SpaceX just launched its secret Starfall saucer again

teslarati.com Oct 20, 2026

SpaceX just launched its secret Starfall saucer again

Curated by Shubham · TechCapsules · Oct 20, 2026

AI-summarised brief · reviewed before publication

SpaceX launched its Starfall reentry capsule for the second time on Tuesday, carrying it as the payload of the Bandwagon‑5 rideshare mission. Falcon 9 lifted off from Florida’s Space Launch Complex 40 at 7:04 a.m. ET with 32 satellites, and the first‑stage booster landed on the droneship A Shortfall of Gravitas nine minutes later. Starfall separated 2 h 48 min after liftoff, after a long gap following the final customer satellite. SpaceX posted that the deployment sequence is complete, noting Starfall offers affordable, routine microgravity access for research and manufacturing.

💡 Why It Matters

· The return of Starfall signals SpaceX’s commitment to expanding commercial microgravity services, potentially accelerating on‑orbit manufacturing and scientific experiments that were previously limited to larger, costlier platforms.

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SpaceX will attempt 1st-ever double Starship rocket catch on next test launch,…

SpaceX plans to attempt the first simultaneous recovery of both stages of its Starship launch vehicle on the upcoming test flight, targeted for next month, CEO Elon Musk announced during the company’s Q3 earnings call. The 400‑foot Starship, composed of the Super Heavy booster and the Ship upper stage, is designed for full‑cycle reuse; catching each stage with tower‑mounted “chopstick” arms would mark the first fully recovered orbital rocket. SpaceX has previously secured the booster on three flights, but has never captured the upper stage, which travels higher and faster. Success would validate Musk’s goal of launching Starship more than 10,000 times per year by 2030 and support the deployment of the next‑generation Starlink V3 constellation and future Mars missions.

💡 Capturing both stages proves full‑cycle reusability, turning Starship into a true airline for space and unlocking the launch cadence needed for massive satellite constellations and interplanetary missions.

teslarati.com · Oct 21

SpaceX showcases exactly how it plans to catch Starship next month

SpaceX revealed a animation of the planned tower‑catch maneuver for Starship’s upcoming Flight 15. The 80‑second clip shows upper stage re‑entering belly‑first, using forward and aft flaps to steer, then swinging vertical and descending into launch tower’s “chopstick” arms, where it will be secured and hung. Elon Musk said a successful catch would mark the first full recovery of an orbital launch vehicle and estimated the odds of success on the first attempt as “more likely than not.” The company has already tested the hardware with Ship 42, lifted into a simulated catch position, and expects FAA approval to include both stages returning to the launch site. Flight 15 is slated for next month, with Musk forecasting weekly Starship flights by mid‑2027.

💡 A successful tower catch would prove Starship can be fully recovered, unlocking rapid reuse and dramatically lowering launch costs.

teslarati.com · Oct 20

SpaceX reports its second earnings today: here’s what to expect

SpaceX will report its second quarterly earnings after its IPO, with analysts projecting $12.72 billion in revenue and $0.13 EPS. Revenue is expected to rise 65 % from Q2, driven mainly by AI/SI, which could double to $5.12 billion and account for half of total sales. Connectivity is projected at $4.84 billion, while Space revenue is estimated at $1.41 billion. Investors will focus on AI revenue targets, Starlink subscriber growth, capex plans, and Starship operational updates.

💡 The earnings reveal whether SpaceX’s AI push can sustain its rapid revenue growth and justify its high valuation. The call will also clarify the company’s capital allocation and Starship progress, key factors for investors assessing long‑term profitability.

space.com · Oct 20

On this day in space! Oct. 20, 1970: The Soviet Union launches…

On 20 October 1970 the Soviet Union launched Zond 8, the final flight of its L1‑type Zond program, on an uncrewed circumlunar trajectory. The spacecraft looped within 1,120 km of the Moon, captured Earthrise photographs, and returned to Earth a week later, splashing down in the Indian Ocean on 27 October despite a malfunctioning solar‑attitude sensor that forced a steeper re‑entry. Earlier Zond missions had tested Venus, Mars and lunar flybys as precursors to a crewed Soviet Moon landing that never materialised, largely because the United States had already achieved two crewed landings with Apollo 11 and 12. Zond 8’s safe recovery marked the end of the Soviet lunar‑landing effort and preceded the nation’s shift toward orbital stations such as Salyut and Mir.

💡 Zond 8 proved the Soviet Union could safely return a spacecraft from lunar proximity, giving it a technical foothold that later underpinned its long‑duration orbital stations.

thequantuminsider.com · Oct 20

Monarch Quantum Supplies Photonics Hardware for NASA Gravity Sensor Mission

Monarch Quantum has supplied integrated photonics hardware to Infleqtion for NASA’s Quantum Gravity Gradiometer Pathfinder (QGGPf) mission, following a $20 million follow‑on contract. The JPL‑led project aims to demonstrate the first space‑based quantum gravity gradient sensor, with hardware development and testing slated for the next phase. The sensor will map subtle Earth‑gravity variations, informing future gravity‑mapping systems for groundwater, ice, and resource monitoring, with a planned 2030 launch. Monarch’s compact photonics engines provide the precise, stable light required for the mission’s cold‑atom sensors.

💡 The partnership accelerates the transition of quantum sensing from laboratory to operational space environments, offering a new tool for Earth‑system monitoring that could enhance climate resilience and resource management.

space.com · Oct 20

Could a $200K bond for satellites paid before launch prevent a space…

Researchers propose a $200,000 refundable bond for satellite operators to incentivize pre‑launch deorbiting, aiming to curb space debris buildup that could trigger the Kessler Syndrome. The scheme, detailed in a Nature Communications paper, would require operators to post the bond before launch, with the money refunded upon successful deorbit and interest added. Failure to deorbit forfeits the bond, which would fund shared debris‑removal missions. The policy could be enacted nationally, bypassing complex international coordination, and may be enforced by the EU through market access restrictions.

💡 By tying financial risk to debris removal, the bond forces operators to act before satellites become hazardous, potentially averting a cascading collision chain that could render low Earth orbit unusable.