CYMS Cyclone Monitoring Service by Sentinel-1
@cyms-s1.bsky.social
CYMS provides SAR-derived ocean surface wind speed data derived along Tropical Cyclone tracks, with NRT and reprocessed data, now funded by MPC-S1.
Tropical storm / Typhoon #Koto @esaearth.esa.int acquisitions on 2025/11/25 & 26, 21:54 & 10:21 for #2025SHOC from Copernicus @sentinelonline #Sentinel1 C. Max sustained wind velocities nearing 35 m/s (left), derived from SAR sea surface roughness (right).
November 27, 2025 at 7:50 AM
Tropical storm / Typhoon #Koto @esaearth.esa.int acquisitions on 2025/11/25 & 26, 21:54 & 10:21 for #2025SHOC from Copernicus @sentinelonline #Sentinel1 C. Max sustained wind velocities nearing 35 m/s (left), derived from SAR sea surface roughness (right).
Typhoon #Fung-wong, before and after hitting Philippines. @esaearth.esa.int acquisitions on 2025/11/07, 08 and 10 for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities nearing 45 m/s on Nov. 8
November 12, 2025 at 8:31 AM
Typhoon #Fung-wong, before and after hitting Philippines. @esaearth.esa.int acquisitions on 2025/11/07, 08 and 10 for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities nearing 45 m/s on Nov. 8
Reposted by CYMS Cyclone Monitoring Service by Sentinel-1
The #CopernicusEU Sentinel-1 mission welcomes a new member: Sentinel-1D, launched at 21:02 GMT/22:02 CET from Kourou on Ariane 6 #VA265.
www.esa.int/Applications...
@cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
www.esa.int/Applications...
@cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
November 4, 2025 at 10:54 PM
The #CopernicusEU Sentinel-1 mission welcomes a new member: Sentinel-1D, launched at 21:02 GMT/22:02 CET from Kourou on Ariane 6 #VA265.
www.esa.int/Applications...
@cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
www.esa.int/Applications...
@cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
Reposted by CYMS Cyclone Monitoring Service by Sentinel-1
🚀 #WatchLive: Tonight we have the launch of the #Copernicus Sentinel-1D satellite on Ariane 6 flight #VA265. Tune in from 20:35 GMT/21:35 CET on #ESAwebTV2 to watch live.
📺 watch.esa.int
More details👇 @cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
📺 watch.esa.int
More details👇 @cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
Watch live: Sentinel-1D launch on Ariane 6
The Copernicus Sentinel-1 mission is about to get its fourth satellite, with Sentinel-1D now ready for liftoff. Launch will take place with an Ariane 6 rocket from Kourou, French Guiana and live cover...
www.esa.int
November 4, 2025 at 10:00 AM
🚀 #WatchLive: Tonight we have the launch of the #Copernicus Sentinel-1D satellite on Ariane 6 flight #VA265. Tune in from 20:35 GMT/21:35 CET on #ESAwebTV2 to watch live.
📺 watch.esa.int
More details👇 @cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
📺 watch.esa.int
More details👇 @cnes.fr @euspa.bsky.social @ec.europa.eu @thalesaleniaspace.bsky.social @transport.esa.int
Hurricane #Melissa south of Jamaica. @esaearth.esa.int acquisitions on 2025/10/27 11:04 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A. Max sustained wind velocities nearing 70 m/s (left), derived from SAR sea surface roughness (right).
October 28, 2025 at 7:24 AM
Hurricane #Melissa south of Jamaica. @esaearth.esa.int acquisitions on 2025/10/27 11:04 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A. Max sustained wind velocities nearing 70 m/s (left), derived from SAR sea surface roughness (right).
Reposted by CYMS Cyclone Monitoring Service by Sentinel-1
The Copernicus Sentinel-1D satellite is now safe and cozy inside Ariane 6's fairing! 🧸
The blue tiles inside the fairing work as acoustic protection dampening the noise created during launch.
Liftoff is scheduled for 4 November at 22:02 CET (21:02 GMT, 18:02 Kourou time).
📸 ESA - M. Pédoussaut
The blue tiles inside the fairing work as acoustic protection dampening the noise created during launch.
Liftoff is scheduled for 4 November at 22:02 CET (21:02 GMT, 18:02 Kourou time).
📸 ESA - M. Pédoussaut
October 27, 2025 at 10:52 AM
The Copernicus Sentinel-1D satellite is now safe and cozy inside Ariane 6's fairing! 🧸
The blue tiles inside the fairing work as acoustic protection dampening the noise created during launch.
Liftoff is scheduled for 4 November at 22:02 CET (21:02 GMT, 18:02 Kourou time).
📸 ESA - M. Pédoussaut
The blue tiles inside the fairing work as acoustic protection dampening the noise created during launch.
Liftoff is scheduled for 4 November at 22:02 CET (21:02 GMT, 18:02 Kourou time).
📸 ESA - M. Pédoussaut
Reposted by CYMS Cyclone Monitoring Service by Sentinel-1
#MediaInvitation: journalists are invited to follow the launch of Copernicus Sentinel-1D on Ariane 6 VA265 live from ESA ESOC Mission Control, Darmstadt, Germany, on Tuesday 4 November 2025. Details and registration 👇
www.esa.int/Newsroom/Pre...
@euspa.bsky.social @ec.europa.eu @transport.esa.int
www.esa.int/Newsroom/Pre...
@euspa.bsky.social @ec.europa.eu @transport.esa.int
October 24, 2025 at 9:24 AM
#MediaInvitation: journalists are invited to follow the launch of Copernicus Sentinel-1D on Ariane 6 VA265 live from ESA ESOC Mission Control, Darmstadt, Germany, on Tuesday 4 November 2025. Details and registration 👇
www.esa.int/Newsroom/Pre...
@euspa.bsky.social @ec.europa.eu @transport.esa.int
www.esa.int/Newsroom/Pre...
@euspa.bsky.social @ec.europa.eu @transport.esa.int
Cyclone #Chenge (still a storm), in the Indian Ocean and Typhoon #Fengshen South of Hainan Island. @esaearth.esa.int acquisitions on 2025/10/21 1:18 & 22:34 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained winds (left), derived from SAR roughness (right).
October 23, 2025 at 7:11 AM
Cyclone #Chenge (still a storm), in the Indian Ocean and Typhoon #Fengshen South of Hainan Island. @esaearth.esa.int acquisitions on 2025/10/21 1:18 & 22:34 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained winds (left), derived from SAR roughness (right).
Typhoon #Nakri. @esaearth.esa.int acquisitions on 2025/10/11 9:21 UTC for #2025SHOC from Copernicus #Sentinel1 A. Max sustained wind velocities nearing 35 m/s (left), derived from SAR sea surface roughness (right).
October 13, 2025 at 7:01 AM
Typhoon #Nakri. @esaearth.esa.int acquisitions on 2025/10/11 9:21 UTC for #2025SHOC from Copernicus #Sentinel1 A. Max sustained wind velocities nearing 35 m/s (left), derived from SAR sea surface roughness (right).
Typhoon #Halong south of Japan. @esaearth.esa.int acquisitions on 2025/10/08 8:57 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A. Max sustained wind velocities over 45 m/s (left), derived from SAR sea surface roughness (right).
October 9, 2025 at 7:30 AM
Typhoon #Halong south of Japan. @esaearth.esa.int acquisitions on 2025/10/08 8:57 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 A. Max sustained wind velocities over 45 m/s (left), derived from SAR sea surface roughness (right).
Hurricane #Priscilla south of Baja California . @esaearth.esa.int
acquisitions on 2025/10/08, 1:03 for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C Max sustained wind velocities just below 40 m/s (left), derived from SAR sea surface roughness (right).
acquisitions on 2025/10/08, 1:03 for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C Max sustained wind velocities just below 40 m/s (left), derived from SAR sea surface roughness (right).
October 8, 2025 at 6:48 AM
Hurricane #Priscilla south of Baja California . @esaearth.esa.int
acquisitions on 2025/10/08, 1:03 for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C Max sustained wind velocities just below 40 m/s (left), derived from SAR sea surface roughness (right).
acquisitions on 2025/10/08, 1:03 for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C Max sustained wind velocities just below 40 m/s (left), derived from SAR sea surface roughness (right).
Typhoon #Matmo landing close to Hainan island.
@esaearth.esa.int acquisitions on 2025/10/04 22:25 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities over 45 m/s (left), derived from SAR sea surface roughness (right).
@esaearth.esa.int acquisitions on 2025/10/04 22:25 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities over 45 m/s (left), derived from SAR sea surface roughness (right).
October 6, 2025 at 6:50 AM
Typhoon #Matmo landing close to Hainan island.
@esaearth.esa.int acquisitions on 2025/10/04 22:25 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities over 45 m/s (left), derived from SAR sea surface roughness (right).
@esaearth.esa.int acquisitions on 2025/10/04 22:25 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities over 45 m/s (left), derived from SAR sea surface roughness (right).
Hurricane #Imelda decreasing in intensity while going north in the Atlantic. @esaearth.esa.int acquisitions on 2025/10/03 & 04 for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 C & A. Max sustained wind velocities from about 37 to 26 m/s, derived from SAR sea surface roughness.
#Sentinel1 C & A. Max sustained wind velocities from about 37 to 26 m/s, derived from SAR sea surface roughness.
October 6, 2025 at 6:44 AM
Hurricane #Imelda decreasing in intensity while going north in the Atlantic. @esaearth.esa.int acquisitions on 2025/10/03 & 04 for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 C & A. Max sustained wind velocities from about 37 to 26 m/s, derived from SAR sea surface roughness.
#Sentinel1 C & A. Max sustained wind velocities from about 37 to 26 m/s, derived from SAR sea surface roughness.
Hurricane #Imelda, again in North Atlantic.
@esaearth.esa.int acquisitions on 2025/10/01 10:25 UTC for #2025SHOC from Copernicus
@sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities just under 40 m/s (left), derived from SAR sea surface roughness (right).
@esaearth.esa.int acquisitions on 2025/10/01 10:25 UTC for #2025SHOC from Copernicus
@sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities just under 40 m/s (left), derived from SAR sea surface roughness (right).
October 2, 2025 at 6:30 AM
Hurricane #Imelda, again in North Atlantic.
@esaearth.esa.int acquisitions on 2025/10/01 10:25 UTC for #2025SHOC from Copernicus
@sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities just under 40 m/s (left), derived from SAR sea surface roughness (right).
@esaearth.esa.int acquisitions on 2025/10/01 10:25 UTC for #2025SHOC from Copernicus
@sentinelonline.bsky.social #Sentinel1 C. Max sustained wind velocities just under 40 m/s (left), derived from SAR sea surface roughness (right).
Hurricane #Humberto in North Atlantic again. @esaearth.esa.int.bsky.social
acquisitions on 2025/09/30 10:35 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities just over 40 m/s (left), derived from SAR sea surface roughness (right).
acquisitions on 2025/09/30 10:35 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities just over 40 m/s (left), derived from SAR sea surface roughness (right).
October 1, 2025 at 6:57 AM
Hurricane #Humberto in North Atlantic again. @esaearth.esa.int.bsky.social
acquisitions on 2025/09/30 10:35 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities just over 40 m/s (left), derived from SAR sea surface roughness (right).
acquisitions on 2025/09/30 10:35 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities just over 40 m/s (left), derived from SAR sea surface roughness (right).
Hurricane #Humberto continuing its way around North Atlantic. @esaearth.esa.int.bsky.social
acquisitions on 2025/09/29 22:31 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities over 60 m/s (left), derived from SAR sea surface roughness (right).
acquisitions on 2025/09/29 22:31 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities over 60 m/s (left), derived from SAR sea surface roughness (right).
September 30, 2025 at 6:32 AM
Hurricane #Humberto continuing its way around North Atlantic. @esaearth.esa.int.bsky.social
acquisitions on 2025/09/29 22:31 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities over 60 m/s (left), derived from SAR sea surface roughness (right).
acquisitions on 2025/09/29 22:31 UTC for #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities over 60 m/s (left), derived from SAR sea surface roughness (right).
Hurricanes and remnants in the North Atlantic, on 2025/09 26, 27 & 28: #Gabrielle remnants, #Humberto and #Imelda. #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities from around 35 m/s to 55 m/s, derived from SAR sea surface roughness.
September 29, 2025 at 7:42 AM
Hurricanes and remnants in the North Atlantic, on 2025/09 26, 27 & 28: #Gabrielle remnants, #Humberto and #Imelda. #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities from around 35 m/s to 55 m/s, derived from SAR sea surface roughness.
Typhoon #Neoguri and Hurricane #Narda on both sides of the Pacific on 2025/09/27 & 28, 14:20 & 7:03 UTC. #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities 35 m/s and over 61 m/s resp., derived from SAR sea surface roughness.
September 29, 2025 at 7:36 AM
Typhoon #Neoguri and Hurricane #Narda on both sides of the Pacific on 2025/09/27 & 28, 14:20 & 7:03 UTC. #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities 35 m/s and over 61 m/s resp., derived from SAR sea surface roughness.
Typhoon #Ragasa on 2025/09/23 22:17 UTC touching the coasts of China. #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities (left) around 52 m/s, derived from SAR sea surface roughness (right).
#Sentinel1 A. Max sustained wind velocities (left) around 52 m/s, derived from SAR sea surface roughness (right).
September 24, 2025 at 5:30 PM
Typhoon #Ragasa on 2025/09/23 22:17 UTC touching the coasts of China. #2025SHOC from Copernicus @sentinelonline.bsky.social
#Sentinel1 A. Max sustained wind velocities (left) around 52 m/s, derived from SAR sea surface roughness (right).
#Sentinel1 A. Max sustained wind velocities (left) around 52 m/s, derived from SAR sea surface roughness (right).
Hurricane #Gabrielle, North Atlantic. @esaearth.esa.int acquisitions on 2025/09/23 9:52 & 21:43 UTC), for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A. Max sustained wind velocities (left) over 50 m/s and 53 m/s, derived from SAR sea surface roughness.
September 24, 2025 at 5:23 PM
Hurricane #Gabrielle, North Atlantic. @esaearth.esa.int acquisitions on 2025/09/23 9:52 & 21:43 UTC), for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A. Max sustained wind velocities (left) over 50 m/s and 53 m/s, derived from SAR sea surface roughness.
Typhoons #Ragasa & #Neoguri again, on 2025/09/19, 23 & 24, for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities ranging from around 35 to 52 m/s, derived from SAR sea surface roughness.
September 24, 2025 at 5:15 PM
Typhoons #Ragasa & #Neoguri again, on 2025/09/19, 23 & 24, for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A & C. Max sustained wind velocities ranging from around 35 to 52 m/s, derived from SAR sea surface roughness.
Typhoons Ragasa and Neoguri, on 2025/09/21, for #2025SHOC from Copernicus @sentinelonline #Sentinel1 C. Max sustained wind velocities, derived from SAR sea surface roughness using extreme-wind dedicated processing.
September 22, 2025 at 6:06 AM
Typhoons Ragasa and Neoguri, on 2025/09/21, for #2025SHOC from Copernicus @sentinelonline #Sentinel1 C. Max sustained wind velocities, derived from SAR sea surface roughness using extreme-wind dedicated processing.
Hurricane #Kiko, going west to central Pacific. @esaearth.esa.int acquisitions on 2025/09/06 , 07 & 08 (3:23, 15:26 & 3:56 UTC), for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A (09/06) & C (07 & 08). Max wind over 55 m/s (09/06) & 45 m/s (07 & 08), derived from SAR sea surface roughness.
September 9, 2025 at 6:57 AM
Hurricane #Kiko, going west to central Pacific. @esaearth.esa.int acquisitions on 2025/09/06 , 07 & 08 (3:23, 15:26 & 3:56 UTC), for #2025SHOC from Copernicus @sentinelonline #Sentinel1 A (09/06) & C (07 & 08). Max wind over 55 m/s (09/06) & 45 m/s (07 & 08), derived from SAR sea surface roughness.
Hurricane #Kiko, central Pacific. @esaearth.esa.int acquisitions on 2025/09/02 14:30 UTC, for #2025SHOC from Copernicus #Sentinel1 A. Max sustained wind velocities (left) over 36 m/s, derived from SAR sea surface roughness (right).
September 3, 2025 at 7:52 AM
Hurricane #Kiko, central Pacific. @esaearth.esa.int acquisitions on 2025/09/02 14:30 UTC, for #2025SHOC from Copernicus #Sentinel1 A. Max sustained wind velocities (left) over 36 m/s, derived from SAR sea surface roughness (right).
Storm then Hurricane #Erin east and north of Porto Rico. @esaearth.esa.int acquisitions on 2025/08/15 & 17, 9:32 & 22:37UTC, for #2025SHOC from Copernicus #Sentinel1 C & A resp. Max sustained winds velocities just under 30 m/s and 53 m/s, derived from SAR sea surface roughness (right).
August 18, 2025 at 6:57 AM
Storm then Hurricane #Erin east and north of Porto Rico. @esaearth.esa.int acquisitions on 2025/08/15 & 17, 9:32 & 22:37UTC, for #2025SHOC from Copernicus #Sentinel1 C & A resp. Max sustained winds velocities just under 30 m/s and 53 m/s, derived from SAR sea surface roughness (right).