Spacex Time Production
Rockets, Robots, and the Race to Reuse: SpaceX, Tesla, and China's Booster Catch
SpaceX successfully fired all 33 Raptor engines on the Super Heavy booster in a full-duration static fire test at Starbase, Texas, targeting Flight 13 of Starship for July 14 — three days from the broadcast date. Starship is designed to carry 100 to 150 metric tons to low Earth orbit, forming the foundation of NASA's Artemis lunar landing architecture and virtually every other ambitious near-term deep-space mission.
SpaceX's financial picture is more complicated than its engineering success narrative. Musk claimed this week the company could eventually be worth more than Earth — a statement analysts categorized as aspirational hyperbole — while SpaceX shares recently hit an all-time low, weighed down by billions in AI spending and accelerating quarterly losses. Analysts expect terrestrial compute contracts, using Starlink-adjacent satellite infrastructure for AI processing, to generate over 28 billion dollars this year, dwarfing launch and subscription revenue and making SpaceX, in a meaningful sense, an AI compute company that also launches rockets.
China recovered a rocket booster at sea using a net system this week, demonstrating independently developed reusability technology. Whether the approach matches the mass efficiency of SpaceX's mechanical-arm 'chopstick' system remains unproven, but the achievement confirms that the technical barriers to booster reuse are falling — with significant competitive implications for launch services pricing globally.
Tesla dismantled its entire Model S and Model X production line in 46 days to make room for Optimus humanoid robot manufacturing, releasing a time-lapse video of the clearing. Production is targeting late July. Analysts drew comparisons to early iPhone adoption curves, arguing Tesla's autonomy and robotics stack might follow a similar S-curve trajectory — though the decision to exit the premium sedan market coincides with a broader 25.1 percent contraction in battery EV sales in the first half of 2026, raising questions about the timing of the pivot.
New York City adopted a 'click to cancel' subscription rule requiring cancellations to be as easy as sign-ups, filling a federal regulatory vacuum after the FTC's version of the rule was struck down in court. Google VP Josh Woodward publicly solicited and published user complaints about the Gemini app on X, committing to fix most of the top ten issues — an unusual exercise in public product accountability that creates meaningful transparency but also measurable risk if resolution timelines slip.
SpaceX Reports First Post-IPO Earnings — and Announces Plans to Upend Telecom
SpaceX delivered its first earnings report as a public company, beating revenue estimates — though shares fell in after-hours trading as investors braced for a lockup expiration later in the week. Lockup expirations are standard post-IPO mechanics: insiders and early investors who were prohibited from selling during the lockup period become free to do so simultaneously, creating selling pressure regardless of underlying performance. Adding to the intrigue, an unidentified buyer placed a $20 million options bet that SpaceX shares could roughly triple in value by Friday — an extraordinarily aggressive position that is either informed speculation or a near-certain loss of premium.
The most technically ambitious item on SpaceX's near-term calendar is a planned Starship upper-stage tower catch this month. The company has demonstrated multiple catches of the Super Heavy first-stage booster in its launch tower's mechanical arms, but catching the upper stage — which travels at substantially higher velocity with narrower margins — is a different engineering challenge. Satellite imagery showing a Starship upper stage being towed through the Indian Ocean by tugboats offered a concrete illustration of the scale of hardware involved in previous test recovery operations.
SpaceX also announced plans to compete directly with AT&T, Verizon, and T-Mobile using Starlink connectivity — a statement the telecom industry may be tempted to dismiss but arguably should not. Starlink's low-Earth-orbit constellation, now numbering several thousand satellites, is increasingly capable of providing broadband competitive with terrestrial networks in urban areas, not just rural ones. If the service delivers reliable low-latency performance in major metropolitan markets, the traditional argument that satellite cannot replace fiber weakens significantly.
A partnership with NVIDIA for orbital AI data centers adds a further dimension. The concept — hosting compute capacity on satellites to serve AI inference workloads with lower latency to certain geographies — carries genuine uncertainty around economics: launch costs, in-orbit power constraints, thermal management, and maintenance are all non-trivial challenges. But NVIDIA's involvement suggests at least one major chip manufacturer considers the technical path credible enough to commit resources. SpaceX's job postings for AI data center work 'on and off Earth' — the company's own phrasing — signal that capital is being allocated to this direction in real terms. Separately, NASA confirmed it is deploying Cybertrucks as astronaut escape vehicles for the Crew-13 launch, a choice that has an operational logic: the role requires speed, torque, reliable performance near a potentially failing rocket, and sufficient capacity for crew and equipment.