跟讀練習: Ship 40 Survived! SpaceX Prepares for an Ambitious Flight 14 | Starship Update - 通過影片學習英語口語

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Starship has delivered another spectacular performance as Flight 13 is now in the history books.
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The booster completed most of its objectives and the ship performed flawlessly.
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We're going to give you a full rundown of exactly what happened
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and even take a quick look into the not-so-distant future at Starship's 14th flight as
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that may be closer than some might think.
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As always, we have all that coming up and more on this week's Starship Update.
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Let's get right into business and the countdown here.
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After a small hold around the T-57 minute marker,
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Starship proceeded smoothly through propellant loading and right through the gate at T-60 seconds without any additional holds being called out.
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As the count came down to ignition, everybody was watching very closely.
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This is the point on the first attempt
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when Booster 20 ignited some of its engines before aborting at the last possible moment due to four Raptors failing to ignite.
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And we now know what caused the abort, specifically why those four Raptors failed to ignite.
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According to SpaceX, the issue stemmed from the oxygen turbo pumps on those four engines.
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Two additional engines had the same problem, but still managed to ignite.
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The turbo pumps are what feed propellants into the engine, one dedicated for liquid methane and the other for liquid oxygen.
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But thankfully, these four never ignited though.
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Otherwise, it would have been a very fuel-rich event, since the methane side was operating just fine.
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We also learned that Starship will only tolerate a maximum of two engines out before calling an abort on the pad.
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For version 1 and 2 boosters, that number was 3.
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So it's quite interesting to see how that's changed.
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Before restacking for the next attempt, Booster 20 ran a quick verification test on pad 2 with its six new engines,
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having those installed and swapped out for the faulty units in Mega Bay 1.
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It was essentially a sort of half spin prime.
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They spun up just the oxygen pumps on those engines as a sort of leak check.
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Because no methane was involved, though, they did not need the Detonation Suppression System, or the DSS.
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After SpaceX replaced six engines on Booster 20, conferring during their third attempt's stream, and rolled both vehicles out for stacking,
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Flight 13 was initially targeting Thursday, July 23rd.
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But that didn't last very long, though, as Thursday's attempt was called off fairly early due to poor weather conditions.
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Rather interestingly, one of the launch commit criteria this time around was being able to see the rocket from ground cameras
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so SpaceX could observe the heat shield through Max-Q.
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With heavy cloud cover, that just wasn't possible.
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But while we're on the subject of weather, SpaceX revealed something pretty interesting during the third attempt stream.
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Starship is allowed to launch through lightning.
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This comes after a Chinese Long March 3B rocket was struck by lightning on ascent and still completed its mission successfully.
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The fact that Starship is capable of flying through lightning seems like a relatively new development.
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Previous flights, like Flight 10, were scrubbed for anvil clouds and storm activity in the area, which we're actually kind of used to in Florida operations, but obviously this is not Florida.
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It's pretty strange to say this out loud, but lightning no longer seems to be a major concern.
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I mean, as long as the winds cooperate, we could realistically see a Starship launch through pretty adverse weather, which is pretty important if SpaceX wants to meet their higher launch cadences,
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as weather will not always be perfect, especially in Florida.
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Now back to the countdown.
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The deluge kicks in around T minus 10 seconds.
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All engines ignite simultaneously and Starship is released from pad two into the South Texas sky.
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After it punched through Max-Q, SpaceX gave us some stunning first-time views from the booster's engine bay, showing the Raptors firing in unison.
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I mean, how wild is it to be seeing both frost and glow from heat existing in such close proximity here?
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Like, that's just Raptor 3 in a nutshell for you.
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Next up was hot staging.
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Booster 20 shut down 28 of its 33 engines, leaving 5 still burning.
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Ship 40 then ignited its six engines in a staggered sequence, separating both vehicles.
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The ship continued toward orbit, while the booster, for the first time with a version 3 variant,
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successfully flipped straight upward as intended and relit all 33 engines for the boostback burn.
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The boostback looked mostly clean, but it ended a few seconds early.
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According to SpaceX's timeline, it was supposed to last 38 seconds, but only lasted for 26.
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The website later confirmed the early cutoff, though they didn't exactly share why.
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Unlike Booster 19 on Flight 12, Booster 20 did manage to light most of its engines for the landing burn.
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It started with 10 out of 13, then dropped to 8, and then an off nominal 5 before hitting the water pretty hard.
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Albeit not as hard as Booster 19, because that was basically supersonic.
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Unfortunately, that landing burn failure means we probably won't see a booster catch on Flight 14.
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But it does not rule out a catch entirely, but more on that later.
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Additionally, no successful booster catch on that flight means Starship's arrival to Florida could slip even further, unfortunately.
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Reusing a booster even once would give SpaceX some buffer in production, allowing them to send one to the Cape while continuing launches from Starbase with other units.
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Without that, the Florida timeline will likely get pushed deeper into the production queue.
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Hopefully, if Booster 21 lands as intended, then Booster 22 could be caught and either reused in Florida or make room for Booster 23 on the Space Coast.
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Now let's talk about ship.
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On the last flight, Ship 39 made it to Seaco, but about 40 seconds into its descent burn, one of the Raptor vacuum engines shut down unexpectedly.
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While that demonstrated engine out capability and still allowed for the ship to maintain its targeted trajectory, it meant that other in-fund objectives, like the in-space relight of a Raptor, had to be called off.
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Ship 40, by contrast, performed brilliantly.
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All engines stayed lit, and it maintained its targeted trajectory as planned, allowing the rest of the mission to proceed.
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Something new happened at engine shutdown, though.
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Unlike previous flights that reached this point, the vacuum and sea-level Raptors were all essentially cut at the same time.
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Not even a quarter second apart, even.
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On earlier flights, RVACs were always shut down several seconds before the sea-level engines, mainly for trajectory precision.
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Running every engine for the full duration is almost certainly for the same reason
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that they now light all 33 engines on booster for its boost back.
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It's simply more efficient.
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If you can run more engines for a longer period of time, then you have more power to fight against gravity.
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All of this is ultimately aimed at increasing Starship's full payload capacity.
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While a ton of that work comes from physical design upgrades, a big part of the challenge is also optimizing the software and current hardware behavior.
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When the time came, Ship 40 oriented the Pez dispenser facing pro-grade, or the direction facing the vehicle is traveling, and successfully deployed all 20 Starlink version 3 satellites.
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We know six of those carried cameras to image the heat shield, but we have yet to see any footage from them just yet.
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We're hoping SpaceX was successful with that and released its set footage soon.
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And honestly, I really have to hand it to SpaceX here.
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The views on this flight were incredible.
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And if you would like a third person view of Starship on your wall, check out our high quality Flight 13 metal prints,
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plus some celebratory merch, all available at shop.nastaspaceflight.com.
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We are incredibly proud of these, and we certainly hope you enjoy them.
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Because the ascent burn for ship was nominal, SpaceX was able to complete the in-space relight objective.
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This successful short burn gives Starship the best chance yet of reaching orbit and an on-site recovery very soon.
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We even have confirmation from Elon.
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Unless problems show up in the flight data, SpaceX will attempt a ship catch on flight 14.
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That's exciting.
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We've already seen three boosters caught so far.
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Pulling off a version 3 ship catch before a version 3
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booster catch would really highlight how far things have come since the version 2 era.
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Back then, at least early on, ship really struggled hard and had failed on its first three flights overall.
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And finally, we come to the last phases of flight.
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Re-entry, the belly flop, and landing.
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Ship 40 powered through peak heating and then began the return to launch site phase.
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Once again demonstrating excellent cross-range and control capability as it aimed for the splashdown area.
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And also the plasma on the cameras overall is just wickedly cool.
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Like that never gets old, genuinely.
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Shift 40 then simulated an alignment maneuver towards the tower with what was one of the fastest like pseudo-flatspans I've ever seen, especially for a vehicle of that size.
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After one hour and five minutes, Shift then lit its sea level engines one last time, flipped engines down, stepped down to two engines,
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then one, and landed softly in the waves of the Indian Ocean.
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Talk about picture perfect here, But here's the real cherry on top.
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Unlike every previous Starship Splashdown, Ship 40 did not explode when it tipped back over onto its side in the water.
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Even better, as in T-Plus 12 hours, the vehicle was still floating and still transmitting data, despite antennas being literally underwater.
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Plus, our friend Harry Stranger was able to task this satellite imagery, showing Ship 40 floating alongside support vessel Ghostralis 56 hours after Splashdown.
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I guess we can finally say Ship 40 put the ship into Starship.
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Okay, never mind.
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Bad joke.
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Moving on.
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The batteries are designed to last around 48 hours.
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And they'd have to, because that's about how long Starship is capable of staying in orbit before having to re-enter and land.
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We still don't know what is yet to come for Ship 40.
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SpaceX has tried to recover ships intact before, and failed when they exploded.
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It seems they had largely given up on hopes of recovering one after flight.
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But clearly they were not prepared for it to actually survive this time, because there it is, and look at how glorious it looks.
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Fingers crossed they managed to think up a plan for at
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least bringing parts of Ship 40 back to Starbase for very thorough analysis.
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And maybe even for display.
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I mean, there is a brand new rocket garden hopefully going up right over there.
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Flight 13 was certainly a great step forward, and one of the more memorable missions as of late.
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But it's going to get even more exciting real soon.
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I mean, while on the Space Coast, someone seems to have missed a memo about which pad Flight 13 was launching from,
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as the Starship tank farm at launch Complex 39A spooled up for testing big time.
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All jokes aside though, we are getting closer and closer to Starship's long-awaited debut from this very launch pad.
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It's only a matter of time before the first vehicles make their way over, hopefully in the next couple of months.
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Over at launch Complex 39A, besides the aforementioned tank farm testing, work has been mainly ongoing on the booster quick disconnects.
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SpaceX attached the middle section of the methane BQD hood before
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removing it to allow workers to access this area again and then reinstalled it again.
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The tower chopsticks have also been on the move, this time with some very large vertical travel for the very first time.
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They were raised slightly back in late June, likely just a functional test.
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But these latest movements are significantly larger, and it's about time too.
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Those chopsticks have been sitting on that tower for more than three years.
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As we've covered before, Pad 39A will support the very first Starship launches from Florida.
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It's encouraging to see more of the site coming online and being properly tested, from the tank farm all the way up to the chopsticks.
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At Space Launch Complex 37, the first of two launch towers has finally risen to its full height with the stacking of the ninth
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and final tower module.
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Seriously, I mean, I come to Starbase for two weeks and suddenly another tower is fully stacked in Florida.
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I mean, good grief.
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Even so, the site is still some time away from supporting its very first launch.
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There is a huge amount of work left inside the tower, plus digging and building the flame trench, plus the tank farm, and ASU, and so on.
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Although some hardware is already on site for those, so stay tuned.
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Coming back over to Starbase, SpaceX is already full steam ahead in preparing for the next flight, and for more in the future in the Megabase and in Star Factory.
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Both Flight 14 vehicles are already well into their testing campaigns.
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Booster 21 just completed cryogenic proof testing at Massey's, where it was loaded with liquid nitrogen and liquid oxygen to verify structural integrity.
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Meanwhile, Ship 41 has begun to receive its six engines ahead of static fire testing.
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Once again with version 3, the boosters appear to be lagging behind ships in production and testing.
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And we can thank Booster 18 for that pattern.
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But still, it shouldn't delay Flight 14 too significantly.
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Booster 21 isn't the only possible bottleneck, though.
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If Flight 14 is truly going to orbit, SpaceX will also need some license modifications from the FAA.
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They're not major, but they matter.
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Right now, the license allows the ship to re-enter from orbit, but it only permits landing in the Indian Ocean, not at Starbase.
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Currently, the only vehicle authorized to land at the launch site is a booster.
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So that obviously needs some adjustments.
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Let us know in the comments what you think the path to Flight 14 looks like from here, and when you expect it to launch.
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So what would Flight 14 actually do if it reaches orbit?
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It's a great question.
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First, the booster would almost certainly need to demonstrate a soft landing in the Gulf before attempting a tower catch.
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The risk is still too high otherwise.
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So we can likely roll out a booster catch for this time.
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The ship would aim to deploy version 3 Starlink satellites once again, but into orbit for the very first time.
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These probably wouldn't join the operational constellation right away, but they would give SpaceX a lot of valuable on-orbit testing data.
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I mean, they did great last time, so hopefully more of the same this time.
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Ship 41 may then go to demonstrate staying in orbit for a long-ish period of time, a maximum of 48 hours according to SpaceX.
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It will then de-orbit by igniting a single sea level engine
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for what will hopefully be the first re-entry over to Starbase and the first catch of a ship at Tower 2.
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The production of even later flight vehicles is also proceeding nicely, as just before Flight 13, the aft section for Ship 42 was moved into Mega Bay 2,
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meaning that ship is now fully stacked.
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And into Mega Bay 1, SpaceX moved the methane landing tank and the booster's final aft section before the engine bay.
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Now, just after Flight 13, SpaceX rolled Booster 22's Falcon 9-sized transfer tube into Mega Bay 1,
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and won a Ship 42's aft flaps and both raceways into Mega Bay 2 for attaching to the ship.
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It shouldn't be too long now before Ship 42 is ready for crowd testing at Massey's, and hopefully, Booster 22 isn't too far behind either.
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As we all know, Starbase never sleeps, so the progress will always continue.
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Starship Flight 13 was certainly a great one, but it will surely pale in comparison to what lies ahead.
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Looking towards Flight 14 and onwards, go ahead and tell us, what will SpaceX actually perform on Flight 14?
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Booster catch despite the issues?
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Or actually push for a ship catch?
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There's only one way to find out.
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Let us all know in the comment section down below.
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I'm Max Evans for NSF, thank you so much for watching, and I'll catch y'all next time.

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本課的詞彙與口語要點

這節 B2 級別的口語課以影片“Ship 40 Survived! SpaceX Prepares for an Ambitious Flight 14”為素材。 影片中反覆出現的詞有：flight, ship, booster, engine, Spacex。 這段影片共有 183 個句子、2700 個單詞可供跟讀。 講話部分時長為 14:15。 說話人語速較快，每分鐘約 190 個詞，會出現較多連讀和弱讀。 只有 79% 的單詞屬於英語最常用的 3,000 詞，詞彙難度較高。

影片中的重點詞彙

影片中最難的 15 個單詞，附發音和釋義：

單詞發音釋義
booster 名詞/ˈbustɚ/助推器
orbit 名詞/ˈɔɹ.bɪt/軌道 /軌道, 軌跡 /軌跡
ignite 動詞/ɪɡˈnaɪt/點火 /點火, 點燃 /點燃
methane 名詞/ˈmiːθeɪn/甲烷
stack 名詞/stæk/堆
demonstrate 動詞/ˈdɛm.ənˌstɹeɪt/論證
trajectory 名詞/tɹəˈd͡ʒɛktəɹi/軌道 /軌道, 彈道 /彈道
proceed 動詞/pɹəˈsid/前進
abort 動詞/əˈbɔɹt/流產 /流產, 小產 /小產
ascent 名詞/əˈsɛnt/上升
countdown 名詞/ˈkaʊntˌdaʊn/倒數 /倒數, 倒計時 /倒計時
deploy 動詞/dɪˈplɔɪ/部署
explode 動詞/ɪkˈsploʊd/爆炸, 爆發 /爆發
float 動詞/fləʊt/浮, 漂浮
vacuum 名詞/ˈvæ.kjuːm/真空

影片中出現的短語動詞

單詞發音釋義
check out 動詞退房
come up 動詞上來 /上來
find out 動詞找出, 查明
go ahead 動詞/ˌɡoʊ əˈhɛd/請便 /請便
go up 動詞上昇 /上升, 上去
rule out 動詞排除

影片中的語法

說話人最常用的結構，並附上影片中的原話：

結構影片中的用法
現在完成時 have/has + 過去分詞 — 過去發生但與現在仍有關聯的事has delivered · We've already seen · have come
被動語態 be + 過去分詞 — 強調發生了什麼，而不是誰做的being called · was involved · was called

需要注意的發音

說話人用了 21 次縮略和弱讀形式，例如 we're, didn't, isn't。請按聽到的簡短形式來說。

  • “th” 音: methane /ˈmiːθeɪn/, authorize /ˈɔθəɹaɪz/, smoothly /ˈsmuːðli/, thorough /ˈθʌɹoʊ/, ninth /naɪnθ/
  • “sh” 和 “zh” 音: ignition /ɪɡˈnɪʃən/, verification /ˌvɛ.ɹə.fɪˈkeɪ.ʃən/, modification /ˌmɑdɪfɪˈkeɪʃən/, precision /pɹɪˈsɪʒ.ən/, confirmation /ˌkɑn.fəɹˈmeɪ.ʃən/
  • 長單詞——注意重音位置: trajectory /tɹəˈd͡ʒɛktəɹi/, capability /ˌkeɪ.pəˈbɪl.ɪ.ti/, criterion /kɹaɪˈtɪɹ.i.ən/, verification /ˌvɛ.ɹə.fɪˈkeɪ.ʃən/, unexpectedly /ʌnɪkˈspɛktɪdli/

中文母語者容易讀錯的音：

  • /v/ — 不要讀成 /w/，上齒輕觸下唇: vacuum /ˈvæ.kjuːm/, verification /ˌvɛ.ɹə.fɪˈkeɪ.ʃən/, variant /ˈvæɹi.ənt/, verify /ˈvɛɹɪfaɪ/, adverse /ˈæd.və(ɹ)s/
  • 詞尾子音 — 要讀清楚，後面不要加母音: orbit /ˈɔɹ.bɪt/, ignite /ɪɡˈnaɪt/, stack /stæk/, demonstrate /ˈdɛm.ənˌstɹeɪt/, proceed /pɹəˈsid/
  • /r/ 和 /l/ 的區別: tolerate /ˈtɑ.lə.ɹeɪt/, memorable /ˈmɛm.(ə)ɹə.bl̩/, glorious /ˈɡlɔː.ɹi.əs/, structural /ˈstɹʌk(t͡)ʃəɹəl/

如何用這段影片練習

  1. 先完整聽一遍影片，不要開口，記下不認識的單詞。
  2. 先用 0.75 倍速逐句跟讀，熟練之後再回到正常速度。
  3. 錄下自己的聲音並與原聲對比，特別注意 booster, orbit, ignite 這類單詞。

什麼是跟讀法？

跟讀法 (Shadowing) 是一種有科學依據的語言學習技巧，最初開發用於專業口譯員的培訓，並由多語言者Alexander Arguelles博士普及。這個方法簡單而強大：您在聽英語母語原聲的同時立即大聲重複——就像是一個延遲1-2秒緊跟說話者的影子。與被動聽力或語法練習不同，跟讀法強迫您的大腦和口腔肌肉同時處理並模模擬實的講話模式。研究表明它能顯著提高發音準確性，語調，節奏，連讀，聽力理解和口語流利度——使其成為雅思口語備考和真實英語交流最有效的方法之一。

影子跟讀法: 閱讀完整分步指南 →