SpaceX's Latest Starship Exploding on Launch Is a Grim Setback for the Company
NASA's Space Shuttle successfully reached orbit during its first attempt in April 1981. The Saturn V rocket that launched the first humans to the Moon also didn't explode during liftoff in July 1969. Even NASA's ultra-expensive and expendable Space Launch System didn't erupt into a giant fireball during its maiden voyage in late 2022.
But SpaceX has taken a strikingly different approach for its reusable, two-stage rockets. Instead of lining up an orbital-ready vehicle on the launch pad, the company has picked an iterative design methodology — with varying degrees of success, and a string of explosions that are starting to look less like learning from failure and more like a sustained failure.
The pros and cons of the approach have never been more apparent when it comes to its heavy lift vehicle, dubbed Starship, the "world's most powerful launch vehicle" ever developed. SpaceX has run into serious issues trying to get a prototype upper stage launched into orbit, then reenter the atmosphere and make a soft landing upon its return.
During its latest attempt on Thursday evening, the company's prototype, dubbed Starship 34, roared into the sky from SpaceX's testing facilities in South Texas. But an "energetic event in the aft portion of Starship resulted in the loss of several engines" minutes into the launch, according to the company's statement published late on Thursday. "This in turn led to a loss of attitude control and ultimately a loss of communications with Starship."
It was a moment of deja vu, as Starship 34's predecessor suffered a notably similar fate during the company's seventh test flight in January. At the time, the prototype self-destructed following an oxygen leak, flashes, and "sustained fires" in its aft section.
In short, SpaceX has had two of its Starships break up into countless pieces in a row, resulting in a stunning display of bright streaks lighting up the night sky each time.
The back-to-back mishaps highlight the degree of difficulty SpaceX is wrestling with.
"The loss of Starship on ascent during the second flight in a row is clearly a serious setback for SpaceX," tweeted Ars Technica's Eric Berger, who has published two books on the company's history.
"Loss of engines and attitude control on SpaceX's Starship Flight 8, failing at about the same time as Flight 7," wrote his colleague, space reporter Stephen Clark. "Some real growing pains for the world's largest rocket."
Meanwhile, Musk remained quiet, eventually venting his frustration by slinging insults at his critics on his social media platform.
Where the latest setback leaves SpaceX's ambitions to deliver NASA astronauts to the lunar surface in a matter of just two years as part of the agency's Artemis program, let alone send humans to Mars, remains to be seen.
Through the company's workhorse Falcon 9 rocket, SpaceX has already demonstrated that its iterative design methodology can work. But Starship is a project of unprecedented scale, with a gargantuan learning curve.
How many more "rapid unscheduled disassemblies," a term used by SpaceX officials to denote an explosion, can the company still afford?
SpaceX claimed that its eighth flight was a step in the right direction.
"With a test like this, success comes from what we learn, and today's flight will help us improve Starship's reliability," the company wrote in its statement. "We will conduct a thorough investigation, in coordination with the FAA, and implement corrective actions to make improvements on future Starship flight tests."
The space firm has already moved mountains to lift a 400-foot tower of stainless steel off the ground. But getting it to reliably enter orbit, survive the extreme heat during reentry, and land in one piece appears to be a far more difficult exercise.
A major glimmer of hope, however, is Starship's booster, Super Heavy, which was successfully caught by the company's "Mechazilla" tower for the third time this week — a major engineering feat that could buy the company some time as it irons out the many kinks of its upper stage.
More on Starship: SpaceX Having Trouble Getting Starship Launched Again After Explosion
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
30 minutes ago
- Yahoo
Astronauts Reveal The Shocking Beauty of Lightning From Space
If you live on this planet Earth, odds are good that you've experienced a lightning storm in your life: a wild, crashing affair, with forks of light that split the sky, accompanied by the bone-rattling roar of thunder. Although lightning is common here on Earth, there is still a lot we don't know about this extreme phenomenon. Scientists have set up all sorts of apparatus to find out, and have made great strides in teasing out some of the split-second processes that go into a bolt of lightning. Sometimes, however, a new perspective can be helpful – and this is where astronauts aboard the International Space Station can help. Using techniques developed by legendary NASA astronaut Don Pettit, they photograph powerful lightning storms as they soar 400 kilometers (250 miles) above the planet's surface. That's the subject of recent images posted to social media by NASA astronauts Anne McClain and Nichole Ayers, currently serving stints aboard the space station as crew members of Expedition 73. Each image is captured at speeds of 120 frames per second; the brilliant violet glow that seems to light up the clouds from within appears for just a fraction of that time. Observations of lightning from above the clouds can reveal details about the phenomenon that we cannot see from here on the surface. We didn't know about the upside-down lightning phenomenon of blue jets, for instance, until it was spotted from a rocket; space-based observations were crucial to understanding how it worked. Satellite data can also be used to study the frequency and distribution of storms, and has revealed the propagation of 'killer' electrons that fly out into space when lightning flashes in the atmosphere. The interaction between lightning and the upper atmosphere is poorly understood; orbital observations can help scientists study it. Sometimes, however, it's nice to do a thing just because you can. Not everyone gets the cachet of being able to manually photograph one of Earth's most spectacular, untamed phenomena from hundreds of kilometers above the surface. And then we get to enjoy them, from right here, wherever you're reading these words. Everyone gets to be a winner. Sloths The Size of Elephants Roamed America, Before Abruptly Vanishing This Giant Snail Lays Eggs Out of Its Neck… Yes, Seriously Cephalopods Passed a Cognitive Test Designed For Human Children


USA Today
31 minutes ago
- USA Today
Dazzling northern lights display captured on video: Watch enchanting time-lapse footage
Hear this story People across many states witnessed one of the most breathtaking natural wonders during the northern lights' latest return. Time-lapse footage shared online captured the stunning phenomenon on June 1 across the United States from Dufur, Oregon, to San Antonio. "A magnificent display of the aurora from last night!" a vacationer in Victor, Idaho, shared on X. The National Oceanic and Atmospheric Administration said that 20 states were expected to witness the vibrant lights. The northern lights could be visible on the nights of Monday, June 2, and Tuesday, June 3, though the likelihood of seeing them in the mainland United States will be lower. See map: Northern lights might be visible in several states tonight What are the northern lights? Aurora borealis, commonly known as the northern lights, are colorful ribbons of light that weave across Earth's northern or southern polar regions, according to NASA. Geomagnetic storms are caused by solar activity like solar flares or coronal mass ejections. The solar wind moves energetic charged particles from these events away from the sun to produce the northern lights. Can you see northern lights with the naked eye? Northern lights can be safely viewed without a telescope or microscope. The visibility of the aurora depends on multiple factors, including location, weather, time of night, and the level of geomagnetic activity present. Contributing: Julia Gomez, Doyle Rice, and Dinah Voyles Pulver, USA TODAY


Digital Trends
an hour ago
- Digital Trends
NASA's nightwatch tips for June include one of the sky's grandest shows
Each month, NASA shares its top tips on what to look out for in the sky over the following weeks, and June promises plenty of delights. Planets … and the moon The planets are out in force through the month, with Venus, Saturn, Mars, and even Mercury all putting in an appearance. Weather permitting, you'll be able to spot Venus — the brightest planet in our solar system — and Saturn in the eastern sky during the couple of hours before dawn each morning throughout June. Notice how Saturn rapidly climbs in the sky each day as the weeks pass by. Aligning with our nearest neighbor, you'll find the third quarter moon next to Saturn on June 19, and a crescent moon next to Venus just a few days later on June 22. Look our for the salmon-pink glow of Mars in the couple of hours after sunset toward the west, though NASA points out that it's noticeably fainter than it was at the beginning of last month. Around 16-17 June, Mars will appear to pass close to Regulus, the bright star at the heart of the constellation Leo, the lion. While the planets can be seen with the naked eye, grab a pair of binoculars or a telescope to get a decent view of Mars and Regulus appearing as close as the width of the full moon. Mercury, too, is putting in an appearance this month, though it'll be at its highest and most visible right at the end, on June 27. Look for it quite low in the west, just as the glow of sunset is fading. Milky Way June also offers an ideal opportunity to view the stunning Milky Way galaxy, comprising hundreds of billions of stars, as well as vast amounts of cosmic dust and gas. The Milky Way, of which Earth is a part, appears as a faint band of hazy light arching across the night sky, and it's a sight to behold. 'You just need to be under dark skies away from bright city lights to see it,' NASA says, adding: 'What you're looking at is the bright central core of our home galaxy, seen edge-on, from our position within the galaxy's disk.' Again, while it's possible to view the Milky Way with the naked eye, a pair of binoculars or a telescope will significantly enhance what you see. June solstice The upcoming solstice, which marks the moment when the sun reaches its northernmost point in the sky, resulting in the longest day of the year in the Northern Hemisphere and the shortest in the Southern Hemisphere, is on June 20. NASA describes the event as 'a consistent astronomical signpost that humans have observed for millennia. Ancient structures from Stonehenge to Chichén Itzá were built, in part, to align with the solstices, demonstrating how important these celestial events were to many cultures.' It adds that if you find a quiet spot to watch the sunset on this special day, 'you'll be participating in one of humanity's oldest astronomical traditions, connecting you to observers across thousands of years of human history.'