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SpaceX rolls Starship launch tower section, giant water tank to orbital pad

Starship's first orbital launch site has a few new guests after a busy day hardware deliveries. (NASASpaceflight - bocachicagal)

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After a brief pause, SpaceX is once again shipping pad hardware from its Boca Chica, Texas rocket factory to Starship’s rapidly growing orbital launch site (OLS).

A few days of delays aside, the latest transport simultaneously rolled a massive 12m (40 ft) wide water tank and another prefabricated section of SpaceX’s skyscraper-sized orbital launch tower to a nascent orbital launch site adjacent to two well-worn suborbital pads.

Those suborbital pads have been through dozens of ground tests of Starship test tanks, hoppers, and high-altitude prototypes over the last ~20 months, recently culminating in Starship SN15 launching to 10 km (6.2 mi), free-falling back to earth, and becoming the first prototype of its kind to successfully touch down. Since that May 5th milestone, Starship SN15 has been moved to an empty lot – likely to be put permanently on display – and SpaceX’s focus has quite clearly shifted towards Starship’s first orbital test flights.

To even be able to attempt those test flights, which will involve a Starship installed on top of the world’s most powerful rocket booster, several things must be in order. Relative to the three-engine, medium-altitude Starship prototypes SpaceX has the most experience with, CEO Elon Musk has implied that even the very first flightworthy Super Heavy boosters will be outfitted with 29 Raptor engines, representing an almost order-of-magnitude leap in lift-off thrust. In other words, SpaceX’s proven suborbital launch mounts are wholly inadequate for even a rudimentary orbital launch attempt.

Aside from being unable to withstand the immense stress of at least ~5800 metric tons (12.8 million lbf) of thrust, SpaceX’s suborbital pad also has far too little propellant storage capacity to fuel an orbital launch attempt. Enter SpaceX’s first South Texas orbital launch site.

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SpaceX’s nascent orbital Starship launch site just four months prior. (NASASpaceflight – bocachicagal)

In response, SpaceX has been gradually building out brand new orbital-class launch facilities for around nine months. Work on the pad began to significantly accelerate earlier this year, including the delivery of Starship-derived propellant storage tanks, the rapid assembly of even larger insulation ‘sleeves’ for those custom tanks, the even faster construction of multiple prefabricated launch tower segments, finishing touches on a tall six-legged ‘launch mount,’ the completion of a massive cryogenic propellant pumphouse, miles of wire and pipe runs, and far more.

As it turns out, the second propellant storage tank ‘sleeve’ is actually a massive water tank, indicating that Starship’s first orbital launch site will have some form of water deluge system to limit the damage Super Heavy’s 29 Raptors can do to the pad and rocket itself at liftoff. The tank measures 12m (40ft) wide and approximately 36m (~120ft) tall, meaning that it should be able to hold more than a million gallons (~4000 cubic meters) of water.

Additionally, SpaceX delivered the third prefabricated launch tower segment, leaving the tower more than half its full ~143m (469ft) height once installed. Two more sections are already more than half finished, likely meaning that the tower’s structural skeleton could be fully assembled by July or August.

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 ownership without home charging: Here’s how it’s done

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Credit: Tesla

I bought a Tesla without having perhaps the biggest advantage of owning an electric vehicle: home charging.

People told me it could be done, others said it eliminated the purpose of owning an EV. I knew I wanted a Tesla, and I knew I could probably get away with not having access to charging at home.

I traded my ICE vehicle for a Tesla Model Y: here’s how it went

The strategy I planned to use without having home charging was pretty simple: there’s a Supercharger a few miles away, and there’s also low-level charging at my local grocery store. The Model Y also came with a Mobile Connector, so there was another way I could charge in a pinch.

There are also some distinct advantages I have over others, including the fact that I do not commute to and from work, and I’m also situated only a handful of miles from things like the store and shopping, and most of my errands can be completed without driving more than 15 miles back and forth.

A common misconception about being reliant on Supercharging is the cost. Many believe that Supercharging is so expensive that it costs about the same as buying gas.

However, there are many workarounds for that, some of which I have used weekly to save money and increase convenience.

Here’s how I’ve made it work, and how I suggest you can too:

Charge During Off-Peak Hours as Much as Possible

The biggest tip I have for those who choose to buy an EV but do not have access to at-home charging is the advantage that is off-peak rates.

At my local Supercharger, it costs $0.47 from 8 a.m. to 10 p.m., and just $0.18 from 10 p.m. to 8 a.m.

That means if you can wake up a little earlier or go to bed a little bit later, you’ll save nearly three times the money. This is not to say that I never charge during peak hours, but I try to save the longer charges for off-peak hours, and it’s been a huge advantage for me.

One morning recently, I was at 9 percent and I charged to 90 percent. It only cost me about $11. Charging during peak hours, that same charge would have been roughly $26.

Tesla Supercharger access has proven to be a challenge for one company

In my Bronco Sport, going from 40 miles to a full tank, roughly 400 miles, would have cost me well over $40.

It’s not so bad either. The Supercharger I use is located at a Sheetz, so I’m able to go in, grab a coffee and a breakfast sandwich, charge, watch YouTube in the car, and sometimes, I even get to enjoy a nice sunrise on the way home.

If I have to go at night, my Fiancè and I usually use the opportunity to spend time together. We’ll run over to the Supercharger, grab snacks, and watch whatever we’re binging on Netflix (right now, it’s Narcos).

Many people said that Supercharging would cost me more than filling up my gas car. According to my Tesla app, that simply isn’t the case.

While I have been forced to charge during peak hours at times for about a month and a half, in about fifteen charging sessions, I’ve saved about $70. Over the course of a year, that would equate to over $800.

Utilize Other Charging Solutions

Although my Charging Stats above show that I’ve only used it 1 percent of the time, I have the advantage of free charging at my grocery store.

It is a Shell Recharge EV charging station, and there are two of them at the store. I used my J1772 adapter to charge, and it charges slowly at 11.5 kW.

However, it is great if you’re doing your shopping for the week and you’re stuck at the store for an hour or two. If you have one or two of these at your grocery store, just remember to be courteous and charge until you have a reasonable amount of range.

What I’ll Do Moving Forward

One ongoing effort has been pushing my leasing office to install a few EV chargers in our neighborhood. Because we rent, we are truly at the mercy of what the leasing office will allow and what they’ll do to make the lives of EV owners easier.

I’m hoping to continue pushing the management company to a point that will eventually get EV chargers in the neighborhood, especially while I live here and for those who will live here after we leave.

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Tesla widens rollout of new Full Self-Driving suite to more owners

Tesla started rolling out Full Self-Driving v14 nearly two weeks ago, but it was a very controlled release that made its way to only a small group of owners who are part of the EAP.

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tesla autopilot
(Credit: Tesla)

Tesla is widening its rollout of the new Full Self-Driving suite to more owners, after it had been confined to those in the Early Access Program (EAP) for a couple of weeks.

Tesla started rolling out Full Self-Driving v14 nearly two weeks ago, but it was a very controlled release that made its way to only a small group of owners who are part of the EAP.

It seemed logical to keep things tight; v14 was Tesla’s first major FSD release in a year, and it featured a handful of new features, including a new, slower driving profile known as “Sloth,” and the ability to park in an area at the destination that was designated by the driver.

There were also other improvements, including parking garage navigation, yielding for emergency vehicles, better recognition and handling for road debris, and a more refined ride experience overall. So far, it has been the best FSD suite Tesla has rolled out, capable of more than any previous release.

However, it has only been available to that small group of EAP Tesla owners. Now, it appears Tesla is starting to roll out Full Self-Driving v14 to more owners for the first time with v14.1.2:

Tesla rolled out FSD v14.1.2 for the first time last night, introducing further refinements to the initial two v14 iterations that were made available to owners, as well as the new Mad Max Speed Profile, which offers higher speeds during travel and more lane changes.

Tesla launches ‘Mad Max’ Full Self-Driving Speed Profile, its fastest yet

The first reviews of the Mad Max Speed Profile have been raving with positivity. Owners praise its ability to handle congestion and heavy traffic, as well as its decisiveness and reduced hesitation, which other Profiles have been noted for in the past two v14 releases.

The expansion of the FSD suite, especially with this new version, will make so many owners happy, as the release has been slow, controlled, and exclusive. Now that it is making its way to more Tesla owners, we will see more refinements and features in the coming weeks.

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Investor's Corner

Barclays lifts Tesla price target ahead of Q3 earnings amid AI momentum

Analyst Dan Levy adjusted his price target for TSLA stock from $275 to $350, while maintaining an “Equal Weight” rating for the EV maker.

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Credit: Tesla China

Barclays has raised its price target for Tesla stock (NASDAQ: TSLA), with the firm’s analysts stating that the electric vehicle maker is approaching its Q3 earnings with two contrasting “stories.” 

Analyst Dan Levy adjusted his price target for TSLA stock from $275 to $350, while maintaining an “Equal Weight” rating for the EV maker.

Tesla’s AI and autonomy narrative

Levy told investors that Tesla’s “accelerating autonomous and AI narrative,” amplified by CEO Elon Musk’s proposed compensation package, is energizing market sentiment. The analyst stated that expectations for a Q3 earnings-per-share beat are supported by improved vehicle delivery volumes and stronger-than-expected gross margins, as noted in a TipRanks report.

Tesla has been increasingly positioning itself as an AI-driven company, with Elon Musk frequently emphasizing the long-term potential of its Full Self-Driving (FSD) software and products like Optimus, both of which are heavily driven by AI. The company’s AI focus has also drawn the support of key companies like Nvidia, one of the world’s largest companies today.

Still cautious on TSLA

Despite bullish AI sentiments, Barclays maintained its caution on Tesla’s underlying business metrics. Levy described the firm’s stance as “leaning neutral to slightly negative” heading into the Q3 earnings call, citing concerns about near-term fundamentals of the electric vehicle maker.

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Barclays is not the only firm that has expressed its concerns about TSLA stock recently. As per previous reports, BNP Paribas Exane also shared an “Underperform” rating on the company due to its two biggest products, the Robotaxi and Optimus, still generating “zero sales today, yet inform ~75% of our ~$1.02 trillion price target.” BNP Paribas, however, also estimated that Tesla will have an estimated 525,000 active Robotaxis by 2030, 17 million cumulative Optimus robot deliveries by 2040, and more than 11 million FSD subscriptions by 2030.

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