SpaceX has postponed the Starlink 10-48 mission to Saturday morning, the company confirmed. The Falcon 9 rocket will lift off from Cape Canaveral Space Force Station’s Space Launch Complex 40 between 6 a.m. ET and 10 a.m. ET. The mission was initially scheduled for Thursday and later moved to Friday, though SpaceX did not specify the reasons for the delay.
The launch could produce a rare “jellyfish effect” for early morning observers. This occurs when the rocket’s exhaust plume interacts with dawn or dusk lighting, creating a glowing cloud resembling a jellyfish. Last week, Florida residents witnessed the phenomenon during a similar early-morning launch.
The 45th Weather Squadron has given Saturday a 75 percent chance of favorable conditions. Cumulus cloud rules are the primary concern. Thursday’s launch attempt had a 90 percent favorable forecast but was delayed due to cloud layers and operational scheduling.
This flight marks the sixth mission for Falcon 9 first-stage booster B1095. Its prior missions include Starlink 12-15, 10-56, 10-52, 6-86, and 6-101. After stage separation, the booster is expected to land on the droneship Just Read the Instructions stationed in the Atlantic Ocean.
The payload includes 29 Starlink satellites, which will join existing satellites in low-Earth orbit to expand SpaceX’s global internet network. Dr. Jonathan McDowell of the Harvard-Smithsonian Center for Astrophysics tracks Starlink satellites and reported that 9,924 are currently in orbit, with 8,088 operational.
The mission highlights SpaceX’s continued efforts to grow its satellite internet constellation and provide global broadband access. Observers are advised to check local visibility conditions and monitor official SpaceX updates for real-time launch coverage.
The Starlink 10-48 launch underscores both the precision required for orbital missions and the unique visual experiences early-morning launches can offer. Space enthusiasts across the southeastern United States may have a chance to witness the jellyfish effect if weather conditions cooperate.
