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SpaceX rocket performs first last-second launch abort in years, delaying Starlink mission
A Falcon 9 rocket has performed SpaceX’s first last-second launch abort in years, shutting down the booster’s main engines and preventing liftoff just milliseconds after ignition.
Scheduled to lift off at 9:22 am EDT (13:22 UTC) on March 15th, SpaceX will now wait until no earlier than (NET) 8:21 am EDT (12:21 UTC) on Wednesday, March 18th for the sixth 60-satellite Starlink mission’s next launch attempt. Featuring an exceptionally flight-proven Falcon 9 booster and marking the second time ever SpaceX has reused a payload fairing, yesterday’s launch abort is also unique in its own right.
Notably, shortly after the launch countdown froze and Falcon 9 shut down at T-00:00:00, a launch operator – on-console either in Florida or at SpaceX’s Hawthorne, CA headquarters – revealed that the rocket had triggered a “launch abort on engine high power”. To explain that decision, a little background on how SpaceX launches its rockets and what exactly abort conditions are is necessary.
Software has always been a central part of SpaceX’s launch vehicles, treated more like a first-class citizen in design and engineering instead of the reluctant necessity other launch providers have frequently relegated it to. For anyone that’s watched numerous SpaceX launch webcasts, some might recognize the familiar “vehicle is in startup” callout that made around T-1 minute to liftoff. Standard on most modern launch vehicles, SpaceX’s Falcon rockets use onboard computers to take over their countdowns shortly before launch.
This is mainly done to allow the vehicle to simultaneously analyze thousands of channels of telemetry far faster and more reliably than humans ever could. During today’s launch attempt, that meant that Falcon 9 saw something it didn’t like just milliseconds before it was scheduled to command the release of the pad’s hold-down clamps and lift off.

Per one of SpaceX’s on-console engineers, the specific issue Falcon 9’s computer flagged was an “engine high power” alert. Soon after, SpaceX provided an update on Twitter, stating that the abort was “triggered due to out-of-family data during [an] engine power check” – putting the blame more on the sensors and software used to determine engine thrust than the engine hardware itself. An actual hardware or software failure that caused one or several booster engines to exceed their design limits could have potentially damaged B1048’s Merlin 1Ds, likely requiring weeks of repairs or a full swap with a different booster.
Given that Falcon 9 B1048 has already performed four orbital-class launches, hardware issues would not come as a major shock, but the successful static fire test it completed on Saturday made that far less likely. SpaceX’s confirmation that it was looking at an “out-of-family” reading thankfully means that only one of several thrust sensors showed the Falcon 9 booster producing too much thrust.
With any luck, post-ignition launch aborts will continue to be extremely rare for SpaceX’s Falcon launch vehicle family. The last such abort occurred in February 2016, more than four years and several booster ‘Block’ iterations ago.
Starlink L6 (V1 L5) is now scheduled to launch on Wednesday, March 18th, giving SpaceX workers some 72 hours to inspect Falcon 9 B1048’s engines, replace thrust sensors, tweak software, and prepare for a second launch attempt. Drone ship Of Course I Still Love You (OCISLY), fairing recovery ships GO Ms. Tree and GO Ms. Chief, and another support vessel or two remain on station in the Atlantic Ocean and will have to wait a bit longer for their next rocket recovery attempts.
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Tesla China’s new six-seat Model Y L already sold out through October
New Tesla Model Y L orders now show an estimated delivery date of November 2025 at the earliest.

Tesla’s new Model Y L is sold out for October in China, with new orders showing an estimated delivery date of November 2025 at the earliest.
The extended-wheelbase variant, launched in August and first delivered this month, has quickly become one of Tesla’s strongest-selling vehicles in its key overseas market.
Demand and expectations
Tesla China initially positioned the Model Y L for September deliveries, with Vice President Grace Tao confirming on Weibo that the vehicle would begin reaching customers this September. True to that promise, the first handovers of the vehicle started last week. Since its launch, the six-seat crossover has sold out its September and October allocations, hinting at healthy demand.
Industry estimates suggested that Tesla received more than 35,000 orders for the Model Y L on launch day alone. While some Model Y L orders may overlap with those of the standard Model Y, industry watchers have noted that the six-seat, extended wheelbase variant is expanding the company’s total addressable market by appealing to car buyers who need more space and seating.
Tesla China boost
The Model Y L’s strong momentum is significant as Tesla navigates a competitive Chinese EV sector. With deliveries now stretching into November, the new crossover could potentially lift Tesla’s quarterly sales performance and help maintain its relevance in a market dominated by fast-moving domestic brands.
Beyond China, the extended-wheelbase Model Y L may also serve as a strategic export product for markets where larger family vehicles are in demand. Its early sellout performance suggests that Tesla has tapped into a new growth lever within its most successful vehicle lineup. With a starting price of RMB 339,000 ($47,180), after all, the Model Y L has the makings of a true bang-for-the-buck vehicle.
News
Tesla targets Bay Area airports as next step for Robotaxi rollout
The update was initially reported by Politico, which cited records that it reportedly obtained.

Tesla has expressed interest in operating its Robotaxi ride-hailing service in three of Silicon Valley’s busiest airports, as per the company’s communications with California regulators.
The update was initially reported by Politico, which cited records that it reportedly obtained.
Key Robotaxi battleground
As per the publication, Casey Blaine, Tesla’s senior regulatory counsel, informed regulators in California that the electric vehicle maker was “initiating engagement with the following airports to secure the necessary approvals to conduct pick-ups/drop-offs: San Francisco International Airport, San Jose Mineta International Airport, and Oakland International Airport.”
High-traffic airports have long been a focal point for autonomous vehicle firms like Waymo, which recently secured permits to operate in San Jose and is progressing in San Francisco after a lengthy battle with labor groups. By pursuing airport access, Tesla seems to be hinting that it wants a share of the same market. Regulators confirmed that Tesla has opened discussions with each Bay Area airport, though no permits have been granted yet.
Regulator visit
California’s Public Utilities Commission, the state’s primary ride-hailing regulator, has reportedly engaged directly with Tesla in recent months. Agency officials reportedly visited Tesla’s Palo Alto offices to learn more about the company’s ride-hailing program and its technology. Agency spokesperson Terrie Prosper shared some insights about the matter.
“CPUC staff are aware of Tesla’s recently expanded Bay Area charter-party carrier service and associated app. As for any charter-party carrier regulated by the CPUC, staff engages to exchange information, promote safety, and monitor compliance with applicable rules and regulations. Among other things, we appreciate and expect Tesla and all carriers to properly and clearly represent its service to the public,” Proper noted.
Tesla has already allowed Bay Area riders to book trips through its Robotaxi app, which launched to select customers in July before opening publicly in September. Videos posted online show Tesla’s driverless cars are still operating with safety drivers, though Musk has suggested that the service could be fully driverless by the end of the year.
Elon Musk
Analyst: Elon Musk’s $1 trillion Tesla pay deal modest against robot market potential
Jonas highlighted Tesla’s longer-term ambitions in robotics as a key factor in his assessment.

Morgan Stanley analyst Adam Jonas, one of Wall Street’s most ardent Tesla (NASDAQ:TSLA) bulls today, has described Elon Musk’s newly proposed $1 trillion performance-based compensation package as a “good deal” for investors.
In a note shared this week, Jonas argued that the package helps align the interests of Musk and Tesla’s minority shareholders, despite its shockingly high headline number.
Future market opportunities
Jonas highlighted Tesla’s longer-term ambitions in robotics as a key factor in his assessment. “Yes, a trillion bucks is a big number, but (it) is rather modest compared to the size of the market opportunity,” Jonas wrote. He added that the humanoid robot market could ultimately surpass the size of today’s global labor market “by a significant multiple.”
“We have entertained scenarios where the humanoid robot market can exceed the size of today’s global labor market… by a significant multiple,” Jonas wrote, as shared on X by Tesla watcher Sawyer Merritt.
The analyst likened the arrival of AI-powered robotics to the transformative effect of electricity, noting that “contemplating future global GDP before AI robots is like contemplating global GDP before electricity.” The Morgan Stanley analyst’s insights align with the idea that as much as 80% of Tesla’s future valuation could be tied to its Optimus humanoid robot program.
Elon Musk’s pay package
Tesla’s board has tied Elon Musk’s proposed compensation package to some of the most ambitious targets in corporate history. The 2025 CEO Performance Award requires the automaker’s valuation to soar from roughly $1.1 trillion today to $8.5 trillion over the next decade, a level that would make Tesla the most valuable company in existence.
The plan also demands a leap in Tesla’s operating profit, from $17 billion in 2024 to $400 billion annually. It also ties the CEO’s compensation to a number of product milestones, including the delivery of 20 million vehicles in total, 10 million active Full Self-Driving subscriptions, 1 million Tesla Bots, and 1 million Robotaxis in operation. Tesla’s board emphasized that Musk’s leadership was fundamental to achieving such ambitious goals, with Chair Robyn Denholm noting the award would align the CEO’s incentives with long-term shareholder value.
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