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SpaceX, NASA set to launch humanity’s first ‘dinosaur avenger’ spacecraft [webcast]

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SpaceX is firmly on track to launch NASA’s Double Asteroid Redirection Test (DART) mission – sometimes half-seriously referred to as the first spacecraft designed to avenge the dinosaurs – at 10:21 pm PST, Tuesday, November 23rd (06:21 UTC 24 Nov).

Weighing about 622 kilograms (1370 lb) at liftoff, the Johns Hopkins-built spacecraft will be sent directly towards the binary Didymos asteroid system by a SpaceX Falcon 9 rocket, marking the company’s first interplanetary launch for a paying customer – the first of many more to come. Though DART carries a first-of-its-kind electric thruster and plenty of xenon fuel, Falcon 9 is expected to do almost all of the work, leaving the spacecraft to perform a few small trajectory correction burns with simple chemical thrusters as it homes in on Didymos’ moon Dimorphos.

Falcon 9 is ready for its first interplanetary launch. (NASA)

After liftoff, Falcon 9 will send DART on a trajectory that will take around ten months to reach Dimorphos. About 10 days before that ‘arrival,’ Italian-built cubesat LICIACube will separate from DART and back a few kilometers away. As a result, LICIACube will intentionally miss both asteroids but will be as close as possible to ensure that the two cameras it carries have a front-row seat when DART slams into Dimorphos at 6.6 km/s (4.1 mi/s). Interestingly, while the goal is obviously to not miss, a DART project manager indicated that the spacecraft would probably have plenty of longevity – and 90% of its electric thruster propellant – to retarget a different asteroid system in the event it somehow misses.

If it succeeds, though, NASA anticipates that it’ll be able to observe a slight 1.5% change in Dimorphos’ orbital period (how long it takes to orbit Didymos) with Earth-based telescopes. The most important part of the mission will be confirming whether those theoretical estimates are accurate and, if they aren’t, which assumptions were wrong. Planetary defense is a brand new science and DART will be its first truly verifiable test, so it’s more likely than not that most prelaunch predictions will be somewhat wrong and that determining why they were wrong will help scientists learn about the behavior of asteroids.

Perhaps one day – building upon DART, follow-up reconnaissance mission HERA, and other asteroid missions like Hayabusa2 and OSIRIS-REx – NASA and other space agencies will team up to develop a fleet of planetary defense spacecraft that can intentionally redirect asteroids that threaten Earth, preventing catastrophic impacts like the one that likely wiped out 75% of species and virtually all nonavian dinosaurs around 66 million years ago.

Watch SpaceX’s first interplanetary Falcon 9 launch live at the webcast below, likely beginning around 9:50 pm PST (05:50 UTC).

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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 recruits data collection operators for Optimus bot development

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(Credit: Elon Musk | X)

Tesla is recruiting Data Collection Operators to propel the development of its Optimus humanoid robot. The new hires will be critical in supporting Tesla’s data collection team to refine the Optimus bot.

The primary responsibilities of Data Collection Operators include gathering data, addressing engineering requests, and providing equipment feedback. Candidates must demonstrate data-driven decision-making and enthusiasm for robotics.

“We are looking for someone with enthusiasm for the field of robotics and a strong desire to contribute to the development of [the] Tesla Bot,” Tesla noted.

Available shifts for Tesla’s Data Collection Operators include 8:00 AM–4:30 PM, 4:00 PM–12:30 AM, or 12:00 AM–8:30 AM, with flexibility for overtime and weekend work.

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Operators will walk pre-determined test routes daily, wearing motion capture suits and Virtual Reality headsets to perform specific movements based on project needs. Requirements include the ability to walk over seven hours daily while carrying up to 30 pounds, a height between 5’6” and 6’, and comfort with extended VR use. Candidates must also exhibit hand/eye coordination, body awareness, and the ability to travel up to 25% of the time with daily regional driving.

Elon Musk recently showcased Optimus advancements, sharing a dance video highlighting the Tesla bot’s agility and swift progress. Optimus has evolved significantly since its 2022 debut at AI Day, where semi-functional prototypes walked and moved arms. Critics initially questioned its reliance on remote control, but Tesla’s ongoing efforts are silencing doubters.

Morgan Stanley analysts project a $5 trillion market for humanoid robots by mid-century, with Tesla’s Optimus poised to capitalize in industrial and commercial applications. As Tesla pushes the boundaries of robotics, the Data Collection Operator roles underscore its commitment to innovation.

With Optimus advancing, Tesla’s recruitment reflects its strategic focus on AI and robotics. The data collected will refine the Optimus bot. Tesla Optimus could transform industries and position Tesla as a leader in the humanoid robot market, aligning with Musk’s vision for a tech-driven future.

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Elon Musk’s $56B pay package under review by new Tesla committee  

Tesla forms a special board committee to reassess Elon Musk’s 2018 compensation. New performance-based options may be on the table for Musk.

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Wcamp9, CC BY 4.0 , via Wikimedia Commons

Tesla’s board has established a special committee to evaluate CEO Elon Musk’s pay package. The move comes as the company navigates a pivotal shift in its strategic direction.

According to the Financial Times, the new committee could craft a new stock options package. The committee, comprising Tesla board Chair Robyn Denholm and independent director Kathleen Wilson-Thompson, is tasked with reviewing Musk’s compensation, noted sources familiar with the matter.

The group will explore alternative compensation methods for Musk’s past contributions if the 2018 $56 billion pay package is not reinstated. Any new stock options would be tied to Tesla meeting financial, operational, and share price targets. Musk’s 2018 pay package is currently under appeal.

Last month, Tesla disclosed the formation of a special committee to address compensation matters involving Musk, though details were sparse. In March 2025, Musk appealed to restore his record-breaking $56 billion compensation, arguing that Delaware Chancery Court Judge Kathleen McCormick made “multiple legal errors” in rescinding it. The appeal began on March 11, 2025. Musk along with current and former Tesla directors are challenging McCormick’s application of the entire fairness standard in her ruling.

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Tesla is at a crossroads as it pushes forward with robotaxis and humanoid robots. This shift repositions Tesla as an AI and robotics leader rather than a traditional automaker. Elon Musk is Tesla’s largest shareholder, holding a 13% stake. Earlier this month, Denholm refuted a Wall Street Journal report suggesting the board was seeking a replacement for Musk, reaffirming his central role in the company.

The committee’s review underscores Tesla’s efforts to align Musk’s compensation with its evolving goals amid legal and strategic challenges. As the appeal progresses and Tesla doubles down on AI-driven innovation, the outcome could shape the company’s leadership and market trajectory. With Musk’s vision steering Tesla toward uncharted territory, the compensation debate highlights the high stakes of balancing shareholder value with transformative ambition.

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xAI’s AI Infrastructure Partnership gains Cisco as a key ally  

Cisco joins xAI’s AIP alliance to build the infrastructure behind AI’s next era. The alliance could mobilize up to $100B for AI growth.

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(Credit: Cisco)

Cisco has joined the AI Infrastructure Partnership (AIP), led by xAI, BlackRock, Global Infrastructure Partners, MGX, Microsoft, and NVIDIA.

Cisco joined AIP to advance AI innovation through robust infrastructure. The collaboration underscores the growing momentum behind xAI’s mission to scale AI capabilities.

“AI is only as effective as the technology that connects and secures it. By collaborating across our industry and leveraging public and private partnerships, we intend to build the infrastructure necessary to fulfill the promise of AI as we work together to drive innovation and economic growth,” Cisco stated.

As a technology partner, Cisco joins energy collaborators GE Vernova and NextEra Energy, strengthening AIP’s platform to deliver secure, scalable infrastructure for AI workloads. AIP aims to unlock $30 billion in capital, potentially mobilizing up to $100 billion with debt financing, to support these efforts.

xAI’s partnerships have expanded significantly, with 14 technology collaborators. NVIDIA supplies critical graphic processing units (GPUs) powering xAI’s AI models, including Grok and the Colossus supercomputer. Other partners have not been fully disclosed, but likely include cloud computing or hardware providers enhancing xAI’s infrastructure.

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In March 2025, xAI joined a $30 billion AI infrastructure fund with NVIDIA, Microsoft, and BlackRock, focusing on expanding U.S.-based AI resources. This consortium, backed by MGX’s investment fund, bolsters xAI’s ability to scale operations.

By April 2025, xAI partnered with Palantir Technologies and TWG Global to integrate AI models like Grok into financial services. The xAI collaboration with Palantir Technologies and TWG Global is expected to pave the way for broader adoption as more partners are expected to join.

Cisco’s entry into AIP signals a strategic push to address the infrastructure demands of AI’s rapid growth. With xAI at the helm, the partnership leverages industry leaders to ensure secure, efficient systems, positioning the U.S. as a hub for AI innovation. As collaborations expand, xAI’s vision for transformative AI solutions gains momentum, promising economic and technological advancements.

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