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NASA says SLS Moon rocket is ‘go’ for launch debut

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After rolling the vehicle to its Kenndy Space Center, Florida launch pad two days early for what is hoped to be the third and final time, NASA says that the first Space Launch System (SLS) Moon rocket is ready to take flight.

The Artemis I mission’s SLS reached Launch Complex 39B on August 17th after a 10-hour, 4-mile trip from KSC’s iconic Vehicle Assembly Building (VAB). NASA and its contractors spent the five subsequent days connecting the rocket to the pad and preparing both for flight – a process that will continue up until the moment the pad is cleared around a day or two prior to launch. On August 22nd, SLS and Orion program leaders completed a surprisingly clean Flight Readiness Review (FRR) for Artemis I, confirming that all related hardware, software, systems, and teams are (or will soon be) ready to launch.

Barring surprises, SLS remains on track to attempt its first launch and send an Orion spacecraft to the Moon no earlier than (NET) 8:33 am EDT (12:33 UTC) on Monday, August 29th.

The sun rises on NASA’s first SLS rocket, August 19th. (Richard Angle)

Jim Free, Associate Administrator of NASA’s Exploration Systems Development division, reported that the SLS Artemis I FRR was completed with no exceptions, no additional actions required, and no dissenting opinions about the rocket’s readiness. Given just how rocky all aspects of SLS development have been, an almost perfectly clean review was not exactly expected, but it bodes well for a launch attempt during the first available window. Some work still needs to be completed, however, including at least one test that could not be completed during past test campaigns.

The rocket and pad’s behavior during two recent wet dress rehearsal (WDR) test campaigns in April and June also suggest that it could take NASA a few tries before SLS actually lifts off. There’s also a nonzero chance that minor to moderate problems could arise before liftoff, potentially requiring NASA to roll the rocket back to the VAB for a third time for repairs or longer-term troubleshooting. Thankfully, NASA officials were unusually candid in a post-FRR press conference and acknowledged many of those realities, noting that the first SLS launch could require multiple attempts.

Free even issued a statement on Twitter that almost directly acknowledged the possibility that Artemis I could end badly. While he avoided actually stating as much, the assistant administrator noted that “things may not go to plan” over the course of the mission. SLS will be the first rocket in history to attempt to send a payload to the Moon on its launch debut. Prior to attempting to enter orbit around the Moon and safely return to Earth, the Orion capsule will have only completed one suborbital test flight, and its propellant and propulsion section (service module) will have never flown.

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With any luck, the rocket will make it through preflight operations without a major hitch and launch on the first try on August 29th. If not, NASA has backup opportunities on September 2nd and 5th. If all goes to plan, Artemis I will last approximately 42 days from liftoff to Orion capsule splashdown. The SLS rocket’s job will be complete around three hours after liftoff, leaving Orion to enter orbit around the Moon and eventually return to Earth.

During Artemis I, Orion will attempt to enter a distant retrograde orbit (DRO) around the Moon, an orbit that will never be used again. The orbit NASA actually intends to use after Artemis II is called a near-rectilinear halo orbit (NRHO) and is quite different.

Strangely, NASA is sending Orion to a lunar orbit different than the one the spacecraft will regularly visit with astronauts on operational missions, which are scheduled to begin with Artemis III as early as 2025. The Artemis I spacecraft also lacks a docking port and life support systems, and SLS will launch with an inert launch abort system (LAS), further weakening the test flight’s overall relevance for crewed missions.

No matter the outcome, NASA is poised to gather a massive amount of data about the performance of SLS and Orion over the course of Artemis I. In a best-case scenario, only minor tweaks will be required and Artemis II – a less complex crewed test flight including a free-return trip around the Moon – will remain on track to launch sometime in 2024.

(Richard Angle)
(Richard Angle)
(Richard Angle)

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 has one big bottleneck with its public Robotaxi launch, but it can fix it easily

Elon Musk plans for Tesla Robotaxi to be open to the public in Austin in September.

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Credit: Dave Lee

Tesla CEO Elon Musk said that the company’s Robotaxi program would open to the public in September, but there is one big bottleneck that would inhibit it from launching smoothly.

The thing is, it can be resolved in no time, and Tesla can fix it internally.

In Austin, the Robotaxi platform has been in operation since late June. The launch of the program only allowed a handful of privileged influencers and groups to access the driverless ride-hailing service, although it has expanded this group on several occasions.

It has also slowly added vehicles to the fleet, starting at 11 cars when it launched in June. There have been a few cars added, but Tesla has continued to prioritize safety, keeping its rider population and number of vehicles low for the time being.

However, this is going to cause quite a bit of a bottleneck in next month’s planned public launch, as there will be an open invitation for anyone and everyone to test out the Robotaxi platform in Austin.

Tesla CEO Elon Musk confirms Robotaxi is opening to the public: here’s when

Many people have been waiting for an invitation to ride in a Robotaxi, and Tesla has not been prone to give one to just anybody.

As that becomes a much larger number next month, Tesla is going to have to step up its Robotaxi fleet number, as well as its population of Safety Monitors, the riders that sit in the passenger seat to ensure everything goes smoothly.

While the geofence in Austin has roughly doubled in size twice during both of Tesla’s expansions of the service area, the company is still playing it safe with rider population growth, something that aligns with its focus on safety.

Musk said recently about the expansion of Robotaxi to customer-owned vehicles:

“As I said, we’re being paranoid about safety. But I guess next year is I’d say confidently next year. I’m not sure when next year, but confidently next year, people would be able to add or subtract their car to the Tesla, Inc. fleet.”

The Robotaxi fleet will, without a doubt, revolutionize the way people view ride-hailing. Tesla seems ready to open it up to the public next month, based on what Musk said, but some changes will have to occur to ensure it goes smoothly.

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Tesla Model Y L spotted in Europe ahead of expected September China launch

Tesla’s long-wheelbase Model Y L has seemingly been spotted in Europe.

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Credit: Tesla

Tesla’s long-wheelbase Model Y L has seemingly been spotted in Europe, signaling its upcoming debut outside China. A lightly camouflaged prototype was seen at a charging station near Germany’s Nürburgring, hinting that the extended wheelbase crossover will make its way to European markets after its expected September launch in China.

The Model Y L

The Model Y L, which will be offered in a six-seat configuration, is expected to add roughly 178 mm (7 inches) to the overall length of the standard Model Y, with 152 mm (6 inches) dedicated to stretching the wheelbase, as noted in an autoevolution report. This design tweak should unlock more third-row space, and it should be enough to rival the rear seating comfort of the much more expensive Model X, which can no longer be ordered in Europe.

While initially mistaken for a Model Y Performance during testing, the prototype’s extended rear door cutout and 19-inch wheels, which were unusual for a Performance variant, suggested that the covered unit was actually the Model Y L. The prototype’s wheels, if any, match those listed in China’s Ministry of Industry and Information Technology (MIIT) filing for the upcoming Model Y L.

Model Y L production

Tesla is expected to build the Model Y L at Giga Shanghai for the Chinese market initially, though speculations are high that the vehicle will also be built at Giga Berlin in Germany, as well as the Fremont Factory and Giga Texas in the United States. Recent reports have suggested that the Model Y L’s production in China has already begun, and sales there are slated to start in September. 

Considering the Model Y L’s lower entry price compared to the flagship Model X, the upcoming extended wheelbase crossover could quickly become Tesla’s new premier SUV for families needing extra passenger capacity, at least without stepping into the premium pricing bracket of the Model X.

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Tesla fans are urging Elon Musk to file a lawsuit against fake “disabled” Cybertruck video

As per Tesla supporters, enough is enough,

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Credit: bighuey313/Instagram

Tesla supporters and retail investors are urging CEO Elon Musk and the electric vehicle maker to pursue legal action against a rapper who faked a video of a Cybertruck that was reportedly disabled remotely by the company.

As per Tesla supporters, enough is enough.

The fake video

American rapper Big Huey made headlines over the weekend when he claimed that his Cybertruck had been deactivated by Tesla. The rapper claimed that Tesla had remotely disabled his Cybertruck unless he complied with a cease-and-desist letter over a song he made about the all-electric pickup truck. In his video, the rapper even claimed that he was “stranded as f*ck” because he could not move his Cybertruck.

The video itself was immediately flagged by longtime Tesla watchers as fake. It did not take long before Tesla itself posted a clarification on its official X account stating that the rapper’s viral video was indeed fake. By this time, however, the rapper’s claims have already made their way across the internet. 

Enough is enough

A look at the comments on Tesla’s clarification post shows that a good number of EV enthusiasts and retail investors are urging the company to pursue legal action against the rapper. One of the rapper’s videos, after all, featured an alleged cease-and-desist letter that featured what appeared to be a forged signature from a Tesla Legal executive. Others also noted that it is high time for Tesla to fight back more assertively against fake videos and allegations.

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While Tesla North America tends to be a punching bag of sorts for false claims, the company has been adopting a more assertive approach to defend its reputation in other countries. These include China, which has proven to be very assertive when it comes to defending its legal interests and reputation. This has worked well for Tesla China, so it is no wonder that investors are now clamoring for a similar legal approach in the United States.

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