SpaceX Daily — Video Edition

About SpaceX Daily — Video Edition

The daily companion for following SpaceX as a public company (Nasdaq: SPCX). Starship, Falcon, Starlink, Dragon, Starshield, the SPCX market picture, and the Musk compute stack — xAI, Grok, Colossus, and Cursor — with sources, community buzz, one honest counterpoint, a dedicated AI & Compute segment, and a daily engineering deep dive. Not financial advice.

Publisher

Patrick

Category

science · technology

Language

en

Explicit

No

First episode

29 Jul 2026

Latest episode

2 Nov 2026

Latest episodes

102 episodes in the feed.

1. 

   2 Nov 2026

   Ep 149: Musk revives TSMC Terafab talks and lifts SPCX in premarket trading.

   # SpaceX Daily > **Musk revives TSMC Terafab talks and lifts SPCX in premarket trading.** ### Top News 1. **Musk revives TSMC Terafab talks** Reports indicate Elon Musk has restarted discussions with TSMC over a potential Terafab facility. The move comes after Friday’s sell-off and is tied to comments that capex efficiency remains greatly underestimated. SPCX traded higher in premarket on the news. TradingView noted the stock jumped overnight on the revived talks. Musk framed the efficiency gains as greatly underestimated in public remarks. The Terafab concept centers on advanced semiconductor manufacturing capacity that could support both terrestrial and orbital compute hardware. Source: [tipranks.com](https://www.tipranks.com/news/musk-revives-tsmc-terafab-talks) Source: [tradingview.com](https://www.tradingview.com/news/stocktwits:649e91d0f094b:0-spcx-stock-jumps-overnight-musk-reportedly-revives-tsmc-terafab-talks-says-capex-efficiency-is-greatly-underestimated/) 2. **Elon Musk promotes Grok Bot improvements** Musk posted that the team lands dozens of fixes, features, and occasional new powers for Grok Bot each week while incorporating user feedback. The update follows ongoing production deployment of the bot inside Cursor. One reply from a developer stated that users not trying Cursor with Grok Bot are missing a clear UX advantage over Claude Code and Codex. Another user noted that model performance still favors Opus in some cases but Cursor’s interface leads overall. Musk emphasized the weekly cadence of changes drawn directly from user input. Source: [x.com](https://x.com/elonmusk/status/2117033967782113327) 3. **Musk adds two sites to Colossus 2** Elon Musk named two new Colossus 2 clusters “Spam” and “Gun Range,” with the latter slated to come online by the end of November. The sites expand the Tennessee campus that already supports xAI training runs. Spam occupies a former Hormel storage facility while Gun Range sits on land once owned by local police. Musk walked the full site at midnight and again in the morning, reporting good progress by the SpaceX team and contractors. The expansion targets roughly 1.2 million Nvidia Blackwell GPUs by year-end. A separate federal judge ruling left an NAACP air-pollution lawsuit active after denying xAI’s motion to dismiss. Source: [finance.biggo.com](https://finance.biggo.com/news/7fcde6ec-d027-44cb-8e07-9f238ce9bda8) Source: [app.dealroom.co](https://app.dealroom.co/news/note/musk-spacex-s-colossus-2-adds-gun-range-and-spam-clusters-on-the-way-to-about-1-2m-nvidia-blackwells-by-year-end) Source: [thenextweb.com](https://thenextweb.com/news/xai-naacp-lawsuit-gas-turbines-motion-to-dismiss-denied) 4. **SpaceX to Launch USSF-432 Tuesday** SpaceX is scheduled to launch USSF-432 on Tuesday from Vandenberg, advancing a Space Force aircraft-tracking mesh network. The mission adds satellites that extend real-time tracking coverage for military aircraft. Earlier targeting had placed the flight on November 1 before a one-day slip. The payload supports national-security communications requirements distinct from commercial Starlink. Source: [techtimes.com](https://www.techtimes.com/articles/329832/20261101/spacex-launch-ussf-432-tuesday-advancing-space-force-aircraft-tracking-mesh.htm) 5. **Falcon 9 Passes 700 Launches** Falcon 9 has now completed more than 700 flights as SpaceX shifts focus toward Starship operations. The milestone reflects sustained booster reuse rates that keep marginal launch costs low. Most recent flights carried Starlink satellites or commercial payloads under the same first-stage recovery profile. The program continues to set cadence records while Starship infrastructure at Starbase receives priority upgrades. Source: [shiftdelete.net](https://shiftdelete.net/en/falcon-9-700-launches) 6. **SpaceX Launches schedule for November 2026** Shattered.io published the full November manifest covering two Falcon 9 missions from Florida and a Starship Flight 15 window. The schedule lists exact times and public stream links for each attempt. USSF-432 appears as the first national-security flight of the month. Additional Starlink deployments fill the remaining slots through the end of November. Source: [shattered.io](https://shattered.io/spacex-november-2026-launches-falcon-9-dates-starship-flight-15-how-to-watch-2026/) 7. **Is there a launch today?** Florida Today lists two Falcon 9 missions and one Starship test flight window inside the next 30 days from Cape Canaveral and Kennedy Space Center. The calendar includes both commercial and government payloads. Viewers can track each attempt through standard public streams. Source: [floridatoday.com](https://www.floridatoday.com/story/news/2026/11/01/rocket-launch-schedule-coming-up-in-november-from-cape-canaveral-nasa-kennedy-space-center-florida/92553298007/) 8. **Tennessee bets on data centers** Tennessee officials have approved multiple large data-center projects even as analysts question long-term demand if the AI boom slows. The state’s power utility has already committed transmission upgrades to support the new loads. Local economic forecasts tie job growth directly to continued GPU-cluster construction at sites like Colossus 2. Source: [tennessean.com](https://www.tennessean.com/story/news/local/2026/11/01/tva-data-center-boom-uncertainty/91280272007/) ### Also Today **SpaceX mobile network could cost another $130 bn to rival T-Mobile:** Beinsure reports that building a standalone mobile network to compete with T-Mobile would require an additional $130 billion beyond current Starlink capital plans. Source: [beinsure.com](https://beinsure.com/news/spacex-mobile-network-could-cost-130bn/) ## Community Buzz NASASpaceflight posted archival footage of the SR-71 “just cleaning” at a museum, drawing replies that contrasted 1960s sustained Mach 3 operations with today’s reusable booster timelines. Commenters noted the Blackbird’s maintenance intensity versus the goal of airline-style turnaround for Starship. Source: [x.com](https://x.com/NASASpaceflight/status/2116949098578518322) Another NASASpaceflight post marked the 34th anniversary of STS-52’s landing at Kennedy’s Shuttle Landing Facility, resurfacing the well-known “chasing a chopper” photo from the same runway. Users discussed how reusable first-stage recovery has changed landing logistics compared with the Shuttle era. Source: [x.com](https://x.com/NASASpaceflight/status/2116911919827190158) ## The Counterpoint Google energy specialists estimate orbital data centers could cost up to 100 times more than equivalent ground facilities, directly challenging assumptions behind planned Starlink-based AI satellites. Musk has forecast orbital compute surpassing new terrestrial capacity by late 2028, yet the cost gap remains an open variable in the economics. Analyst models place the full build-out spend near $470 billion over five quarters, though that figure covers broader AI infrastructure rather than satellites alone. CFO Bret Johnsen stated new terrestrial capacity pays for itself in under twelve months at current prices, with Musk projecting a six-month payback next year. Source: [ad-hoc-news.de](https://www.ad-hoc-news.de/boerse/news/unternehmensnachrichten/spacex-s-orbital-data-center-bet-meets-a-cost-reality-check/70443393) ### AI & Compute Elon Musk stated the cost of running Grok Bot remains unsustainably high even after recent optimizations. The comment aligns with ongoing work to improve inference efficiency inside Cursor and other deployment environments. Musk separately questioned whether planned usage-plan price increases are too steep for users. Source: [en.tempo.co](https://en.tempo.co/read/2122805/elon-musk-says-cost-of-running-grok-bot-is-unsustainably-high) Source: [x.com](https://x.com/elonmusk/status/2117008189195800814) Cursor marketplace backdoor tests continue to draw developer attention after a compromised Claude Code extension attempted to open an SSH tunnel. The incident prompted immediate removal of the extension and a full marketplace audit. Source: [cryptorank.io](https://cryptorank.io/news/feed/053a4-cursor-backdoor-tests-ai-coding-assistants) ### Engineering Deep Dive Starship Block 3 stands 124 m tall with a 9 m diameter and targets more than 100 tonnes of reusable payload to low Earth orbit. The Super Heavy booster stretches 72 m, carries 3,650 t of propellant, and mounts 33 Raptor 3 engines that together produce 8,240 tf of thrust at sea level. The upper stage Ship measures 52 m, holds 1,600 t of propellant, and uses three sea-level plus three vacuum Raptors delivering 1,614 tf total thrust, with each sea-level Raptor 3 rated near 250 tf. These figures reflect a closed-cycle methalox design that routes both fuel and oxidizer through the turbopumps before combustion, raising chamber pressure and specific impulse while cutting parts count. The resulting thrust-to-weight and reuse margins allow the full stack to reach orbit on Flight 14 and deploy operational Starlink V3 satellites, a step that earlier blocks could not complete. Because the engines now require far less post-flight inspection, the architecture moves closer to airline-style turnaround times between flights. Flight 14 demonstrated that the Block 3 configuration can sustain orbit long enough to release 26 Starlink V3 satellites, each designed for roughly 1 Tbps downlink capacity. The heat-shield tile layout on the Ship uses hexagonal elements that survived re-entry while preserving the ability to fly again. Super Heavy’s 33 Raptor 3 engines achieved the necessary thrust-to-weight ratio for booster return and tower catch on prior flights, proving the propellant load and engine count deliver the required delta-v margin. The common bulkhead between liquid oxygen and methane tanks on both stages reduces structural mass compared with separate tank designs, directly improving payload fraction. This mass saving compounds with the higher chamber pressure of the full-flow staged combustion cycle, allowing the same propellant load to deliver more total impulse than an equivalent open-cycle engine. The net effect is a vehicle that can place substantial mass into orbit and still return both stages for reuse without expending the hardware on every flight. Raptor 3’s streamlined turbomachinery eliminated many external lines and valves visible on earlier versions, lowering both production cost and potential leak points. Each engine now produces approximately 35 percent more thrust than the Raptor 1 baseline while using fewer parts, shrinking the Idiot Index between raw material inputs and finished engine output. The design choice to run the entire propellant flow through the turbines before injection raises efficiency but demands tighter material tolerances and active cooling passages. Those tolerances are met through additive manufacturing and precision machining that SpaceX has scaled inside its own facilities. The resulting engine reliability supports the goal of rapid reuse, where a booster can be caught, inspected, and reflown with minimal turnaround. That reuse loop is what ultimately collapses the cost per kilogram to orbit below any expendable architecture. ### Market Watch SPCX is at $134.72, -6.4% vs the previous close. SpaceX Daily returns tomorrow with the next engineering and flight updates.

2. 

   1 Nov 2026

   Ep 148: Artemis III now locks Blue Origin’s lander in orbit first before NASA commits the SLS crew…

   # SpaceX Daily > **Artemis III now locks Blue Origin’s lander in orbit first before NASA commits the SLS crew launch.** ### Top News 1. **Isaacman details Artemis III’s three-launch sequence** NASA Administrator Jared Isaacman told NSF that the mission requires a New Glenn launch of Blue Origin’s Blue Moon lander first, followed by SLS/Orion and then a Starship. Blue Moon must complete checkouts and demonstrate a 30-day loiter capability before SLS is committed. Isaacman said the three-provider profile is a deliberate shift from Apollo-style single-launch missions to prepare for larger future infrastructure campaigns. The flight will serve as a low-Earth-orbit rendezvous checkout rather than a lunar landing attempt. He emphasized that NASA will only commit the Space Launch System if Blue Origin’s lander is already in orbit. Isaacman confirmed the architecture during a wide-ranging interview with NSF. The sequenced launches involve three different vehicles and providers. Blue Moon is expected to have the ability to loiter in orbit for roughly 30 days. That flight would be followed by the SLS/Orion crew launch and a Starship launch. Isaacman stated the three-launch, three-provider profile is unprecedented for a NASA crew mission. The approach reflects the multi-launch campaigns expected for future large-scale space infrastructure. He said the mission will exercise the three major flight elements together and gather operational data ahead of a later crewed lunar landing attempt. Under the current plan the profile relies on three separate launches from three different providers. Blue Moon is expected to loiter long enough for checkouts before the crewed vehicle arrives. The plan departs from the Apollo model and from earlier Artemis concepts that assumed a more tightly coupled architecture. Source: [nasaspaceflight.com](https://www.nasaspaceflight.com/2026/10/isaacman-artemis-launch-sequence-blue-priority/) 2. **Starship Flight 14 places 26 operational Starlink V3 satellites in orbit** The September 28 flight marked the first time Starship reached orbit and released a commercial payload. One Raptor Vacuum engine shut down early during ascent, yet the upper stage completed its insertion burn and deployed every satellite. All 26 spacecraft later reported contact with the ground network. The upper stage was deliberately shortened to a three-hour mission and splashed down in the northern Pacific as a precaution. The flight was not clean. Light Reading reports that Flight 14 launched on September 28, 2026 and placed 26 Starlink V3 satellites into orbit. Space.com framed it as the first time the megarocket deployed satellites in orbit at all. Earlier Starship flights were test missions, so this one marks the shift from demonstration to a payload with commercial value. The engine problem also shortened the mission. Reports say the plan called for roughly 10 hours, but SpaceX cut it to about three hours, and the upper stage splashed down in the northern Pacific Ocean as a precaution. A flight that loses an engine and still delivers every satellite tells you two things. The timing matters because SpaceX is not new to high launch cadence. Its Falcon 9 rocket already flies Starlink batches on a near-routine basis. Starship is the vehicle meant to replace that workhorse for the heaviest jobs, and Flight 14 was the first time it carried a payload that actually does something for the business. The flight was not clean according to reports. One of the six second stage engines cut off early and although SpaceX proceeded with the orbital insertion burn, they decided to bring Starship back to Earth without completing all six orbits that were planned. Booster lost one of its 33 engines shortly after liftoff, but that didn’t affect its performance. SpaceX did not attempt a catch back at the launch tower. What was brand new this time was sending Starship into orbit. Source: [tech-insider.org](https://tech-insider.org/spacex-starship-commercial-payloads-715m-revenue-failure-cost-2026/) Source: [shattered.io](https://shattered.io/spacex-starship-commercial-payloads-715m-upside-650m-insurance-2026/) 3. **xAI reports 110,000 GB200 and 220,000 GB300 GPUs deployed** Elon Musk stated on X that the Macrohard cluster now totals 330,000 Blackwell-series GPUs. The deployment supports training and inference workloads for Grok models inside the larger SpaceX compute stack. Musk confirmed the numbers in an October 31 post. The scale directly supports expanded Grok training runs and inference capacity tied to SpaceX’s terrestrial and planned orbital compute infrastructure. The cluster combines 110,000 GB200 units with 220,000 GB300 units. This hardware addition accelerates the timeline for larger model training sessions. The announcement came one day after multiple reports on xAI’s ongoing data-center permitting issues. The GPU count reflects continued investment in the compute ecosystem that now includes both terrestrial clusters and future orbital elements. Source: [x.com](https://x.com/elonmusk/status/2116665263718342979) ### Also Today **Monthly Questions and Discussion Thread: r/SpaceXLounge** — The subreddit opened its November thread for open questions on Starship testing, Starlink operations, and Falcon reuse records. Source: [reddit.com](https://www.reddit.com/r/SpaceXLounge/comments/1xkp35g/monthly_questions_and_discussion_thread/) **Mars Startups: r/SpaceXLounge** — Users discussed timelines for greenhouses and life-support hardware that could ride Starship to sustain early crews after 2030. Source: [reddit.com](https://www.reddit.com/r/SpaceXLounge/comments/1xknpa6/mars_startups/) ## The Counterpoint A federal judge ruled that xAI’s gas turbines powering Colossus 2 cannot be treated as mobile sources under Mississippi’s Clean Air Act implementation plan, allowing the NAACP lawsuit to proceed on permit and standing grounds. The decision rejected both the company’s motion and a parallel Justice Department filing. Resolution now depends on whether the turbines receive the required preconstruction and operating permits or whether the case advances to findings on actual emissions. The facility is located in Southaven, Mississippi, while Colossus 2 is located in Memphis, Tennessee. According to the complaint, MZX Tech LLC is a subsidiary of xAI and owns and operates the facility that supplies electricity to the data center. The central issue was whether gas turbines could be considered mobile sources of pollution and therefore exempt from permitting requirements. xAI argued that turbines fell within the exemption, while the NAACP challenged that interpretation in its lawsuit. The judge ruled that the turbines do not fall into the category of mobile sources under the federal regulations incorporated into Mississippi’s implementation plan. Under this interpretation, the facility is not exempt from the relevant permitting requirements of the Clean Air Act. The NAACP alleges that xAI and MZX Tech installed and operate gas turbines without the required permits to build and operate them. The lawsuit also alleges that residents in the area have changed their daily habits because they are concerned about potential exposure to pollutants. These are allegations made by the plaintiffs, not findings confirmed by the court. The decision also examined whether the NAACP has standing to sue under the Clean Air Act. The judge accepted that organizations can sue on their own behalf when seeking to protect the interests of their members. The judgment concerns the ability to sue, not the ultimate liability of the companies. xAI also argued that citizen lawsuits to enforce environmental laws violate the Constitution and limit executive power. The judge rejected the argument, noting that the plaintiffs are suing in their own name and seeking redress for harms they claim they and their members have suffered. The court also considered a letter from the Mississippi Environmental Protection Agency, which had taken a different view on whether the units could be considered mobile. Source: [newsbytesapp.com](https://www.newsbytesapp.com/news/science/judge-allows-naacp-lawsuit-against-xai-over-alleged-permit-violations/story) ### Engineering Deep Dive Reusable first stages cut the marginal cost of each launch by recovering the largest single hardware element. Falcon 9 boosters have now flown as many as 37 missions because the vehicle was designed from the start with landing legs, grid fins, and throttleable engines that survive re-entry heating and landing loads. The same principle scales to Starship: the Super Heavy booster returns the 33 Raptors and the massive propellant tanks that would otherwise be expended on every flight. In-space 3D printing further reduces the logistics penalty by allowing replacement parts to be manufactured on orbit instead of launched from Earth. NASA’s first demonstration on the ISS in 2014 produced a functional printer component, proving that additive manufacturing works in microgravity without gravity-fed feed systems. When these two capabilities combine—rapid booster reuse plus on-demand spares—the effective cost per kilogram delivered to orbit drops because the same capital hardware flies repeatedly and the supply chain for consumables shrinks. The remaining constraint is how quickly the fleet can be inspected, refurbished, and turned around between flights. The manufacture of first-stage booster constitutes about 60 percent of the launch price of a single expended Falcon 9. After multiple attempts, some as early as 2010, at controlling the re-entry of the first stage after its separation from the second stage, the first successful controlled landing of a first stage occurred on December 22, 2015. Since then, Falcon 9 first-stage boosters have been landed and recovered 673 times out of 686 attempts. In total 56 recovered boosters have been refurbished and subsequently flown at least a second time, with a record of 37 launches and landings carried out by a single booster. SuperDraco is a hypergolic propellant rocket engine designed and built by SpaceX. It is part of the SpaceX Draco family of rocket engines. A redundant array of eight SuperDraco engines provides fault-tolerant propulsion for use as a launch escape system for the SpaceX Dragon 2. SuperDraco rocket engines utilize a storable hypergolic propellant which allows the engines to be fired many months after fueling and launch. History was made on November 24 at 9:28pm GMT, when the first 3D printer built to operate in space successfully manufactured its first part on the International Space Station. This is the first time that hardware has been additively manufactured in space, as opposed to launching it from Earth. The first part made in space is a functional part of the printer itself – a faceplate for its own extruder printhead. The presence of a 3D printer onboard the ISS will allow hardware designs to be tested and iterated on orbit. The flight did not go exactly as planned, but SpaceX’s Starship Integrated Flight Test-14 did make it into orbit for the first time today and deployed 26 operational Starlink V3 satellites. Liftoff from Starbase, TX was at 7:48:59 am Central Time. Starship is a two-stage vehicle and although it’s the second stage that’s named Starship, the word is often used to refer to the entire vehicle. The first stage is Super Heavy or Booster. Several previous test flights traveled through space on the way to the Indian Ocean, but those were suborbital missions. Starship, or Ship, lost one of its three RVAC engines during ascent as can be seen in the telemetry. Source: [en.wikipedia.org](https://en.wikipedia.org/wiki/List_of_Falcon_9_first-stage_boosters) Source: [spacenews.com](https://spacenews.com/nasa-and-made-in-space-inc-successfully-3d-print-first-object-in-space/) Source: [spacepolicyonline.com](https://spacepolicyonline.com/news/starship-achieves-orbit-for-the-first-time/) ### Market Watch SPCX is at $134.72, -6.4% vs the previous close. SpaceX is one of the most consequential engineering stories of this era.

3. 

   31 Oct 2026

   Ep 147: SpaceX completed three static fires in three days while rehearsing ship catches at Starbase.

   # SpaceX Daily > **SpaceX completed three static fires in three days while rehearsing ship catches at Starbase.** ### Top News 1. **SpaceX completed all engine testing for Flight 15 and catch rehearsals for Flight 16 in eight days at Starbase** Booster 22 performed a full-duration 15-second static fire with all 33 Raptor engines on October 25 after rolling out to Pad 2 on October 24. Ship 43 completed both cryo-proof tests on October 23 after rollout to Massey’s on October 22, then rolled back to Mega Bay 2 on October 26 to be swapped to a transport stand before moving to Pad 2 for ship catch testing. The catch rehearsals lifted Ship 43 to catch height, lowered it to connect the Ship Quick Disconnect plate, practiced alignment in the middle of the chopsticks without stabilizers, and used pushers on the landing rails to line up with stabilizers. Booster 23 returned to Massey’s on October 27 for a second visit that included more than two full days at the cryo station before rolling back to Mega Bay 1 early on October 30. The top deck deluge plates were lifted onto Pad 1’s Launch Mount during the same eight-day period. Ship 43 will now receive engines installed on the back left work stand in Mega Bay 2 before its own static-fire campaign begins. Source: [nasaspaceflight.com](https://www.nasaspaceflight.com/2026/10/spacex-static-fires-flight-15/) 2. **Elon Musk stated orbital compute will exceed terrestrial compute by 2029** Musk wrote that terrestrial compute will be peanuts compared with orbital compute. He projected that orbital compute deployed per month will probably exceed terrestrial capacity around the end of 2028 and then far exceed it throughout 2029. Source: [x.com](https://x.com/elonmusk/status/2116359819258990946) 3. **TIME Magazine examined why Starshield remains critical to Ukraine** The article details Starshield’s role in providing secure, high-bandwidth links that support Ukrainian operations where terrestrial infrastructure is damaged or absent. Starshield operates as the government and national-security variant of the Starlink constellation. Source: [magzter.com](https://www.magzter.com/stories/news/TIME-Magazine/WHAT-IS-STARSHIELD-AND-WHY-IS-IT-SO-IMPORTANT-TO-UKRAINE) 4. **Grok Bot 1.0 reached Cursor’s production servers 77 days after entering beta** The release integrates Grok directly into the Cursor IDE environment for developers. It does not affect other extensions downloaded from the Cursor marketplace or other SpaceXSI products. Source: [fourweekmba.com](https://fourweekmba.com/ai-grok-bot-1-0-is-on-cursors-servers-77-days-after-beta/) 5. **Gwynne Shotwell will gift her 2 million SpaceX shares to children’s Trump Accounts beginning in December** The transfers start this December under the new account structure. Shotwell currently holds the shares as SpaceX president. Source: [teslarati.com](https://www.teslarati.com/spacexs-gwynne-shotwell-stocks-trump-accounts/) 6. **A court denied xAI’s motion to dismiss an air-pollution lawsuit** The ruling allows the case against the company’s Mississippi data-center operations to proceed. The lawsuit concerns air pollution claims tied to the facility. Source: [earthjustice.org](https://earthjustice.org/press/2026/court-denies-xais-motion-to-dismiss-air-pollution-lawsuit-against-elon-musks-company) 7. **Neither Blue Origin nor ULA currently holds spare launch capacity for additional missions** The observation was made in the context of upcoming Lane 1 bidding where other providers remain uncertified. Both companies are fully booked on existing manifests. Source: [x.com](https://x.com/SciGuySpace/status/2116213111745339653) 8. **Commercial Starship satellite launches via Pez dispenser could begin around 2029** The timeline reflects expected vehicle maturity and regulatory approvals for rideshare operations. The Pez-dispenser mechanism would allow multiple satellites to be released from a single Starship flight. Source: [x.com](https://x.com/SciGuySpace/status/2116292876053418216) 9. **NASA’s Artemis program acceleration was discussed live with the Administrator** The session focused on schedule and hardware milestones needed to meet agency targets. Participants reviewed progress on lunar lander and supporting infrastructure elements. Source: [x.com](https://x.com/NASASpaceflight/status/2116304603260076088) ### Community Buzz [@NASASpaceflight](https://x.com/NASASpaceflight) posted video of Booster 22’s 15-second static fire on Pad 2, noting the 33-engine ignition sequence and rapid turnaround between tests. Observers highlighted the visible deluge system activation and the booster’s quick rollback to the tower. The account also showed Ship 43 undergoing catch testing on the transport stand, including alignment practice with the chopsticks and stabilizers. Elon Musk posted that “something seriously wrong with Talarico,” prompting replies speculating on the reference without further context from the account. The post received immediate engagement but offered no additional details on the statement. [@SciGuySpace](https://x.com/SciGuySpace) noted that Starship’s first commercial satellite slots would likely use the Pez-dispenser mechanism once the vehicle demonstrates reliable orbital operations. The comment tied the 2029 timeframe to both technical readiness and expected regulatory clearances for rideshare missions. ### The Counterpoint A Mississippi resident described noise from the nearby data-center plant as “torture” and stated he will not sell his home despite buyout offers tied to lawsuit waivers. The ongoing dispute centers on whether current mitigation measures adequately address low-frequency sound reaching nearby properties. Resolution would require either court-ordered changes to operations or negotiated agreements that satisfy both sides without waiving claims. The resident’s position highlights resistance to the package that links property sales to participation waivers in the air-pollution litigation. ### AI & Compute Grok Bot 1.0 is now running on Cursor’s production servers, allowing developers to invoke the model inside the IDE for code tasks. The deployment follows 77 days of beta testing and integrates directly with existing Cursor workflows without affecting other marketplace extensions or Grok-related SpaceXSI products. Musk projected that orbital compute capacity deployed per month will surpass all terrestrial compute by the end of 2028 and far exceed it throughout 2029, driven by Starship-enabled satellite constellations. The forecast positions orbital platforms as the dominant source of new compute capacity within three years. ### Engineering Deep Dive SpaceX is addressing the thermal rejection problem for orbital data centers by sizing each AI1 satellite with 110 square meters of deployable liquid radiators that radiate from both faces while oriented knife-edge to the Sun. This geometry keeps absorbed solar flux near zero while the ammonia-loop system, backed by redundant pumps, rejects heat at roughly 1,400 W per square meter. The design supports a sustained 120 kW compute load and 150 kW peaks without duty-cycle limits that constrained earlier small prototypes. The satellite carries the equivalent of a single Nvidia GB300 server rack containing 72 GPUs and operates at approximately 600 km altitude with a density of 70 kW per ton. The approach builds on Starlink V3 thermal architecture but scales radiator area dramatically because Starship can deliver the added mass at low marginal cost. On the ground, equivalent heat rejection would require either massive air-cooled chillers or evaporative towers whose power and water demands grow with load; in orbit the only limit is radiator surface and view factor to deep space. By treating the satellite as a self-contained rack whose waste heat is rejected at the Stefan-Boltzmann limit rather than fought with compressors, the architecture collapses the usual ground-side cooling overhead. That same mass budget also accommodates the 70-meter deployed wingspan needed for both solar arrays at 250 W per square meter and the radiator panels, keeping the entire vehicle within a single Starship payload envelope. The interchangeable chip payload allows different suppliers to provide processors while the thermal and power subsystems remain fixed. This modularity reduces redesign cycles when GPU generations advance and lets the same satellite bus support multiple compute workloads. Because Starship removes the historical mass penalty on large radiators, the design can maintain continuous operation at power levels that would force terrestrial facilities into aggressive throttling or expensive infrastructure upgrades. The net result is a compute platform whose primary constraints shift from cooling infrastructure to launch cadence and orbital slot availability. ### Market Watch SPCX is at $134.72, -6.4% vs the previous close. That's SpaceX Daily for October 31.

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