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SpaceX’s first dedicated Falcon 9 rideshare lines up dozens of smallsats

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Already set to include several dozen small satellites for companies and institutions around the world, SpaceX’s first self-managed Falcon 9 rideshare launch is just around the corner.

Scheduled to launch no earlier than (NET) January 14th, the mission – known by one customer as SpaceX Rideshare 3 (SXRS-3) and by SpaceX as Transporter-1 – will be the company’s third mission under the umbrella of the “Smallsat Program” it debuted in 2019. The first three or four missions came in the form of three Starlink rideshares and one possible commercial rideshare in June and August 2020, carrying a total of eight Earth imaging spacecraft into orbit for Planet and BlackSky alongside SAOCOM 1B and 173 of SpaceX’s own Starlink satellites.

Potentially costing just $1 million or less per 200-kilogram (440 lb) satellite ($5,000/kg), SpaceX’s smallsat launch pricing is by far the most competitive ever commercially offered, but the company has yet to make a major dent with only five spacecraft launched. However, that’s about to change – and rather dramatically so – just three or so weeks from now.

Exolaunch recently announced that it has a full 30 satellites manifested on SpaceX’s first dedicated Smallsat Program launch. (Exolaunch)

Back in June 2020, SpaceX revealed that it had already secured more than 100 smallsat launch contracts less than 12 months after opening its doors, turning what might otherwise be a rounding error into a source of substantial income – likely on the order of $50 million or more.

Six months later, the large ambitions of SpaceX’s Smallsat Program are becoming clear. Between Spaceflight Inc and Exolaunch alone, two third-party rideshare organizers, SpaceX’s first dedicated Smallsat Program mission is already scheduled to launch no less than 46 satellites – closing in on a record 63 satellites launched by SpaceX for Spaceflight in December 2018.

Known as the SXRS-3 mission to the company, Spaceflight says its first “Sherpa FX” spacecraft will launch on SpaceX’s Transporter-1 mission with at least 16 satellites and several hosted payloads for customers in the US, Switzerland, and Japan and will weigh around 385 kg (~850 lb) at liftoff.

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Spaceflight’s non-propulsive Sherpa FX will debut on SXRS-3, deploying 16 satellites over the course of multiple hours.

Meanwhile, Exolaunch – a Germany-based startup with a rideshare organization purview similar to Spaceflight – says it will launch 30 customer spacecraft on Transporter-1. Nothing else is known about Exolaunch’s payloads but it’s safe to say that the company’s share of the mission will weigh at least as much as Spaceflight’s.

Nanoracks is another confirmed customer and will be including several satellites on Transporter-1.

https://twitter.com/Nanoracks/status/1341198247071723520

Ultimately, SpaceX’s Transporter-1 rideshare is expected to be the start of a series of dedicated rideshare missions that will continue for as long as demand remains and augment more frequent but payload-constrained Starlink rideshares. Stay tuned for updates as SpaceX nears Transporter-1’s January 14th launch date.

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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Neuralink Head of Surgery teases exciting Tesla Optimus update

If successful, the test could result in Neuralink patients accomplishing impressive feats using Optimus.

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Credit: Tesla

Neuralink’s Head of Surgery has teased what could very well be the an incredibly ambitious and insane collaboration with Tesla Optimus, Elon Musk’s humanoid robot that is expected to start initial trial production sometime next year. 

If successful, the test could result in Neuralink patients accomplishing impressive feats using Optimus.

Neuralink’s current trials

Neuralink recently shared a video of Alex, the second human recipient of its Telepathy device. Alex is part of Neuralink’s PRIME study, and he was selected to be the first patient to control a robotic arm using only his mind. As could be seen in the video, Alex is now capable of operating household appliances using a robotic arm that he controls with his mind. 

In response to the video, which was posted by Neuralink co-founder and President DJ Seo, the startup’s Head of Surgery Mechanical Engineering, Danish Hussain, joked that the company is really just helping out people. This was despite critics arguing that Neuralink is some giant evil corporation. “We’re literally just out here helping the homies eat pretzels lol,” the Head of Surgery ME wrote. 

Next steps with Optimus

The Neuralink Head of Surgery ME’s comments caught quite a bit of attention on X, with some, such as Elon Musk, highlighting that Neuralink is actually a pretty small company. Other commenters also asked whether Neuralink would eventually train its patients with Tesla Optimus V2, a humanoid robot. Hussain shared an exciting response: “We’re starting simple, but this will happen very soon!” he wrote in a post on X.

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Having the capability to control an Optimus robot using only the mind would most definitely be a life-changing ability for Neuralink’s patients. Of course, Tesla might wait until Optimus V3 gets rolled out before such a trial might happen, as that is the variant of the humanoid robot that seems to be heading for mass production. Either way, it seems like an age where Optimus robots can be controlled by thoughts using a Neuralink implant may be coming sooner than expected.

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Tesla Supercharger Network is so reliable, it’s pushing Model Y sales

Tesla’s Supercharger network is proving to be a key factor in the company’s dominance in several key markets.

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Credit: Tesla

Tesla’s Supercharger network is proving to be a key factor in the company’s dominance in several key markets. These include Norway, which has become a place of strength for the new Model Y. 

This was hinted at by Tesla’s Director of Charging, Max de Zegher, on social media platform X.

Supercharger network sets the industry standard

As noted by the Tesla executive, the Model Y accounted for 29% of all vehicle sales in Norway in September. Part of the vehicle’s success was likely due to the reliability of the Supercharger Network, which is class leading even in Norway, where 98% of new cars sold are electric.

De Zegher emphasized on X that Tesla Superchargers are still in a class of their own. An EPSI survey of nearly 1,500 Norwegian EV drivers supported his claim, as Tesla Superchargers retained first place in customer satisfaction for the fifth consecutive year. 

The EPSI Survey‘s results

Respondents to the EPSI survey praised the Supercharger network’s strong uptime, abundant capacity, and user-friendly digital solutions, placing it ahead of other operators such as Uno-X. Survey researchers highlighted that Tesla has set the standard when it comes to simplicity in the charging process.

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Drivers also cited competitive pricing and seamless plug-and-charge functionality as major reasons they prefer Tesla’s network, especially in Norway’s extreme winter conditions where reliability is critical.

“Tesla has set the standard for simplicity in the charging process. Combined with competitive prices, this means that many electric car drivers say they are likely to choose Tesla again the next time they need to charge,” EPSI noted in a post.

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Tesla top exec Tom Zhu highlights Elon Musk’s “prime directive” for FSD

Zhu’s comments emphasize Tesla’s uncompromising focus on safety, which has made the company’s vehicles among the safest on the road.

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Credit: Tesla AI/X

Tesla Senior Vice President for Automotive Tom Zhu, a key executive behind the company’s success in China and Giga Texas, recently highlighted the “prime directive” of Full Self-Driving (FSD).

Zhu’s comments emphasize Tesla’s uncompromising focus on safety, which has made the company’s vehicles among the safest on the road.

Echoing Musk’s vision for safe autonomous driving

Zhu’s post quoted Musk’s statement from 2021, where the CEO reportedly stated that FSD must avoid accidents even if the most ridiculous events happened in the middle of the road. Zhu stated that beyond everything, Tesla’s systems like Autopilot and FSD are designed to keep passengers safe.

“Elon said it in 2021: “For self-driving, even if the road is painted completely wrong and a UFO lands in the middle of the road, the car still cannot crash and still needs to do the right thing. The prime directive for the autopilot system is: Don’t crash. That really overrides everything. No matter what the lines say or how the road is done, the thing that needs to happen is minimizing the probability of impact while getting you to your destination conveniently and comfortably,” Zhu stated.

“The prime directive, the absolute priority, is to minimize the probability of injury to yourself or to anyone on the road, to pedestrians, or anything like that. It can’t be dependent on the road markings being correct.”

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Tesla leadership rallies behind global FSD rollout

Tom Zhu, who previously led Tesla China through its record-breaking growth phase, now oversees automotive operations worldwide. He has reportedly become a problem solver for Elon Musk over the years, with previous reports stating that he was brought in to help Giga Texas optimize its vehicle production ramp.

Zhu’s comments may sound ambitious, but FSD has proven that it values safety above all else over the years. This was highlighted recently in an incident in Australia, when a Model Y was hit by what could very well be a meteor. Despite the impact and part of its windshield melting, the vehicle was able to drive safely and keep its passengers safe.

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