SpaceX launches Starlink satellites from California as Falcon 9 cadence slows (photos)

space.com Oct 24, 2026

SpaceX launches Starlink satellites from California as Falcon 9 cadence slows (photos)

Curated by Shubham · TechCapsules · Oct 24, 2026

AI-summarised brief · reviewed before publication

SpaceX lifted off its Starlink Group 15‑15 payload from Vandenberg Space Force Base on Oct. 23 at 6:48 p.m. EDT, sending 27 new broadband satellites toward low‑Earth orbit. The Falcon 9’s first stage, booster B1063, separated after 2½ minutes, completed its landing burn, and touched down on the droneship “Of Course I Still Love You” about eight minutes after launch, marking the booster’s 36th successful recovery. The upper stage performed a brief initial burn, coasted for roughly 45 minutes, then executed a second burn to place the payload into its final orbit, with satellite deployment slated for 62 minutes post‑launch. The mission adds to a constellation now exceeding 11,000 active Starlink units, but launch frequency is slowing as SpaceX pivots toward the larger, fully reusable Starship, which will eventually replace Falcon 9 for Starlink deployments.

💡 Why It Matters

· The shift to Starship will reshape SpaceX’s launch cadence and capacity, accelerating the rollout of next‑generation, larger‑satellite broadband services.

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On this day in space! Oct. 24, 1946: V-2 rocket takes 1st…

On October 24 1946 a U.S. Army V‑2 rocket launched from White Sands Missile Range carried a 35 mm motion‑picture camera that snapped a frame every 1.5 seconds as it climbed to roughly 65 miles altitude. After the rocket and camera crashed at about 340 mph, the film—shielded in a steel case—was recovered from the desert and yielded the first photographs of Earth taken from space. The grainy black‑and‑white images showed the planet’s curvature against a black void, astonishing the scientists who retrieved them. The mission demonstrated that a camera could survive a ballistic re‑entry and still deliver usable imagery, establishing a proof‑of‑concept for space‑based observation.

💡 The images proved that orbital platforms could capture global views, sparking the development of reconnaissance, weather, and environmental monitoring from space.

space.com · Oct 24

On this day in space! Oct. 23, 2007: NASA launches Harmony module…

On 23 October 2007 the space shuttle Discovery lifted off on mission STS‑120 carrying NASA’s Harmony module, a 14‑foot‑wide, 24‑foot‑long utility hub built by Thales Alenia Space. After two weeks in orbit the crew attached Harmony to the Unity node, then used the station’s robotic arm to relocate it to the forward port of the Destiny laboratory. The module links the European Columbus laboratory and Japan’s Kibo lab, provides eight payload racks, and houses the U.S. crew quarters. Its five common berthing mechanisms created connection points, expanding the International Space Station from a three‑bedroom‑size complex to roughly five bedrooms. Harmony was the first new U.S. node since Unity and the first significant addition to the ISS since Russia’s Pirs in 2001.

💡 Harmony unlocked the ISS’s ability to integrate multiple international labs, fundamentally reshaping its habitability and research capacity.

space.com · Oct 24

NASA lays out plan for Artemis 3 moon-lander test flight —but when…

NASA unveiled a detailed concept of operations for the Artemis III moon‑lander test flight on Oct. 23 at Kennedy Space Center. The plan calls for three rockets—Blue Origin’s New Glenn, NASA’s Space Launch System (SLS) and SpaceX’s Starship—to launch from Florida in a tightly sequenced campaign. New Glenn will first place the Blue Moon lander into low‑Earth orbit, followed by SLS delivering the Orion crew capsule with astronauts Bresnik, Douglas, Rubio and ESA’s Parmitano. After two days of Orion checks, the crew will dock with Blue Moon, conduct hatch‑opening and life‑support tests, then later rendezvous with Starship for a brief docking demonstration. The 14‑day mission will conclude with an ocean splashdown, providing data to de‑risk Artemis IV’s 2028 lunar landing and validate crew‑vehicle integration protocols today.

💡 The test proves multi‑partner docking and lander operations in LEO, a prerequisite for safely landing humans on the lunar south pole within the next decade.

space.com · Oct 24

Medusa’s eye, Halloween fireballs and more: 5 skywatching targets to look out…

The article lists five Halloween‑themed skywatching targets visible to the naked eye or with binoculars. First, the Pleiades open cluster, which Celtic druids celebrated at its midnight culmination during Samhain, can be located by extending a line from Orion’s Belt to Aldebaran and appears as six or seven bright stars, with dozens more visible through binoculars. Second, the “Demon Star” Algol in Perseus, an eclipsing binary that dims every 2.867 days, will show minima on Oct. 29 and Nov. 1, though not on Halloween itself. Third, the constellation Cetus, the mythic sea monster, rises in the southeastern sky after sunset in late October. Fourth, a spider‑web pattern of bright ejecta surrounds the Tycho, Copernicus and Kepler craters on the lunar surface around the full moon on Oct. 26. Finally, the piece hints at a chance to see bright fireballs later in the month, urging patience and luck for observers.

💡 These celestial events turn a routine autumn night into a cultural and scientific showcase, linking ancient myth with modern observation and encouraging public engagement with astronomy.

spacenews.com · Oct 24

Nov. 5: Satellite Mission Management at the Edge

On November 5, SpaceNews and RTX will host a virtual event titled “Satellite Mission Management at the Edge,” focusing on the evolving demands of national‑security satellite operations. Speakers will examine how edge computing, automation, cloud‑native architectures, and modular design can speed technology upgrades, boost resilience, and lower costs while preserving security and control. The discussion will address the integration of emerging commercial capabilities with legacy systems and the need for faster decision‑making on orbit. The event, scheduled for 10:00‑10:45 a.m. ET via Zoom, will be recorded for later viewing. RTX, a defense and aerospace firm with over 180,000 employees and projected 2025 sales exceeding $88 billion, will showcase its role in modernizing mission management for defense and intelligence customers.

💡 Edge‑focused technologies promise to shrink the latency between threat detection and satellite response, giving U.S. defense assets a decisive operational edge.

space.com · Oct 24

After Starshield interruption, Ukraine wants to build its own satellite communication network…

Ukraine’s military signed a letter of intent with Finnish telecom giant Nokia and satellite‑imaging firm ICEYE to explore a sovereign satellite‑communication network. The move follows a reported throttling of Starshield, the U.S.-government‑controlled, jamming‑resistant version of SpaceX’s Starlink, which limited drone bandwidth on Oct. 14 and forced several UAVs to crash. Kyiv, which relies on Starlink and Starshield for command, control and intelligence, lacks ownership of any orbital assets. ICEYE, which already supplies synthetic‑aperture‑radar imagery to Ukrainian forces, and Nokia, which announced a broader partnership to help nations build independent satcom systems, will assess trusted, high‑performance connectivity that Ukraine can control. The initiative aims to reduce dependence on foreign constellations amid ongoing Russian aggression and strengthen its strategic communications resilience significantly.

💡 Reliance on externally controlled constellations leaves Ukraine vulnerable to political or technical restrictions, a risk now exposed by the Starshield slowdown.