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SpaceX Falcon 9 booster nails record fourth launch and landing during Starlink-1

Falcon 9 B1048 has become the first SpaceX rocket to fly on four separate orbital-class launches. (SpaceX)

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For the first time ever, SpaceX has successfully launched and landed the same Falcon 9 booster on four separate orbital-class missions, pushing the rocket’s Block 5 upgrade one step closer to realizing its ambitious design goals.

After an unprecedented lull of more than three months between launches, SpaceX has successfully returned to flight with its internal Starlink-1 mission, simultaneously crossing off multiple rocket reusability milestones. In terms of value added, Falcon 9 booster B1048’s reflight was the most important non-satellite achievement of the mission.

Impressively, B1048 has now successfully launched and landed on four separate occasions, a first for all Falcon 9 or Heavy boosters. Some nine minutes after lifting off from Cape Canaveral, Florida’s LC-40 launch pad, B1048 came to a gentle, near-bullseye halt aboard drone ship Of Course I Still Love You (OCISLY), stationed some 630 km (340 mi) northeast of the Florida coast.

With the successful completion of Starlink-1, B1048 alone has now collectively supported the launch of more than 35 metric tons (77,000 lb) into Earth orbit, as well as the first attempted (but sadly unsuccessful) commercial Moon landing attempt as part of its third launch in February 2019. This particular tidbit is noteworthy because it likely makes B1048 the first Falcon 9 booster to help orbit more than twice the payload mass it would otherwise be capable of launching in a single mission, an impressive reminder of the game-changing success of SpaceX’s reusable rocketry development.

Even then, B1049 is likely close on B1048’s heels – if not already ahead of the booster – in terms of the mass of satellites it has singlehandedly helped to place in orbit.

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B1048 landed for the first time on drone ship Just Read The Instructions (JRTI) on July 27th. (Pauline Acalin)
B1048 returns to port on drone ship JRTI after its successful July 2019 launch debut. (Pauline Acalin)
Falcon 9 B1048.2 became the first SpaceX booster to land at the company’s West Coast landing zone in October 2018. (SpaceX)
Falcon 9 B1048 landed on drone ship OCISLY in February 2019 after its third flawless launch. (SpaceX)

Aside from Falcon 9 B1048’s historic fourth launch and landing, Starlink-1 also marked the first time SpaceX has launched a flight-proven payload fairing, a huge step towards ensuring that nearly all future Falcon launches are up to 80% flight-proven and 80% reusable. Starlink-1’s payload fairing previously flew on Falcon Heavy Block 5’s Arabsat 6A launch debut back in April 2019, essentially a worst-case scenario for fairing reuse.

That successful reuse in spite of the fairing’s exceptionally extreme launch and recovery conditions suggests that almost any fairing recovered in the future will capable of at least one reuse, be it on internal Starlink missions if not customer launches. CEO Elon Musk has previously indicated that Falcon 9 (and Heavy) fairings represent approximately 10% of the cost of Falcon 9 launches, meaning that each set of halves has a price tag of roughly $6 million. Additionally, it’s believed that Falcon fairing production has some of the longest lead-time aspects of any aspect of SpaceX rocket manufacturing, to the point that fairings could easily become a bottleneck for launch cadence without expensive production facility upgrades.

SpaceX successfully recovered both Falcon Heavy fairing halves after its April 2019 Arabsat 6A launch. (SpaceX/Elon Musk)
SpaceX’s first-ever flight-proven Falcon fairing sits a thrice-flown Falcon 9 booster on November 10th. (SpaceX)

Instead, SpaceX may have chosen to spend a similar amount of time and money making Falcon fairings routinely recoverable and reusable. That program crossed a turning point in June and August 2019, when fairing recovery ship GO Ms. Tree (formerly Mr. Steven) successfully caught two fairing halves in a row, unequivocally proving that the challenging catches are repeatable. Three months later, November 11th’s Starlink-1 launch has also proven that fairings can be reused even without a successful catch, meaning that it will likely be far easier and far more viable to reuse fairings that have been saved from ocean baths.

Unfortunately, SpaceX had to call off an attempted dual recovery of both fairing halves and GO Ms. Chief’s first operational catch attempt due to high seas in the recovery area. Prior to her remaining, similar sea conditions destroyed and broke off two of Mr. Steven’s arms while traveling to the recovery area, and SpaceX has clearly learned from that experience.

SpaceX’s Starlink-1 launch webcast can be watched in full at the link below.

Check out Teslarati’s Marketplace! We offer Tesla accessories, including for the Tesla Cybertruck and Tesla Model 3.

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Eric Ralph is Teslarati's senior spaceflight reporter and has been covering the industry in some capacity for almost half a decade, largely spurred in 2016 by a trip to Mexico to watch Elon Musk reveal SpaceX's plans for Mars in person. Aside from spreading interest and excitement about spaceflight far and wide, his primary goal is to cover humanity's ongoing efforts to expand beyond Earth to the Moon, Mars, and elsewhere.

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Tesla adds new surprising fee to Robotaxi program

“Additional cleaning was required for the vehicle after your trip. A fee has been added to your final cost to cover this service. Please contact us if you have any questions.”

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Credit: Grok

Tesla has added a new and somewhat surprising fee to the Robotaxi program. It’s only surprising because it was never there before.

Tesla shocked everyone when it launched its Robotaxi platform and offered riders the opportunity to tip, only to tell them they do not accept tips. It was one of the company’s attempts at being humorous as it rolled out its driverless platform to people in Austin.

As it has expanded to new cities and been opened to more people, as it was yesterday to iOS users, Tesla has had to tweak some of the minor details of the Robotaxi and ride-hailing platforms it operates.

First Look at Tesla’s Robotaxi App: features, design, and more

With more riders, more vehicles, and more operational jurisdictions, the company has to adjust as things become busier.

Now, it is adjusting the platform by adding “Cleaning Fees” to the Robotaxi platform, but it seems it is only charged if the vehicle requires some additional attention after your ride.

The app will communicate with the rider with the following message (via Not a Tesla App):

“Additional cleaning was required for the vehicle after your trip. A fee has been added to your final cost to cover this service. Please contact us if you have any questions.”

The cost of the cleaning will likely depend on how severe the mess is. If you spill a soda, it will likely cost less than if you lose your lunch in the back of the car because you had a few too many drinks.

This is an expected change, and it seems to be one that is needed, especially considering Tesla is operating a small-scale ride-hailing service at the current time. As it expands to more states and cities and eventually is available everywhere, there will be more situations that will arise.

The messes in vehicles are not a new situation, especially in a rideshare setting. It will be interesting to see if Tesla will enable other fees, like ones for riders who request a ride and do not show up for it.

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Tesla Model Y sold out in China for 2025

Customers who wish to get their cars by the end of the year would likely need to get an inventory unit.

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Credit: Grok Imagine

It appears that the Model Y has been sold out for 2025 in China. This seems to be true for the four variants of the vehicle that are currently offered in the country. 

Tesla China’s order page update

A look at Tesla China’s order page for the Model Y shows a message informing customers that those who wish to guarantee delivery by the end of the year should purchase an inventory unit. This was despite the Model Y RWD and Model Y L showing an estimated delivery timeline of 4-8 weeks, and the Model Y Long Range RWD and Model Y Long Range AWD showing 4-13 weeks. 

As per industry watchers, these updates on the Model Y’s order page suggest that Tesla China’s sales capacity for the remainder of 2025 has been sold out. The fact that estimated delivery timeframes for the Model Y Long Range RWD and AWD extend up to 13 weeks also bodes well for demand for the vehicle, especially given strong rivals like the Xiaomi YU7, which undercuts the Model Y in price. 

Tesla China’s upcoming big updates

What is quite interesting is that Tesla China is still competing in the country with one hand partly tied behind its back. So far, Tesla has only been able to secure partial approval for its flagship self-driving software, FSD, in China. This has resulted in V14 not being rolled out to the country yet. Despite this, Tesla China’s “Autopilot automatic assisted driving on urban roads,” as the system is called locally, has earned positive reviews from users.

As per Elon Musk during the 2025 Annual Shareholder Meeting, however, Tesla is expecting to secure full approval for FSD in China in early 2026. “We have partial approval in China, and we hopefully will have full approval in China around February or March or so. That’s what they’ve told us,” Musk said.

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Tesla Full Self-Driving appears to be heading to Europe soon

For years, Musk has said the process for gaining approval in Europe would take significantly more time than it does in the United States. Back in 2019, he predicted it would take six to twelve months to gain approval for Europe, but it has taken much longer.

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Credit: Tesla

Tesla Full Self-Driving appears to be heading to Europe soon, especially as the company has continued to expand its testing phases across the continent.

It appears that the effort is getting even bigger, as the company recently posted a job for a Vehicle Operator in Prague, Czech Republic.

This would be the third country the company is seeking a Vehicle Operator in for the European market, joining Germany and Hungary, which already have job postings in Berlin, Prüm, and Budapest, respectively.

This position specifically targets the Engineering and Information Technology departments at Tesla, and not the Robotics and Artificial Intelligence job category that relates to Robotaxi job postings.

Although there has been a posting for Robotaxi Operators in the Eastern Hemisphere, more specifically, Israel, this specific posting has to do with data collection, likely to bolster the company’s position in Europe with FSD.

The job description says:

“We are seeking a highly motivated employee to strengthen our team responsible for vehicle data collection. The Driver/Vehicle Operator position is tasked with capturing high-quality data that contributes to improving our vehicles’ performance. This role requires self-initiative, flexibility, attention to detail, and the ability to work in a dynamic environment.”

It also notes the job is for a fixed term of one year.

The position requires operation of a vehicle for data collection within a defined area, and requires the Vehicle Operator to provide feedback to improve data collection processes, analyze and report collected data, and create daily driving reports.

The posting also solidifies the company’s intention to bring its Full Self-Driving platform to Europe in the coming months, something it has worked tirelessly to achieve as it spars with local regulators.

For years, Musk has said the process for gaining approval in Europe would take significantly more time than it does in the United States. Back in 2019, he predicted it would take six to twelve months to gain approval for Europe, but it has taken much longer.

This year, Musk went on to say that the process of getting FSD to move forward has been “very frustrating,” and said it “hurts the safety of the people of Europe.”

Elon Musk clarifies the holdup with Tesla Full Self-Driving launch in Europe

The latest update Musk gave us was in July, when he said that Tesla was awaiting regulatory approval.

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