Google's first orbital AI satellite will test whether… · SpaceX Daily 🚀
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🎧 Today's episode Episode 111 · Google's first orbital AI satellite will test whether chips can shed heat in vacuum aboard a SpaceX launch next week. 2026-09-25 ▶ Listen now |
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Top News
Community BuzzReddit users are discussing whether a mid-October drive from Denver to Starbase is worth the time if most hardware has already rolled to the pad. Another thread highlights the October 1 Florida doubleheader featuring Crew-13 at 11:10 a.m. EDT and an NROL-97 Falcon Heavy at 11:53 p.m. EDT, with three booster landings possible in twelve hours. Observers note the potential for a historic single-day cadence at the Cape. Source: reddit.com Source: reddit.com The CounterpointOne thing worth watching is the pace of Starship Flight 14 regulatory approvals. The FAA license remains pending even after the wet dress rehearsal, and any extension would push the first orbital attempt beyond the current September 28 window. Resolution depends on completing the standard safety review without new issues surfacing in the data. Source: indiatoday.in AI & ComputeEngineering Deep DiveFrom an engineering standpoint, removing air as a heat-transfer medium forces a complete redesign of how processors reject waste heat. On the ground, forced-air cooling moves heat at rates set by fan speed and surface area, but in orbit the only path left is radiation through pipes and deployable panels whose effectiveness scales with the fourth power of temperature. The Suncatcher prototype therefore cycles its TPUs on for fifteen minutes and then idles while radiators shed stored energy, a duty cycle chosen because continuous operation would exceed the thermal mass available before the next eclipse. Early chamber tests already showed the pipes can move the expected kilowatt load, yet orbital data will reveal how micro-vibrations and proton damage alter emissivity over weeks. If the radiators maintain margin, the same architecture could support larger clusters whose power budget comes from near-continuous sunlight rather than ground-based solar farms limited to daylight hours. The next milestone, laser-linked pairs in 2027, will test whether data movement between nodes adds its own heat load that the same radiator set must also reject. Market WatchSPCX is at $148.03, +0.2% vs the previous close. One-sentence sign-off |
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| Issue #111 · SpaceX Daily · Sep 25, 2026 |
