Launching multiple satellites made by Lockheed Martin, it is one of 6 launches for USSF SDA for worldwide connectivity, which will be via Optical Inter-Satellite Links (OISLs) that have significantly better performance than radio frequency crosslinks.
Dozens of microsatellites and nanosatellites for commercial and government customers to launch to Sun-Synchronous Orbit.
Another batch of 24 Starlink satellites to launch to LEO for SpaceX's space-based Internet communication system.
Launch 19:54-20:29 PDT of satellites for a reconnaissance satellite constellation built by SpaceX and Northrop Grumman for the National Reconnaissance Office (NRO) to provide imaging and other reconnaissance capabilities.
Launch window 07:00-11:00 PDT | 14:00-18:00 UTC | 04:00-08:00 HST|for 24 internet satellites; 1st stage booster B1093 expected to land on ASDS OCISLY in the Pacific Ocean after this 14th use.
Launch window open 07:00-11:00 PDT | 14:00-18:00 UTC | 04:00-08:00 HST for 24 internet satellites; 1st stage booster B1071 expected to land on ASDS OCISLY in the Pacific Ocean after this 34th use.
Launch window 07:00-11:00 PDT | 14:00-18:00 UTC | 04:00-08:00 HST for 24 internet satellites; 1st stage booster B1088 is expected to return and land on ASDS OCISLY after this 16th flight.
Launch window open 19:00-23:00 PDT | 16:00-20:00 HST | 02:00-06:00 June 1 UTC for 24 internet satellites; 1st-stage booster B1088 expected to land on ASDS OCISLY after this 16th use.
Launch window open 07:00-11:00 PDT | 14:00-18:00 UTC | 04:00-08:00 HST for 24 internet satellites; 1st-stage booster B1082 expected to land on ASDS OCISLY after this 22nd use.
Another batch of 24 satellites to launch as part of the Starlink space-based Internet communication mega-constellation.
Launch window 19:11-23:11 PDT | 16:11-20:11 HST for 24 internet satellites. First stage Booster B1100 expected to land on ASDS OCISLY after this 6th flight. These satellites add to the existing 10,000+ operational Starlink satellites.
Launch window 07:00-11:00 PDT | 04:00-08:00 HST for 24 internet satellites. Booster B1097 expected to land on ASDS OCISLY after this 9th flight. These 24 will add to the 10,000+ Starlink satellites currently operational.
Launch window 15:28-19:28 PDT | 12:28-16:28 HST for 13th batch of satellites built by Northrop Grumman and SpaceX for the National Reconnaissance Office.
Launch window 07:00-11:00 PDT | 04:00-08:00 HST for 24 internet satellites. Booster B1103 expected to land on ASDS OCISLY after this 2nd flight.
Launch window 19:00-23:00 PDT | 16:00-20:00 HST for 24 internet satellites. Core booster B1081 expected to land on ASDS OCISLY after this 24th use. Its first use took Dragon Crew-7 to the ISS. OCISLY first use was to land the 1st stage for the flight of Dragon Crew-8.
Launch window 23:59 May 2 - 00:39 May 3 PDT | 01:59-02:39 CDT | 20:59-21:39 HST for ride-share of multiple satellites including first spacecraft of Wichita State University, Solar Neutrino Astro-Particle PhYsics (SNAPPY) 3U Cubesat, a test and background-measurement detector being put in polar orbit to explore the fusion core […]
Launch window 19:00-23:00 PDT | 16:00-20:00 HST for 25 internet satellites to LEO. First stage booster B1071 expected to land on ASDS barge OCISLY in the Pacific Ocean after this 33rd use.
Launch window 07:00-11:00 PDT | 04:00-08:00 HST for 25 internet satellites to LEO. First stage B1088 planned to land on ASDS OCISLY after this 15th flight.
Launch window open 13:00-17:00 PDT | 16:00-20:00 HST for 25 internet satellites. Booster B1100 planned to land on ASDS OCISLY after this 5th flight. This is the booster with special "100" painted logo.
Launch window 07:00-11:00 PDT | 04:00-08:00 HST for 25 internet satellites. Booster B1097 expected to land on ASDS OCISLY after this 8th flight.
Launch window 19:00-23:00 PDT | 16:00-20:00 HST, for 25 internet satellites. Booster B1082 expected to land on ASDS OCISLY after this 21st flight.
Launch window 22:39 April 9 - 02:39 April 10 PDT | 16:39-20:39 April 9 HST for 25 internet satellites; Booster B1063 to land on ASDS OCISLY after this 32nd flight.
Launch window 17:03-21:03 PDT | 13:03-17:03 HST | 23:03 Apr 2 - 03:03 Apr 3 UTC for 25 internet satellites to LEO.
Launch window 03:20-04:17 PDT | 00:20-01:17 HST | 10:20-11:17 UTC for dozens of small microsatellites and nanosatellites for commercial and government customers to sun-synchronous orbit
Launch window 19:37-23:37 PDT (16:37-20:37 HST) for 25 internet satellites; after this 14th re-use, booster B1088 expected to land on ASDS barge OCISLY in the Pacific Ocean.
Launch window 03:58-07:58 PDT (00:58-04:58 HST) for 25 internet satellites; after this 32nd re-use, booster B1071 expected to land on ASDS barge OCISLY in the Pacific Ocean.
Launch window 03:58-07:58 PDT (00:58-04:58 HST) for 25 internet satellites; booster B1071 after this 32nd re-use is expected to land on ASDS OCISLY.
Launch window 02:59-06:58 PST (00:59-04:58 HST) for 25 internet satellites; after this 7th re-use, booster B1097 expected to land on ASDS barge OCISLY in the Pacific Ocean.
Launch window 13:00-17:00 PST (11:00-15:00 HST) for 25 internet satellites; booster B1097 expected to land after this 7th re-use on ASDS barge OCISLY.
Launch window 12:00-16:00 PST for 25 satellites; 1st stage Booster B1093 expected to make landing on ASDS OCISLY after this 11th flight.
Launch window 12:00-16:00 PST for 25 satellites; 1st stage Booster B1063 expected to land after this 31st flight on ASDS OCISLY.
Launch window midnight - 04:00 PST (22:00 Feb 13 - 04:00 Feb 14 HT) for 25 satellites; first-stage Booster B1100 expected to make 3rd landing on OCISLY ASDS in the Pacific Ocean
Launch window 06:00-10:00 PST (04:00-08:00 HT) for 25 satellites; first stage Booster B1081 expected to land for 22nd time on OCISLY ASDS barge in Pacific Ocean.
Launch window open 09:05-13:05 PST (07:05-11:05 HT) for 25 satellites; first stage Booster B1088 is expected to land for 13th time on OCISLY ASDS barge in Pacific Ocean.
Launch window 13:00-17:00 PST (11:00-15:00 HT) for 25 internet satellites; 1st stage Booster B1097 expected to land on ASDS barge OCISLY in the Pacific Ocean after this flight, its 7th.
Launch window open 07:17-11:17 PST (05:17-09:17 HT)
Launch window 07:17-11:17 PST (05:17-09:17 HT) for 24 internet satellites.
Launch window 18:43-22:43 PST (16:43-20:43 HT) for 24 internet satellites.
20:18 - 20:53 PST launch window . Satellites built by Northrop Grumman / SpaceX for constellation of NRO.
NET Jan 5 - Astrophysics satellite Pandora for NASA to Sun-Synchronous Orbit, and 'Twilight' satellites from Spire Global and Kepler Communications.
CSG-3 Earth observation satellite to Sun-Synchronous Orbit for Italian Space Agency (ASI), part of a reconnaissance constellation using synthetic aperture radars operating in the X-band.
Scheduled for 21:34 (with window open until 01:34), 27 satellites are headed to LEO for internet system. Booster Core B1093 will attempt its 9th landing, on barge (Autonomous Spaceport Drone Ship-ASDS) OCISLY (Of Course I Still Love You).
Scheduled for 00:54-04:54 Pacific Standard Time (UTC-8), sending 27 satellites for internet service,
Satellites for space-based Internet. Launch window 10:56-14:56 Pacific Time (UTC-8).
Rescheduled multiple times, launch now planned for window 10:18-11:15 Pacific Time (08:18-09:15 Hawaii Time)
Sentinel-6B extends Sentinel series into a 4th decade of measuring sea levels to ~3cm for ~90% of world oceans and to ~10 years of recording atmospheric temperatures.
28 Starlink satellites to LEO for space-based internet mega-constellation; Hawai'i time for launch 10:56-14:56; 1st stage will attempt to land - as it has done 7 times previously - on autonomous spaceport drone ship (ASDS) named "Of Course I Still Love You (OCISLY)".
28 satellites to LEO for Starlink Internet system
28 Starlink satellites to LEO for space-based internet. 1st stage B1082 will attempt to land on autonomous spaceport drone ship (ASDS) named Of Course I Still Love You (OCISLY) after 16 previous successful launches. OCISLY saw the 1st landing of a Falcon 9 booster, after its launch of Dragon CRS-8 […]
28 Starlink satellites to LEO for space-based internet
28 Starlink satellites to LEO for space-based internet
Taking 21 satellites made by Lockheed Martin, it is one of 6 launches for USSF SDA for worldwide connectivity, which will be via Optical Inter-Satellite Links (OISLs) that have significantly better performance than radio frequency crosslinks.
Another batch of 28 satellites for SpaceX Starlink internet communications mega-constellation.
Satellites for space-based Internet service