Tropical cyclone HAYLEY 2026: track, intensity and history

Dec 31, 2025, 00:00:00

Dec 28, 2025, 06:00:00 – Dec 31, 2025, 00:00:00

Severe StormsClosed89 kt165 km/h

Historical storm track

Follow how Tropical cyclone HAYLEY developed and moved during 2026, with its full recorded path, peak sustained winds of 89 kt, lowest central pressure and complete timeline.

Maximum wind89 kt

Central pressure964 hPa

Date	Time	Type	Windkm/h	PressurehPa
Dec 31	00:00	TSTropical storm	70	998
Dec 30	21:00	TSTropical storm	85	993
Dec 30	18:00	TSTropical storm	100	987
Dec 30	15:00	TCTropical cyclone	120	978
Dec 30	12:00	TCTropical cyclone	135	969
Dec 30	09:00	TCTropical cyclone	150	968
Dec 30	06:00	TCTropical cyclone	165	967
Dec 30	03:00	TCTropical cyclone	165	967
Dec 30	00:00	TCTropical cyclone	165	966
Dec 29	21:00	TCTropical cyclone	165	965
Dec 29	18:00	TCTropical cyclone	165	964
Dec 29	15:00	TCTropical cyclone	150	970
Dec 29	12:00	TCTropical cyclone	135	976
Dec 29	09:00	TCTropical cyclone	125	981
Dec 29	06:00	TSTropical storm	110	985
Dec 29	03:00	TSTropical storm	105	987
Dec 29	00:00	TSTropical storm	100	988
Dec 28	21:00	TSTropical storm	95	991
Dec 28	18:00	TSTropical storm	85	993
Dec 28	15:00	TSTropical storm	80	995
Dec 28	12:00	TSTropical storm	70	996
Dec 28	09:00	TSTropical storm	70	999
Dec 28	06:00	TSTropical storm	65	1001

Event location history

23 Recorded locations

Nearby natural disasters

View natural disasters near this event:

Indonesia East Nusa Tenggara Kupang

Event Details

Event ID2025362S13120

StatusClosed

ClosedDec 31, 2025, 00:00:00

Coordinates-16.9000, 125.4000

Recorded locations23

Sources1

Source Links

IBTrACS

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An event's reported location, extent and status may update at different times depending on the source. Verify critical decisions with official emergency agencies.

Event records come from NASA EONET, supplemented by USGS FDSN landslide records. Storm analyses and forecasts may use NOAA NHC or JTWC, with historical ATCF records from UCAR/NCAR. Satellite imagery is supplied through NASA Worldview/GIBS (GOES and Himawari) or EUMETSAT Meteosat, depending on map coverage.

Sources: NASA EONET · USGS · NOAA NHC · JTWC · UCAR/NCAR ATCF · NASA Worldview/GIBS · EUMETSAT Meteosat · OpenStreetMap contributors