SpaceX faces major setback after losing second Starship rocket; debris spotted falling over Atlantic Ocean
BOCA CHICA, Texas – For the second time in seven weeks, a major explosion aboard a SpaceX rocket sent planes scrambling for safety after debris was spotted raining down over the southwest Atlantic on Thursday evening.
SpaceX was in the initial stages of its eighth test flight of its prized Starship rocket from its South Texas launch facility when, less than 10 minutes into the mission, flight crews appeared to lose control of the rocket's engines.
Debris was spotted within minutes raining down from the Bahamas, Caribbean and Florida, which caused the FAA to issue an alert to pilots.
During the previous test flight in January, the upper stage of the more than 400-foot-tall rocket disintegrated over the southwest Atlantic, sending debris raining down over the Turks and Caicos Islands.
Future Of Nasa's Mega Moon Rocket Appears In Doubt Following Major Boeing Announcement
SpaceX said they were in communication with the FAA over any needed flight diversions, but there were no immediate reports of damage.
Dozens of flights appeared to have been diverted and airports from Orlando south through West Palm Beach and Miami reported flight delays associated with the event."During Starship's ascent burn, the vehicle experienced a rapid unscheduled disassembly and contact was lost," SpaceX said in a statement moments after the explosion. "Our team immediately began coordination with safety officials to implement pre-planned contingency responses. We will review the data from today's flight test to better understand root cause. As always, success comes from what we learn, and today's flight will offer additional lessons to improve Starship's reliability."
The explosion occurred at a similar point in the mission as the January event, leading some space experts to question whether there is a process that needs fine-tuning before Starship is cleared to fly again.
Ironically, debris was spotted as far north as the Kennedy Space Center in Florida, a potential future launch site for the mega rocket.
The Starship spacecraft is being developed with the long-term goal of carrying astronauts to the Moon and potentially Mars, though SpaceX has not publicly disclosed a timeline for when the rocket will be approved for human space travel.
Several previous test flights have encountered challenges, leading to uncertainty surrounding the objectives of NASA's Artemis program.
Watch: Spacex Starship Test Flight Disintegrates After Launch, Debris Spotted In Skies Over Caribbean
The Artemis program aims to return humans to the lunar surface by 2027, marking the first crewed mission to the Moon since Apollo 17 in December 1972.
The first Artemis mission was launched in November 2022 but involved a Space Launch System (SLS) rocket and the Orion spacecraft, not a rocket made by SpaceX.
The next mission, Artemis II, is expected to be a crewed flight but, again, will not involve SpaceX's Starship.
The ninth test flight could take place as soon as April, but a potentially lengthy FAA investigation will likely derail any immediate launch attempt.Original article source: SpaceX faces major setback after losing second Starship rocket; debris spotted falling over Atlantic Ocean

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
2 hours ago
- Yahoo
A tiny star gave birth to an absolute giant. Scientists are puzzled.
Astronomers have discovered a world outside the solar system about 240 light-years away in space that is a freak of nature. Somehow, a little red dwarf star only one-fifth the size of the sun gave birth to an enormous baby — an exoplanet that is a little larger than Saturn, although it weighs about half as much as our ringed gas giant. Discovered in a sweeping investigation of NASA's Transiting Exoplanet Survey Satellite data, this world, TOI-6894 b, and its host star have set a new record for their incongruous sizes. Together they are the smallest known star to have an orbiting giant planet. If there were a Guinness Book of Galactic Records, this one would have a landslide victory for the titleholder. The star, TOI-6894, is just 60 percent the size of the next smallest star with such a planet. The pair's existence breaks all the rules of what scientists know about planet formation. "We don't really understand how a star with so little mass can form such a massive planet!" said Vincent Van Eylen, a researcher at the University College London, in a statement. "By finding planetary systems different from our solar system, we can test our models and better understand how our own solar system formed." SEE ALSO: The Webb telescope found something exceedingly rare around a dying star NASA's TESS mission — short for Transiting Exoplanet Survey Satellite — was designed to find new worlds as they pass in front of their host stars. Credit: NASA illustration Edward Bryant, who led the research team, found the behemoth first by poring over TESS space telescope data of over 91,000 small red dwarfs, aka M-type stars. Then he used the European Southern Observatory's Very Large Telescope in Chile to reveal TOI-6894b. According to How to Make a Really Humongous Planet 101, it should be difficult — nearly impossible — for stars this tiny to do this. That's because the disks of gas and dust swirling around young stars are the construction materials for planets. Small stars tend to have smaller and lighter disks. Gas giants like our own Jupiter or Saturn need a lot of stuff to form their cores. They then are able to attract a lot more gas quickly from their surroundings to collect an atmosphere. The mechanics are called "core accretion," and it seems to work best when the building materials are plentiful. But TOI-6894b seems to be playing by a different rulebook. It's about 53 times the weight of Earth and made partly of heavy elements, according to a paper on its discovery published in Nature Astronomy. In fact, the exoplanet is thought to have about 12 Earths'-worth of those chemicals. That's way beyond what most small young stars are thought to have in their midst. Some scientists don't want to throw the baby out with the bathwater: Though the exoplanet doesn't fit neatly into the core-accretion model, it could have formed in a similar way but with a tweak. Perhaps this world started collecting ingredients to form its core very early in its star's life, when the disk was still chock-full of raw material. Or maybe instead of growing a large core quickly to pull in more gas in a runaway process à la Jupiter-like planets, TOI-6894b could have just kept hoarding gas and heavy elements gradually over time. But even that would require a bigger original supply of dust. In a survey sample of 70 disks around small stars, only five had enough material to build a planet on the scale of TOI-6894b, according to the new paper. Another idea, called gravitational instability, suggests the disk could collapse under its own weight to create a planet directly. But the discovery team for TOI-6894 b points out that the process doesn't quite work for something the size of this exoplanet — at least according to computer simulations. Whatever the origin story, TOI-6894b is leading the ranks of other known gas giants orbiting small and faint stars that astronomers want to study. Scientists also have their eyes on LHS 3154 b, GJ 3512 b, and TZ Ari b. Small stars tend to have smaller and lighter protoplanetary disks. Credit: NASA / JPL-Caltech illustration "This discovery will be a cornerstone for understanding the extremes of giant planet formation," Bryant said. The next step for the research team is to use the James Webb Space Telescope to study the exoplanet's atmosphere, which will occur within the next year. By measuring the various materials in the planet, the researchers may be able to determine the size and structure of its core. That could answer the question of whether TOI-6894 b formed through one of the known models. They also have a hunch the exoplanet's atmosphere is rich in methane, something Webb could help confirm. TOI-6894 b is unusually cool for a gas giant, about 300 degrees Fahrenheit. Most of the gas giants known are "hot Jupiters," with temperatures between 1,340 and 3,140 degrees Fahrenheit. Such a discovery of a relatively chilly gas giant would be very rare, the researchers said. "Most stars in our galaxy are actually small stars exactly like this," said Daniel Bayliss, a coauthor from the University of Warwick in the United Kingdom. "The fact that this star hosts a giant planet has big implications for the total number of giant planets we estimate exist in our galaxy."
Yahoo
2 hours ago
- Yahoo
Webb telescope took a direct image of two exoplanets. See it now.
Scientists have scored a pristine view of a pair of exotic worlds orbiting a star more than 300 light-years away — one with sand-like clouds and another surrounded in space by moon-making material. The discoveries come from YSES-1, a star system in the deep southern sky. Using the James Webb Space Telescope, a collaboration of NASA and its European and Canadian counterparts, a team of astronomers saw so-called "silicate clouds" directly for the first time on an exoplanet, a world far beyond our own solar system. The team's detection of a dusty disk around the sibling planet is also rare, perhaps just the third time scientists have seen one so clearly. Webb usually observes exoplanets through indirect methods, such as transmission spectroscopy, a technique for studying a planet's atmosphere by analyzing how starlight filters through it. What distinguishes this new research is that the two worlds — YSES-1b and YSES-1c — were directly imaged, meaning the telescope captured light from the planets themselves. Sitting far from their host star, these young planets glow from the leftover heat of their formation. Thanks to their temperature, size, and distance, the result is a clean picture of the exoplanets in thermal infrared, allowing scientists to get much more data. "What's really cool about this system is that unlike most planets, we can actually take a picture of them!" said Evert Nasedkin in a post on the social media platform Bluesky. You can see the image further down in this story. SEE ALSO: A tiny star gave birth to an absolute giant. Scientists are puzzled. The idea for this groundbreaking project began long before Webb was even open for business, said Kielan Hoch, lead author of the research recently published in the journal Nature. Scientists hypothesized the telescope could get both worlds in a single shot, "essentially giving us two for the price of one," Hoch said in a statement. These two gas giant planets weigh five to 15 times the mass of Jupiter and orbit far from their host, a star similar to the sun. What's different is that it's only about 16.7 million years old, a mere whippersnapper compared to our middle-aged, 4.6 billion year-old sun. The planets are also in extremely distant orbits. YSES-1b, the innermost of the two, is still perhaps four times farther from its star than Pluto is from the sun. But given only a handful of known exoplanets can be directly imaged, the study has offered scientists a unique opportunity to see an early stage of a developing star system. From these observations of the YSES-1 system — the letters in its name stand for Young Suns Exoplanet Survey — astronomers can gain insight into how planets and moons form and evolve. SEE ALSO: Webb discovers a distant moon has an intriguing similarity to Earth Few distant worlds meet the criteria for direct imaging because planets are often millions of times fainter than the stars they circle. And if they are orbiting close by, their own light usually gets swamped. The James Webb Space telescope captures a direct image of exoplanets YSES-1b and YSES-1c with its Near-Infrared Spectrograph instrument. Credit: NASA/ ESA / CSA / Hoch et al. / Nature But scientists want these images because there is so much to learn from them. Molecules within a planet's atmosphere absorb certain colors of light, so when astronomers study a planet's spectrum, they can look for what's missing from the rainbow to determine which gases — like water, methane, and carbon dioxide — are present in the planet's air. For the YSES-1 system, scientists not only saw molecules in the direct imaging but detected cloud particles and a dust disk. On YSES-1c, rather than water vapor, the clouds are made of hot, ultra-fine rock grains. While Earth's clouds are often white and pillowy, these are probably hazy and dark, filling the sky with something akin to a glass powder. You can think of these silicate clouds sort of like the plumes of mineral ash that vent out of volcanoes. YSES-1b is even "weirder," said Nasedkin, one of the coauthors. Around it is a so-called circumplanetary dust disk that could serve as a birthplace for moons, similar to those seen around Jupiter. Scientists used computer models to figure out that the dust is hot — about 400 to 600 degrees Fahrenheit. Because this particular disk is much older than two previously found around other unrelated exoplanets, what is creating or sustaining it is a mystery. The original disk of planet-building material around the star is long gone, so the researchers have ruled that out as the source. "It's possible that we're seeing the dust emitted by collisions of moons and other small, rocky bodies left over from the planet's formation!" Nasedkin said.
Yahoo
2 hours ago
- Yahoo
Elon Musk finally gets some good news from Jeff Bezos
Elon Musk finally gets some good news from Jeff Bezos originally appeared on TheStreet. The future of space transportation is looking increasingly complicated, as the falling-out between SpaceX CEO Elon Musk and U.S. President Donald Trump drags on. After Musk levied strong accusations against Trump and publicly stated he would not have been elected without his support, the president struck back with threats to cancel several SpaceX contracts. This leaves the company's short-term future in a precarious position, jeopardizing Musk's ambitions of colonizing Mars. 💵💰💰💵 Multiple space stocks responded to news of this conflict by surging, as investors looked to capitalize on SpaceX's questionable future. But one of Musk's primary rivals, a fellow privately held space exploration company, also recently revealed some less-than-positive news. Blue Origin, owned by Amazon founder Jeff Bezos, recently made an announcement regarding its plans for the future, which could be regarded as good news for SpaceX and Musk. While they both rose to fame founding companies that aren't direct competitors, Musk and Bezos are clear rivals in the space race. SpaceX and Blue Origin are both privately held and focused on space exploration and rocket is intended to be Musk's vehicle for colonizing Mars, while Bezos seems intent on cornering the space tourism market, which also includes rivals such as Richard Branson's Virgin Galactic. However, the two private companies are considered the leaders in the space exploration field. Blue Origin, though, recently reported what seems to be a setback. The company had been targeting Spring 2025 for the launch of its New Glenn rocket, a 320-foot-tall (98 meters) spacecraft with a reusable first stage, but now it has announced that the new launch will be held no earlier than (NET) August 15, 2025. CEO David Limp posted about to the delayed launch on X, revealing that one of the mission's key objectives would be to land and recover its booster. 'This will take a little bit of luck and a lot of excellent execution,' he states, adding that the company is on track to produce GS2s, referring to the second stage of the rocket. Following New Glenn's mostly successful January 2025 mission, the company hasn't indicated more progress toward further launches, even after its leaders initially set high expectations for its rocket launches. Now, as Ars Technica speculates, the August launch may be the only one Blue Origin completes this year. 'It is telling that Limp commented on the company tracking toward producing eight second stages, which would match the original launch cadence planned for this year,' the outlet notes. 'This likely is a fig leaf offered to Bezos, who, two sources said, was rather upset that Blue Origin would not meet (or even approach) its original target of eight launches this year.' More Elon Musk News: Elon Musk company reveals major leap forward The 'anti-Tesla' gives American buyers more good news Elon Musk's DOGE made huge mistakes with veterans' programs While Bezos may not be happy about this launch delay, it is excellent news for Musk, whose own company has seen three rockets explode so far this year. Even before the company's third mission spiraled out of control mid-flight, regulators had expressed concern about possible safety risks for people on the ground. There's no denying that both companies have faced challenges this year, as both race to outmaneuver each other and establish themselves as the leader of the space exploration market. Recent projections show that the space economy is expected to reach a $944 billion valuation by 2033, revealing a lot of room to run for problems plaguing both companies, though, raise the question of which one is better positioned to keep growing. SpaceX has launched several rockets this year, but its track record hasn't been encouraging, given the trend of explosions. And while Blue Origin has delayed its launch, that doesn't mean it will go well when it happens. On top of that, SpaceX still faces the possibility that it may lose out on lucrative federal contracts, unless Musk and Trump's feud is resolved soon. The zero-sum nature of financial markets means that for as long as its prospects appear uncertain, rivals will likely continue to gain. In this case, the list of companies that may benefit from SpaceX's uncertain future includes Blue Musk finally gets some good news from Jeff Bezos first appeared on TheStreet on Jun 11, 2025 This story was originally reported by TheStreet on Jun 11, 2025, where it first appeared. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data