space, laying the groundwork for subsequent crews. (The record for the most time living and working in space was set by Peggy Whitson, who celebrated 665 days aboard the ISS in 2017.)

NASA

The US Lab Module linked to the station in February 2001, expanding the station’s onboard living space by 41 percent. Four years later, Congress named the US portion a national laboratory. Far more than a symbolic gesture (although it was also that), the designation opened the door to funding and research from a much more comprehensive array of institutions, including universities, other government agencies and private businesses. In 2008, laboratories from Europe and Japan joined the ISS.

The ISS’s construction and expansion from 1998 to 2010 amassed around 900,000 pounds of modules. The station contains about $100 billion worth of gear spinning around the globe.

Research and breakthroughs

NASA

During the ISS’s more than 100,000 orbits of the Earth, it has ushered breakthroughs in areas ranging from disease research to bodily changes from microgravity.

Studying how proteins, cells and biological processes behave in microgravity has boosted research in Alzheimer’s, Parkinson’s, heart disease and asthma. Many of these studies wouldn’t have been possible on Earth. Meanwhile, protein crystal growth experiments have sparked advances in developing treatments for conditions including cancer, gum disease and Duchenne Muscular Dystrophy.

ISS researchers made surprising discoveries about “cool flames,” which can burn at extremely low temperatures. Nearly impossible to study outside of microgravity, the astronauts’ research has challenged our previous understanding of combustion. It may open new frontiers with internal combustion engines (ICE), allowing them to run cleaner and more efficiently.

Studies aboard the space station have contributed significantly to our knowledge of human muscle atrophy and bone loss. (ISS astronauts typically work out at least two hours daily to prevent these conditions.) Studying how prolonged time in microgravity affects muscle deterioration and recovery also applies to Earthbound patients stuck in bed for extended periods. In addition, the research can help us learn more about conditions like osteoporosis, leading to improved preventative measures and treatments. It has also helped scientists better understand broader biological changes in microgravity, which could pay dividends if or when humans colonize Mars.

Water purification systems designed to sustain astronauts over long periods have also borne fruit on Earth. ISS astronauts recycle 98 percent of their pee and sweat using highly efficient and compact systems. This has led to the technology’s use in agriculture, disaster relief and aid provision for less developed areas.

ISS astronauts studied the Bose-Einstein Condensate (BEC), a “fifth state of matter” that deviates significantly from known states like solids, liquids, gases and plasmas. In 2018, the ISS’s Cold Atom Lab produced BEC in orbit for the first time. Space’s colder temperatures and lack of gravity allow for longer observation times, helping researchers learn more about the behaviors of atoms and BECs. Not only is this crucial to quantum physics studies, it could aid in developing more advanced quantum technologies down the road.

For more detail on the ISS’s breakthroughs, NASA has a dedicated writeup from 2020.

Decommissioning

NASA

The ISS is currently scheduled for decommissioning in January 2031. (Russia currently plans to leave in 2028.) Its late 90s infrastructure is aging quickly, and the space station would grow increasingly and prohibitively expensive to maintain over the long haul. Government and commercial orbital labs will likely pick up the slack in the following years.

When its time comes, the ISS will undergo a controlled deorbit. As for what that might involve, Kirk Shireman, deputy manager of NASA’s space station program, broached the subject with Space.com in 2011. “We’ve done a lot of studies,” he said. “We have found an orbit and a change in velocity that we believe is achievable, and it creates a debris footprint that’s all in water in an unpopulated area.”

As Engadget’s Andrew Tarantola wrote about the ISS’s pending demise:

Beginning about a year before the planned decommissioning date, NASA will allow the ISS to begin degrading from its normal 240-mile high orbit and send up an uncrewed space vehicle (USV) to dock with the station and help propel it back Earthward. The ultimate crew from the ISS will evacuate just before the station hits an altitude of 115 miles, at which point the attached USV will fire its rockets in a series of deorbital burns to set the station into a capture trajectory over the Pacific Ocean.

NASA plans to guide any remaining bits into a remote area of the South Pacific Ocean. “We’ve been working on plans and update the plans periodically,” Shireman said. “We don’t want to ever be in a position where we couldn’t safely deorbit the station. It’s been a part of the program from the very beginning.”

The James Webb telescope is back with some more gorgeous images. This time, the telescope eyed the center of the Milky Way galaxy, shining a light on the densest part of our surrounding environs in “unprecedented detail.” Specifically, the images are sourced from a star-forming region called Sagittarius C, or Sgr C for short.

This area is about 300 light-years from the galaxy’s supermassive black hole, Sagittarius A, and over 25,000 light-years from a little blue rock called Earth. All told, the region boasts over 500,000 stars and various clusters of protostars, which are stars that are still forming and gaining mass. The end result? A stunning cloud of chaos, especially when compared to our region of space, which is decidedly sparse in comparison.

As a matter of fact, the galactic center is “the most extreme environment” in the Milky Way, as stated by University of Virginia professor Jonathan Tan, who assisted the observation team. There has never been any data on this region with this “level of resolution and sensitivity”, until now, thanks to the power of the Webb telescope.

At the center of everything is a massive protostar that weighs more than 30 times our sun. This actually makes the area seem less populated than it actually is, as this solar object blocks light from behind it, so not even Webb can see all of the stars in the region. So what you’re looking at is a conservative estimate of just how crowded the area is. It’s like the Times Square of space, only without a Guy Fieri restaurant (for now.)

NASA, ESA, CSA, STScI, and S. Crowe (University of Virginia).

The data provided by these images will allow researchers to put current theories of star formation to “their most rigorous test.” To that end, Webb’s NIRCam (Near-Infrared Camera) instrument captured large-scale emission imagery from ionized hydrogen, the blue on the lower side of the image. This is likely the result of young and massive stars releasing energetic photons, but the vast size of the region came as a surprise to researchers, warranting further study.

The observation team’s principal investigator, Samuel Crowe, said that the research enabled by these and forthcoming images will allow scientists to understand the nature of massive stars which is akin to “learning the origin story of much of the universe.”

This is obviously not the first interesting image produced by the James Webb telescope. We’ve seen stars born in the Virgo constellation, water around a comet in the main asteroid belt and a fairly offputting view of the Pillars of Creation, among others. It’s seen things you people wouldn't believe and, luckily, it won’t all be gone like tears in the rain because of the internet and because Webb’s still out there.

SpaceX's second test flight of its Starship spacecraft — which it hopes will one day ferry humans to the moon and Mars — ended in an explosion Saturday morning minutes after taking off from the company's spaceport in Boca Chica, Texas. 

This is a developing story. Please check back for updates.

At 8AM ET today, SpaceX will open a 20-minute launch window for Starship's second-ever fully integrated test flight. If everything goes well during the pre-flight procedures, and if the weather cooperates, then we'll see the company's spacecraft make another attempt to reach space. SpaceX completed Starship's first fully integrated launch in April. While it was considered a success, the company wasn't able to meet all its objectives and had to intentionally blow up the spacecraft after its two stages failed to separate. 

As a result of that incident, the Federal Aviation Administration (FAA) had grounded Starship while authorities conducted an investigation. They found that the explosion scattered debris across 385 acres of land, caused pulverized concrete to rain down on areas up to 6.5 miles northwest of the pad site, and started a wildfire at Boca Chica State Park. The FAA required SpaceX to make 63 corrective actions before it could give the company clearance to fly its reusable spacecraft again. 

SpaceX said that this flight will debut several changes it implemented due to what happened during Starship's first test flight. They include a new hot-stage separation system, a new electronic Thrust Vector Control (TVC) system for Super Heavy Raptor engines, reinforcements to the pad foundation and a water-cooled steel flame deflector.

The company's live broadcast of the launch starts at 7:24AM ET on its website and on X. If the Starship's stages can successfully separate this time around, its upper stage will fly across the planet before splashing down off a Hawaiian coast.

SpaceX aims to send Starship to space for its second test flight on November 17, now that the Federal Aviation Administration (FAA) has given it the clearance to do so. The company completed its next-generation spacecraft's first fully integrated launch in April, but it wasn't able to meet all its objectives, including having its upper stage fly across our planet before re-entering the atmosphere and splashing down in the ocean near Hawaii. SpaceX had to intentionally blow up the vehicle in the sky after an onboard fire had prevented its two stages from separating. 

According to federal agencies, debris from the rocket explosion was found across 385 acres of land on SpaceX's facility and at Boca Chica State Park. It caused wildfire to break out on 3.5 acres of state park land and had led to a "plume cloud of pulverized concrete that deposited material up to 6.5 miles northwest of the pad site." The FAA grounded Starship until SpaceX took dozens of corrective actions, including a vehicle redesign to prevent leaks and fires. As Space notes, the agency finished its safety review in September, but it still had to work with the US Fish and Wildlife Service (USFWS) to finish an updated environmental review of the spacecraft. 

For now, the FAA has given SpaceX the license to fly Starship for one flight. The company will open the spacecraft's two-hour launch window at 8AM EST on November 17, and if all goes well, Starship will fly across the planet and splash down off a Hawaiian coast as planned. Starship, of course, has to keep acing test flights before it can go into service. The fully reusable spacecraft represents SpaceX's future, since the company plans to use it for missions to geosynchronous orbit, the moon and Mars. 

NASA’s Mars exploration robots will be on their own for the next two weeks while the space agency waits out a natural phenomenon that will prevent normal communications. Mars and Earth have reached positions in their orbits that put them on opposite sides of the sun, in an alignment known as solar conjunction. During this time, NASA says it’s risky to try and send commands to its instruments on Mars because interference from the sun could have a detrimental effect.

To prevent any issues, NASA is taking a planned break from giving orders until the planets move into more suitable positions. The pause started on Saturday and will go on until November 25. A Mars solar conjunction occurs every two years, and while the rovers will be able to send basic health updates home throughout most of the period, they’ll go completely silent for the two days when the sun blocks Mars entirely. 

That means the Perseverance and Curiosity rovers, the Ingenuity helicopter, the Mars Reconnaissance Orbiter, and the Odyssey and MAVEN orbiters will be left to their own devices for a little while. Their onboard instruments will continue to gather data for their respective missions, but won’t send this information back to Earth until the blackout ends.

The European Space Agency (ESA) has released the first images from its Euclid space telescope — a spacecraft peering 10 billion years into the past to create the largest 3D map of the universe yet. From the distinctive Horsehead Nebula (pictured above) to a “hidden” spiral galaxy that looks much like the Milky Way, Euclid is giving us the clearest look yet at both known and previously unseen objects speckling enormous swathes of the sky.

Euclid is investigating the “dark” universe, searching for signs of how dark energy and dark matter have influenced the evolution of the cosmos. It’ll observe one-third of the sky over the next six years, studying billions of galaxies with its 4-foot-wide telescope, visible-wavelength camera and near-infrared camera/spectrometer. Euclid launched in July 2023, and while its official science mission doesn't start until early 2024, it’s already blowing scientists away with its early observations.

ESA

Euclid’s observation of the Perseus Cluster (above), which sits 240 million light-years away, is the most detailed ever, showing not just the 1,000 galaxies in the cluster itself, but roughly 100,000 others that lay farther away, according to ESA. The space telescope also caught a look at a Milky-Way-like spiral galaxy dubbed IC 342 (below), or the “Hidden Galaxy,” nicknamed as such because it lies behind our own and is normally hard to see clearly.

ESA

Euclid is able to observe huge portions of the sky, and it's the only telescope in operation able to image certain objects like globular clusters in their entirety in just one shot, according to ESA. Globular clusters like NGC 6397, pictured below, contain hundreds of thousands of gravity-bound stars. Euclid's observation of the cluster is unmatched in its level of detail, ESA says.

The spacecraft is able to see objects that have been too faint for others to observe. Its detailed observation of the well-known Horsehead Nebula, a stellar nursery in the Orion constellation, for example, could reveal young stars and planets that have previously gone undetected.

ESA

ESA

Euclid also observed the dwarf galaxy, NGC 6822 (pictured above), which sits just 1.6 million light years away. This small, ancient galaxy could hold clues on how galaxies like our own came to be. It's only the beginning for Euclid, but it's already helping to unlock more information on the objects in our surrounding universe, both near and far. 

“We have never seen astronomical images like this before, containing so much detail,” said René Laureijs, ESA’s Euclid Project Scientist, of the first batch of images. “They are even more beautiful and sharp than we could have hoped for, showing us many previously unseen features in well-known areas of the nearby universe.”