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SpaceX inaugurates two new Starship engine test stands with a static fire

SpaceX has christened a new dual-bay Raptor test stand, almost doubling its Starship engine test capacity. (NASASpaceflight - bocachicagal)

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Barely four months after breaking ground, SpaceX has completed a dual-bay Starship engine test stand and inaugurated the new facility with a Raptor static fire.

That means that SpaceX’s McGregor, Texas test and development center now has more capacity to test individual Starship engines than the Merlin 1D and Merlin Vacuum engines that power the company’s workhorse Falcon 9 and Falcon Heavy rockets – and less than two and a half years after full-scale Raptor testing first began. SpaceX needs that capacity more than ever before as it shifts its focus from medium-altitude, three-engine Starship production and launches to true orbital test flights with six-engine ships and 29-engine Super Heavy boosters.

Every one of those 35 engines – all of which are expected to be expended after a single orbital test flight – will first need to be qualified for flight via static fire tests in McGregor. As of last month, SpaceX had four separate Raptor test facilities – two horizontal bays, one vertical stand, and a separate bay used for some kind of subcomponent testing. That left Starship in a similar boat as Falcon, which has relied on three vertical Merlin test bays for more than a decade.

As SpaceX found out, Falcon Heavy production – requiring 27 M1Ds and one MVAC – can almost completely swamp those three Merlin test stands for the better part of a month or two. Given that signs are pointing to every orbital Starship test flight requiring almost three-dozen new Raptors, the qualification testing situation will be even more challenging if SpaceX wants to continue the program’s rapid pace of development and more or less monthly launches.

Based on aerial photos taken by a NASASpaceflight L2 forum contributor and later published in a February 2021 article, groundbreaking began in the last week of January. Within two months, the bulk of the dual-bay stand’s structure and plumbing appeared to be in place. Within three months, everything appeared to be ready to go and a Raptor was present for apparent fit checks. Finally, on June 4th, the stand came to life for the first time with a brief 15-second Raptor static fire – likely more to verify the brand new facility’s readiness than to test Raptor itself.

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SpaceX thus built two brand new test stands from a dirt lot to completion in ~18 weeks, expanding McGregor’s full-scale Raptor test capabilities by at least ~67% in one fell swoop. That means that if qualifying 35 Raptors might have previously taken 5-8 weeks, McGregor can now feasibly complete the same work in 3-5 weeks and probably continue some level of experimental testing at the same time. Now, SpaceX just has to mass-produce and qualify dozens of Raptor engines at a pace likely unprecedented even in its exceptionally productive engine production and testing history.

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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Twitter co-founder Jack Dorsey endorses Elon Musk Tesla pay package

Dorsey framed the pay package as an engineering and governance crossroads for Tesla.

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Twitter co-founder and Square CEO Jack Dorsey has publicly backed Elon Musk’s leadership ahead of Tesla’s pivotal shareholder vote, which is expected to be decided later today at the company’s 2025 annual meeting. 

Dorsey framed the pay package as an engineering and governance crossroads for Tesla.

Dorsey’s public nod framed as an engineering defense of Musk

In a post on X, Dorsey weighed in on Tesla’s post about being in a “critical inflection point.” As per the Twitter-co-founder, the vote on Musk’s 2025 performance award is not about compensation. Instead, it’s about ensuring the path for the company’s engineering in the coming years. 

“This is not about compensation. it’s about ensuring a principled (and exciting!) engineering approach to the company’s future,” Dorsey wrote on his post, later stating that users of Cash app with TSLA shares would be able to vote for the CEO’s proposed 2025 performance award. 

Elon Musk appreciated Dorsey’s endorsement, responding to the Twitter co-founder’s post with a heart emoji. Musk has been pretty thankful for the support for is fellow tech executives, also thanking Michael Dell recently, who also advocated for its proposed 2025 performance award.

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Musk’s support

While Elon Musk’s 2025 performance award has received opposition from proxy advisors such as Glass Lewis and ISS, it has received quite a lot of support from longtime bulls such as ARK Invest, and, more recently, Schwab Asset Management following calls from TSLA retail shareholders. 

“Schwab Asset Management’s approach to voting on proxy matters is thorough and deliberate. We utilize a structured process that focuses on protecting and promoting shareholder value. We apply our own internal guidelines and do not rely on recommendations from Glass Lewis or ISS. In accordance with this process, Schwab Asset Management intends to vote in favor of the 2025 CEO performance award proposal. We firmly believe that supporting this proposal aligns both management and shareholder interests, ensuring the best outcome for all parties involved,” Charles Schwab told Teslarati.

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Here’s what changed in the Tesla Cybercab since last year’s unveiling

The latest sightings suggest that the fully autonomous two-seater is now moving closer to production.

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Credit: wudapig/Reddit

An apparent production-ready prototype of the Tesla Cybercab has been spotted testing in public, and it revealed several subtle but notable design updates compared to its 2024 prototype. 

The latest sightings suggest that the fully autonomous two-seater is now moving closer to production.

Subtle design refinements

The new photo of the Cybercab prototype was initially posted on the r/TeslaLounge subreddit, where it proceeded to receive numerous responses. As per the user who posted the image, the photo was taken in California, and the vehicle was reportedly fitted with a steering wheel. 

Based on the image, the Cybercab appears to have received a revised tail design, which now rises slightly, likely to improve aerodynamics. Tesla also appears to have shortened the rear body panel below the lighting section. Other updates include a slightly redesigned rear bumper, red reflectors repositioned farther from the wheel arches, and unpainted side repeater cameras that seemed to have been moved slightly forward, likely for better visibility.

The Cybercab’s B-pillar has also been shifted forward and now sits slightly lower, accompanied by larger door panels that likely make entry and exit easier. The vehicle’s tires are no longer painted either, nor do they have an extended wheel cover. Interestingly enough, the prototype was also fitted with side mirrors, though these are likely just for regulatory testing purposes and would be removed in the vehicle’s final production version.

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An In-and-Out tease

At the end of October, the Tesla AI team teased some of the Cybercab’s progress with a lighthearted “Animal Style” Halloween post featuring the autonomous two-seater being driven through an In-N-Out drive-through by employees in costume. Longtime Tesla watchers noted that the In-and-Out photos continue a long-standing tradition of Tesla driving its prototypes through the fast food chain’s drive-throughs.

The In-and-Out photos of the Cybercab also revealed some updates that have been implemented on the vehicle’s front end. These included what appears to be segmented DRLs and headlamps, actual turn signals, and a splitter that’s a lot sharper. Some noted that the vehicle looks sharper than the prototypes from last year’s We, Robot event, but this also resulted in the Cybercab looking a bit less “Cyber” now.

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Tesla MultiPass in Europe expands, allowing ease of access to non-Tesla chargers

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Credit: TeslaCharging | X

The Tesla MultiPass program in Europe is expanding to new countries. The program was launched earlier this year to assist Tesla owners in having an easier charging experience at non-Tesla EV chargers.

In September, Tesla launched the MultiPass program to owners in the Netherlands, which aimed to enable charging for Tesla owners at third-party stations using the app or keycard. It was developed to avoid having to use multiple apps for each charging manufacturer.

Tesla launches MultiPass to simplify charging at non-Tesla stations

Both access and payment would be performed through the Tesla app, streamlining the entire process.

Today, Tesla expanded the program to Sweden, Germany, the United Kingdom, France, and Belgium, building on its initial rollout and partnering with companies like Fastned to improve EV roaming coverage across the continent.

The program is still in its early stages, and it appears to have some issues, which were highlighted by owners.

Some state that the different designs between chargers can create a bit of a hassle, especially as some do not properly display charging rates and inconsistent pricing displays.

Additionally, Tesla’s Trip Planner and other route planner integrations are not as descriptive as they should be, so some owners suggested reliability and visibility improvements.

Tesla partnered with Electrify America, Rivian’s Adventure Network, and other networks to expand charging availability and make options more readily available.

Tesla’s Supercharger presence in Europe has expanded quite a bit over the past few years, but EVs are much more prevalent there than they are here in the U.S. The company has done a great job of growing the Supercharger presence this year, and there are currently over 11,000 stalls on the continent.

This year, Tesla added 200 total stations and roughly 1,250 total stalls, a 16 percent increase from last year. Europe also has a high concentration of V4 Superchargers, as nearly 42 percent of the stalls on the continent are V4, giving higher charging rates of up to 500 kW.

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