Long March 6A flies clean overnight, Starship Flight 14 gets a window, and a European rover books a Blue Moon ride

Long March 6A | Yaogan 40 Group 04 — success. China's Long March 6A lifted off Thursday, Sept. 24, at 08:46 UTC carrying the Yaogan 40 Group 04 remote-sensing satellites, and the flight is marked a success. One of the heavier Chinese defence-adjacent series, which you watch mainly for the outcome — this one went clean on a launch time that slipped by a single minute on the day. Liftoff at 08:46 UTC Thursday, status Go to Success in the tracker. Launch Library

Falcon Heavy | NROL-97 — pulled forward a month. The Falcon Heavy NROL-97 national-security launch has moved its NET (no earlier than) date from the end of October to Friday, Oct. 2, and its status has gone from TBD to Go. A Falcon Heavy moving up by nearly a month is unusual — slips are routine, pulls-forward are not — and a classified payload with a Go status means the next heavy-lift night shot is only a week out. New window: Friday, Oct. 2, 03:53 to 04:42 UTC, status Go. Launch Library

A European lunar rover books a ride on Blue Origin's Blue Moon lander. A European lunar rover has been assigned a place aboard a Blue Origin Blue Moon mission — Europe getting its hardware to the lunar surface on a commercial American lander rather than its own. This is the commercial-lunar-deliveries model spreading beyond NASA: a European national payload riding a private U.S. lander is exactly the arrangement that failed repeatedly for the first CLPS (Commercial Lunar Payload Services) attempts, and now it is Europe's turn to bet on it. The European Spaceflight report, published Sept. 24, confirms the rover's slot aboard a Blue Moon mission but gives no launch date. European Spaceflight

Aditya-L1 catches the Sun's surface glowing in iron. ISRO reports that its Aditya-L1 solar observatory, sitting at Lagrangian point 1 about 1.5 million km sunward of Earth, recorded photospheric iron fluorescence — surface iron atoms glowing at a characteristic 6.40 keV — across 47 X-class solar flares during the extremely active 2024. The agency calls it the first comprehensive analysis of the phenomenon, and it is published in the journal Solar Physics. Aditya-L1 is usually quiet in this newsletter's orbit; this is a reminder that ISRO's solar mission is producing first-of-their-kind science from a vantage point no other Indian spacecraft has held, with an instrument — SoLEXS — built in-house at the U. R. Rao Satellite Centre. 47 massive X-class flares observed in 2024, with the glow's brightness tracking where on the disk the flare occurred, matching theory. ISRO