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In the same seven-day period, we watched Boeing’s Starliner launch astronauts to space for the first time, and then we got to watch those two astronauts dock with the International Space Station.
And we also got to see SpaceX launch Starship for the fourth time ever — and then bring it back home.
I think I’m not alone in thinking that some of the most spectacular images in the history of rocketry were generated during that flight.
Of course, the mission isn’t over yet: After around a week aboard the station, the two astronauts will re-board Starliner and use it to get back home.
But to reuse, you have to recover, and SpaceX is proving that it will be able to do just that with Starship.
The ultimate goal is to fly Super Heavy and the Starship upper stage back to Starbase, SpaceX’s private Starship launch and development site in southeast Texas, where they’d make vertical landings on solid ground.
Starship lifted off from Starbase at 8:50 AM CT, the fourth launch in the rocket test campaign.
A little over an hour after launch, Starship followed suit, surviving the extreme heat from traveling through the Earth’s atmosphere at hypersonic speeds and splashing down in the Indian Ocean.
During that test, SpaceX also tested capabilities that will be key for delivering payload to space, including opening and closing the payload door.
That was also the year SpaceX launched its first 60 Starlink satellites.
The company was spending plenty of cash on research and development, too — $559 million in 2018 and $661 million the following year.
The Starlink program completed a milestone in 2019, when SpaceX launched the first batch of operational Starlink satellites in May of that year.
The company ended the year with cash and cash equivalents of $868 million for 2018 and $990 million for 2019.
The company launches its Starlink satellites with its own rocket, its Falcon 9 workhorse, which means it can launch the space-based internet satellites at unprecedented rates.
SpaceX is continuing to make progress on the development of Starship, the largest rocket ever built, with the third test flight Thursday accomplishing considerably more than the previous two tests.
The 400-foot-tall Starship rocket lifted off from SpaceX’s Starbase facility in southeastern Texas at 8:25 a.m. local time.
Although SpaceX has been developing Starship for years, this is only the third time the company has attempted an orbital mission.
The hot-staging technique was performed for the first time, ever, during the second Starship test flight last November.
SpaceX CEO Elon Musk congratulated the team on X, saying, “Starship reached orbital velocity!”Starship reached orbital velocity!
SpaceX will attempt to send the massive Starship rocket to orbit for the third time early Thursday morning after U.S. regulators gave the green light for launch.
The first took place last April, and ended with both the upper stage (which is also called Starship) and the Super Heavy booster exploding mid-air.
Anytime an anomaly occurs during a rocket launch, the Federal Aviation Administration steps in to oversee a company-run investigation.
The investigation into the second Starship launch closed last month, so the only thing left was for the regulator to issue a launch license for the test flight.
Due to the in-space engine burn, the company is also targeting a new flight trajectory, with the upper stage splashing down in the Indian Ocean.
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This week in space historyI don’t mean to be impolite, but this week in space history we’re revisiting…URANUS.
That’s right: On March 13, 1781, a German-born, British astronomer named Sir William Herschel noticed a faint object through his telescope.
He initially thought it might be a comet, but later correctly identified it as our solar system’s seventh planet.
Hello and welcome back to TechCrunch Space.
You also can send a note to the whole TechCrunch crew at tips@techcrunch.com.
This week in space historyI don’t mean to be impolite, but this week in space history we’re revisiting…URANUS.
That’s right: On March 13, 1781, a German-born, British astronomer named Sir William Herschel noticed a faint object through his telescope.
He initially thought it might be a comet, but later correctly identified it as our solar system’s seventh planet.
SpaceX is aiming to launch its massive Starship rocket for the third time as soon as March 14, the company confirmed in a social media post Wednesday.
SpaceX is still awaiting regulatory approval from the Federal Aviation Administration for the launch, without which Starship will remain grounded.
SpaceX conducted the first Starship orbital flight test last April; there was a seven-month gap between it and the second test, which took place last November.
Both ended with mid-air explosions of the Super Heavy booster and the upper stage (which is also called Starship).
Meanwhile, the Starship upper stage will continue its ascent to orbit.
The Federal Aviation Administration has concluded its review of SpaceX’s investigation of the second Starship launch in November, with the regulator saying Monday that it accepted the “root causes and 17 corrective actions” identified by the company.
While this means the investigation is now closed, SpaceX must implement all the corrective actions and apply for a modified launch license before it can fly Starship again.
When any rocket launch encounters catastrophic issues during flight, the FAA opens what’s known as a “mishap investigation” — that’s what’s happened here.
After the first test, the FAA directed SpaceX to complete 63 corrective actions.
“More Starships are ready to fly, putting flight hardware in a flight environment to learn as quickly as possible.
NASA is pushing back the next two Artemis missions to the moon — including the first crewed lunar mission in over fifty years — by around twelve months in order to give commercial partners more time to develop their technology.
The date of the fourth Artemis mission remains unchanged on September 2028.
That’s because SpaceX must also develop in-orbit refueling capabilities, as the architecture involves Starship refueling in space before picking up the astronauts.
After delivering astronauts to the moon, the Starship HLS must then launch from the surface before docking with Orion.
NASA officials also outlined a handful of issues they discovered after the demonstration launch of SLS in late 2022.
