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SpaceX installs first parts of tower meant to catch Starship boosters

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SpaceX’s Starship ‘launch tower’ appears to have been outfitted with the first major component of a mechanism that’s meant to allow the structure to catch Starship boosters – and maybe the ships themselves – in mid-air.

Already speeding towards completion just a few months after assembly began, the tower’s primary purpose is to provide a stable platform capable of steadying Starships and Super Heavy boosters during final integration, when the two stages combine to become one launch vehicle. Situated a stone’s throw from the Gulf of Mexico on the windy South Texas coast, the process of carefully mating two halves of what amounts to a several hundred ton skyscraper will be far harder than it might seem.

Though early operations could likely trade refinement for patience and some level of added risk, regular Starship operations will necessitate rapid, reliable, and repeatable mating in almost all weather and wind conditions. In other words, Starship’s integration tower will likely be outfitted with arm-like structures capable of temporarily fixing Starships and Super Heavy boosters in place. Teased several times by CEO Elon Musk over the last six or so months, SpaceX or its stubborn leader seem to have decided somewhere along the way that the same tower could potentially catch those building-sized rocket stages, too.

Recently described as “basically Mechazilla” by Musk, the launch tower’s supposed catching mechanism is almost a complete mystery. Based on the CEO’s comments, the implication is that some kind of giant, mobile pair of robotic arms will be affixed to the tower’s exterior. When catching Super Heavy boosters, Musk says those arms will ‘grab’ the rocket just below its Falcon booster-style grid fins. In fact, a prototype of a Super Heavy booster’s grid fin section was recently completed at SpaceX’s Boca Chica factory and sports what looks like two anchor-like structures that could be used to secure and grapple the rocket.

Falcon 9 booster B1048 bares three of its four hold-down anchors. (Richard Angle)

A bit like the four anchors used to secure Falcon boosters to the launch pad before liftoff and withstand hundreds of tons of thrust, the structures installed between Super Heavy grid fin mounts appear similar but are instead installed near the top of the rocket. Perfect, in other words, to serve as anchor points for cranes or clamps. It’s possible that Super Heavy boosters could also ‘land’ by resting the flat rear end of those hardpoints on the tower’s arms.

At the same time, catching boosters with the flat end of those hardpoints with give Super Heavy an extraordinarily narrow window for successful recovery unless its grid fins are also capable of serving as the passive part of the catch mechanism.

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The tower’s guide rail-like structures are visible here running up and down the left beams. (NASASpaceflight.com)

Known as a drawworks and potentially scavenged from Phobos, an oil rig turned SpaceX sea launch platform, the powerful hoist may be the first part of the mechanism that could allow the tower’s arms to roll up and down its exterior, ‘cushion’ landing boosters, and function a bit like a crane. Using rail-like structures visible on three of the tower’s four ‘legs,’ the hoist could lift that mechanism like a sort of complex rocket elevator.

Ultimately, though, SpaceX’s unprecedented Starship launch/catch tower will remain a mystery until it’s fully assembled and in active use. Thankfully, based on the rate of progress being made over the last few months, those milestones might be just a few months away.

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 bear Guggenheim sees nearly 50% drop off in stock price in new note

Tesla bear Guggenheim does not see any upside in Robotaxi.

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Credit: Tesla

Tesla bear Guggenheim is still among the biggest non-believers in the company’s overall mission and its devotion to solving self-driving.

In a new note to investors on Thursday, analyst Ronald Jewsikow reiterated his price target of $175, a nearly 50 percent drop off, with a ‘Sell’ rating, all based on skepticism regarding Tesla’s execution of the Robotaxi platform.

A few days ago, Tesla CEO Elon Musk said the company’s Robotaxi platform would open to the public in September, offering driverless rides to anyone in the Austin area within its geofence, which is roughly 90 square miles large.

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

However, Jewsikow’s skepticism regarding this timeline has to do with what’s going on inside of the vehicles. The analyst was willing to give props to Robotaxi, saying that Musk’s estimation of a September public launch would be a “key step” in offering the service to a broader population.

Where Jewsikow’s real issue lies is with Tesla’s lack of transparency on the Safety Monitors, and how bulls are willing to overlook their importance.

Much of this bullish mentality comes from the fact that the Monitors are not sitting in the driver’s seat, and they don’t have anything to do with the overall operation of the vehicle.

Musk also said last month that reducing Safety Monitors could come “in a month or two.”

Instead, they’re just there to make sure everything runs smoothly.

Jewsikow said:

“While safety drivers will remain, and no timeline has been provided for their removal, bulls have been willing to overlook the optics of safety drivers in TSLA vehicles, and we see no reason why that would change now.”

He also commented on Musk’s recent indication that Tesla was working on a 10x parameter count that could help make Full Self-Driving even more accurate. It could be one of the pieces to Tesla solving autonomy.

Jewsikow added:

“Perhaps most importantly for investors bullish on TSLA for the fleet of potential FSD-enabled vehicles today, the 10x higher parameter count will be able to run on the current generation of FSD hardware and inference compute.”

Elon Musk teases crazy new Tesla FSD model: here’s when it’s coming

Tesla shares are down just about 2 percent today, trading at $332.47.

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Tesla Model 3 hits quarter million miles with original battery and motor

The Model 3’s Battery Management System (BMS) shows a State of Health between 88% and 90%.

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(Credit: Tesla Asia/Twitter)

A Western Australian Tesla Model 3 has captured global attention after racking up an impressive 410,000 kilometers (254,000 miles) on its original battery and motor, while still retaining around 90% of its original battery health.

Long-term Model 3

The 2021 Model 3 Standard Plus, equipped with a 60 kWh lithium iron phosphate (LFP) battery, has been in constant use as an Uber rideshare vehicle. According to Port Kennedy EV specialist EV Workz, the car’s Battery Management System (BMS) shows a State of Health between 88% and 90%.

EV Workz owner Edi Gutmanis shared the findings on Facebook’s Electric Vehicles For Australia page on August 8, and the post quickly went viral. As per Gutmanis, the Model 3’s charging history shows 15,556 kWh delivered via DC fast charging (29% of the total) and 38,012 kWh via AC charging (71% of the total). 

Gutmanis also broke down the fuel savings for the Model 3. A petrol car covering the same 410,000 km at 7L/100km and $1.70 per liter would cost an estimated AU$50,000 in fuel. By comparison, charging the Tesla using average commercial rates would be about AU$20,737 and just AU$13,000 if using Western Australia’s EV tariff. That’s a potential refueling saving of roughly $37,000, not including the avoided maintenance costs of an internal combustion engine.

Simple fix

The car came into EV Workz for a driveline “judder” issue, as per a report form EV Central Australia. Gutmanis found the real cause was simply worn motor mount bushes. After seven hours of labor and $130 in parts, “the car drives just as good as the first day it left the dealership,” Gutmanis said.

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Gutmanis, whose business also performs EV conversions on classics and 4x4s, says the results aren’t surprising. “We expect this sort of longevity with EV batteries,” he explained, though this is the highest-mileage Model 3 he has encountered in Australia.

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Mysterious covered Tesla Model Y fleet spotted in Giga Berlin

The vehicles were sighted during a recent drone flyover of the Germany-based Model Y production site.

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Credit: @TobiasLindh/YouTube

A fleet of mysterious covered Model Y units has been spotted at the Giga Berlin complex. The vehicles were sighted during a recent drone flyover of the Germany-based Model Y production site.

A mysterious fleet

The mysterious Model Y fleet was sighted by longtime Giga Berlin watcher Tobias Lindh, who has been chronicling the progress and activities of Tesla’s German factory complex for years. During his flyover on August 12, 2025, Lindh noted that he was able to spot a fleet of fully covered Model Y units being gathered in one section of the Giga Berlin site.

The presence of the covered Model Y units caught a lot of attention online, with numerous Tesla watchers speculating if the vehicles were the Model Y L or the yet-to-be-released Model Y Performance. Giga Berlin only produces Model Y units, after all, and both the Model Y L and Model Y Performance are yet to be rolled out by the electric vehicle maker.

Tesla Model Y Performance the Model Y L

The Model Y is Tesla’s best-selling vehicle by a mile, selling so well that it was able to become the world’s best-selling car by volume in 2023. With the changeover to the new Model Y this year, Tesla has only released the vehicle’s updated RWD and AWD versions. The updated Model Y Performance is yet to be released as of writing, though sightings of apparent Model Y Performance units have been reported on social media.

In recent weeks, however, the Model Y news cycle has been dominated by the upcoming release of the Model Y L, an extended wheelbase, six-seat version of the best-selling all-electric crossover. The Model Y L is expected to be produced in Giga Shanghai initially, though Giga Berlin, the Fremont Factory, and Giga Texas are also expected to produce the variant in the near future. 

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Check out Giga Berlin’s mysterious Model Y fleet in the video below.

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