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US military wants SpaceX to create a miniature, battery-powered Starlink dish

While extraordinarily capable, Starlink user terminals are far from portable. The US military wants to change that. (FSET)

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The US Department of Defense wants to find out if SpaceX can make a miniature, wireless version of the antennas currently used to connect to Starlink satellite internet.

The US Special Operations Command (USSOCOM) announced its interest in miniaturized Starlink terminals as part of a Broad Agency Announcement (BAA) soliciting proposals for dozens of small research and development projects under the US Small Business Innovation Research (SBIR) program. At this stage, just hours after the round of SBIR proposal requests was published, it’s unclear if the US military is already coordinating with SpaceX on the topic of human-portable Starlink antennas or if the request is open to proposals from anyone.

Still, said request [PDF] does provide some intriguing details about its primary goals.

Portable Starlink SBIR US DoD SOCOM by Eric Ralph on Scribd

Hat-tip to Michael Sabo for spotting the SBIR.

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In short, the purpose of the research topic is to “conduct a feasibility study to assess” whether it’s possible to “develop a small form factor system that enables reliable access to the Starlink commercial internet system.” In essence, as increasingly capable radio, data, and internet links have become a virtual necessity for a majority of people in the modern world, the same is true for military operations – connectivity is more useful and strategically essential than ever before.

Along those lines, US SOCOM wants to determine if it’s possible to develop an antenna that can connect to SpaceX’s vast Starlink satellite constellation while still being small and efficient enough for individual soldiers to carry – and operate – while on the move. Of note, the SBIR would necessarily be open to virtually any American business or individual capable of meeting its goals – not just SpaceX, in other words. As of today, SpaceX has never mentioned an interest in or willingness to allow third-party suppliers to develop Starlink-compatible antennas – a move that would undoubtedly make waves. As such, it seems safe – but perhaps not entirely safe – to assume that SOCOM is releasing this proposal request under the implicit assumption that only proposals from SpaceX itself will be considered.

Starlink dishes can already be moved and used – while static – in different locations and SpaceX is working to upgrade its network to allow customers to take their dishes anywhere and even access the internet on moving vehicles. However, the current terminal design is power-hungry and heavy – far from human-portable, in other words. (Reddit /u/wandering-coder)

Simultaneously, a miniature, battery-powered antenna capable of connecting to Starlink and providing a “reliable internet connection” would obviously be of immense commercial interest to both SpaceX and competing low Earth orbit internet constellation companies like OneWeb and Amazon. It’s unclear if accepting government funds and performing development under an SBIR grant – particularly for US military special forces – would interfere with SpaceX’s ability to commercialize the same wireless antenna for civilian use.

Of note, SpaceX CEO Elon Musk has already stated that a miniature mobile Starlink antenna “sounds like a good idea,” though there has been no sign of any work on such a device.

Regardless, the DoD will accept proposals for the latest batch of SBIR contracts between May 19th and June 19th. If SOCOM ultimately chooses to award a Phase I contract and the resulting feasibility study concludes that human-portable Starlink antennas are within the realm of possibility, SpaceX (or unlikely third-party offerors) could move from theoretical or laboratory research to prototype development through a Phase II proposal. A hypothetical Phase III proposal would follow up Phase II with a focus on building and testing a substantial number of prototypes in the field, possibly resulting in an operational procurement contract.

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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 might be doing away with a long-included feature with its vehicles

It appears Tesla is mulling the possibility of not including key cards with its vehicles any longer.

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Credit: Tesla

Tesla might be doing away with a long-included feature with its vehicles, as it could be looking to phase out something that very few owners utilize.

Tesla Key Cards are included when you purchase your vehicle, and they assist in the initial setup process. However, after that, they are not super useful or relevant to the owner, as many rely on their Phone Key through the Tesla App to access their cars.

As such, it appears Tesla is mulling the possibility of not including key cards with its vehicles any longer. According to some language that has been removed from vehicle Owner’s Manuals that talks about the inclusion of key cards with the car upon delivery:

“Tesla provides you with two Model 3/Y key cards, designed to fit in your wallet.”

That sentence was removed from Owner’s Manuals, according to Not a Tesla App, which first spotted the change.

Tesla Model 3 owner implants RFID key card chip into her arm as ultimate hack to unlock door

Interestingly, the timing of the phrase being removed from Owner’s Manuals comes just after Tesla launched its “affordable” Standard Models, and could be a small money-saving measure for the company.

Key Cards have been utilized by Tesla for its cars since 2017, as they became an included accessory with the vehicle. They still have their place and are useful for other applications, such as Valet service and even to be used by car owners if their phone is dead or if someone else needs to get into the car.

They can also be purchased in the Tesla Shop for $40.

It seems as if Tesla is planning to have owners be completely reliant on the Phone Key, which is more useful and convenient than carrying around the Key Cards.

Although it is minor, it is yet another strategy Tesla is using to trim any sort of costs that can be eliminated and could save money in the long run.

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Elon Musk confirms Tesla FSD V14.2 will see widespread rollout

Musk shared the news in a post on social media platform X.

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Credit: Whole Mars Catalog/X

Elon Musk has confirmed that Tesla will be implementing a wide rollout of Full Self-Driving (FSD) V14 with the system’s V14.2 update. Musk shared the news in a post on social media platform X. 

FSD V14.1.2 earns strong praise from testers

Musk’s comment came as a response to Tesla owner and longtime FSD tester AI DRIVR, who noted that it might be time to release Full Self-Driving to the fleet because V14.1.2 has already become very refined.

“95% of the indecisive lane changes and braking have been fixed in FSD 14.1.2. I haven’t touched my steering wheel in two days. I think it’s time, Tesla AI,” the longtime FSD tester wrote

AI DRIVR’s comment received quite a bit of support from fellow Tesla drivers, some of whom noted that the improvements that were implemented in V14.1.2 are substantial. Others also agreed that it’s time for FSD to see a wide release.

In his reply to the FSD tester, CEO Elon Musk noted that FSD V14’s wide release would happen with V14.2. “14.2 for widespread use,” Musk wrote in his reply

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Mad Max mode makes headlines

One of the key features that was introduced with FSD’s current iteration is Mad Max mode, which allows for higher speeds and more frequent lane changes than the previous “Hurry” mode. Videos and social media posts from FSD testers have shown the system deftly handling complex traffic, merging seamlessly, and maintaining an assertive but safe driving behavior with Mad Max mode engaged.

Tesla AI head Ashok Elluswamy recently noted in a post on X that Mad Max mode was built to handle congested daytime traffic, making it extremely useful for drivers who tend to find themselves in heavy roads during their daily commutes. With Musk now hinting that FSD V14.2 will go on wide release, it might only be a matter of time before the larger Tesla fleet gets to experience the notable improvements of FSD’s V14 update.

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Multiple Tesla Cybercab units spotted at Giga Texas crash test facility

The vehicles were covered, but one could easily recognize the Cybercab’s sleek lines and compact size.

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Credit: @JoeTegtmeyer/X

It appears that Tesla is ramping up its activities surrounding the development and likely initial production of the Cybercab at Giga Texas. This was, at least, hinted at in a recent drone flyover of the massive electric vehicle production facility in Austin. 

Cybercab sightings fuel speculations

As observed by longtime Giga Texas drone operator Joe Tegtmeyer, Tesla had several covered Cybercab units outside the facility’s crash testing facility at the time of his recent flyover. The vehicles were covered, but one could easily recognize the Cybercab’s sleek lines and compact size. Tegtmeyer also observed during his flyover that production of the Model Y Standard seems to be hitting its pace.

The drone operator noted that the seven covered Cybercabs might be older prototypes being decommissioned or new units awaiting crash tests. Either scenario points to a ramp-up in Cybercab activity at Giga Texas, however. “In either case, this is another datapoint indicating production is getting closer to happening,” Tegtmeyer wrote on X, highlighting that the autonomous two-seaters were quite exciting to see.

Cybercab production targets

This latest sighting follows reports of renewed Cybercab appearances at both the Fremont Factory and Giga Texas. A test unit was recently spotted driving on Giga Texas’ South River Road. Another Cybercab, seen at Tesla’s Fremont Factory, appeared to be manually driven, suggesting that the vehicle’s current prototypes may still be produced with temporary steering controls.

The Tesla Cybercab is designed to be the company’s highest-volume vehicle, with CEO Elon Musk estimating that the autonomous two-seater should see an annual production rate of about 2 million units per year. To accomplish this, Tesla will be building the Cybercab using its “Unboxed” process, which should help the vehicle’s production line achieve outputs that are more akin to consumer electronics production lines.

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