The Strongest Tropical Cyclones Ever Recorded: Hurricanes, Typhoons and Cyclones Ranked (Mapped)

The reference list for the most intense storms on Earth, basin by basin, with every value labelled by who measured it and how.

What is the strongest hurricane ever recorded? Hurricane Patricia. On October 23, 2015, off southwestern Mexico, Patricia reached maximum sustained winds of 185 knots (about 215 mph), the highest 1-minute wind of any tropical cyclone, whether it is called a hurricane, a typhoon or a cyclone. The WMO's extremes archive lists Patricia as tied with Typhoon Nancy (1961), also at 185 kt; like NOAA's Hurricane Research Division, we treat Nancy's estimate as too high (see below). By the other yardstick, lowest central pressure, the record belongs to Typhoon Tip: 870 hPa, observed in the western Pacific on October 12, 1979. Patricia's 872 mb is second. Below are both rankings, the record holder in each ocean basin, and a map of the tracks.

Two Ways to Rank a Storm, and Why Agencies Disagree

"Strongest" can mean the highest sustained wind or the lowest central pressure. The two usually point at the same storms, but not always, and the numbers themselves depend on who is doing the measuring.

• Averaging period. US agencies (the National Hurricane Center and the Joint Typhoon Warning Center) report the strongest 1-minute average wind. Most other regional centres use a 10-minute average: the Japan Meteorological Agency (JMA) in the western Pacific, Météo-France La Réunion in the south-west Indian Ocean, Fiji Met Service in the South Pacific. India's IMD uses a 3-minute average. A longer average gives a lower number for the same storm: Haiyan is 170 kt on JTWC's 1-minute scale and 125 kt on JMA's 10-minute scale.
• Aircraft vs satellite. Atlantic and eastern Pacific hurricanes are routinely flown by reconnaissance aircraft, which measure winds and drop instruments into the eye. Routine typhoon reconnaissance in the western Pacific ended in 1987, so modern typhoon intensities are satellite estimates made with the Dvorak technique. Haiyan, Meranti, Goni and Surigae were never measured by aircraft at their peaks.
• Old records run high. The western Pacific best track lists Typhoon Nancy (1961) at 185 kt, level with Patricia, and the WMO's World Weather and Climate Extremes Archive lists the two as tied for the highest sustained wind. NOAA's Hurricane Research Division notes that typhoon winds estimated in the 1940s to 1960s are now recognised as too strong. We follow HRD, so Nancy is set aside here, along with other typhoons of that era listed above 170 kt.

Every value below says which agency and which averaging period it comes from.

The Strongest Tropical Cyclones by Wind Speed

These are all the storms that NHC or JTWC best tracks put at 165 kt or more since 1970. Wind is the peak 1-minute sustained wind; mph values are rounded to the nearest 5, as NHC does.

Sources: NHC HURDAT2 and Tropical Cyclone Reports (Patricia, Melissa); JTWC and JMA best tracks via IBTrACS v04r01. Regional-agency winds are 10-minute averages.

Eight of the eleven are western Pacific typhoons. Three have come since 2023, and the newest, Melissa, came in the Atlantic.

Patricia is the clearest case of all. Its 185 kt is an analysis, not a single reading: a NOAA aircraft's surface-wind instrument measured 180 kt, and NHC set the peak slightly higher because the storm kept strengthening on satellite between flights. It then weakened very quickly and came ashore on a thinly populated stretch of the Jalisco coast at 130 kt. Melissa (2025) set a different record: at 165 kt it tied Allen (1980) as the strongest Atlantic hurricane by wind, and its 160-kt landfall in Jamaica tied the 1935 Labor Day hurricane and Dorian (2019) as the strongest Atlantic landfall on record. One of its dropsondes measured an instantaneous 219 kt, the strongest wind a dropsonde has ever recorded in a tropical cyclone.

The Lowest Central Pressures Ever Recorded

Pressure is the measure insurers' parametric triggers often use (more on that below). This table uses each storm's official regional-centre value. JTWC's pressures are estimates too, and they can differ widely from the regional centre's: Zoe (2002) is 879 mb in JTWC's best track but 890 hPa in Fiji Met Service's. Only the official values are ranked here.

1 hPa = 1 mb. Sources: WMO World Weather and Climate Extremes Archive; NHC HURDAT2; JMA, Fiji Met Service best tracks via IBTrACS v04r01.

Patricia's 872 mb is not a direct reading either. NHC estimated it from the storm's wind–pressure relationship at the time of peak winds; dropsonde data from about six hours before and after supported roughly 879 mb. NHC's report notes that Patricia's pressure may in fact have fallen below Tip's record. Tip's 870 hPa, by contrast, was measured. Tip then weakened to 60–70 kt by the time it crossed Japan.

The Strongest Storm in Every Ocean Basin

Sources: NHC HURDAT2; JTWC, JMA, IMD, Météo-France La Réunion and Fiji Met Service best tracks via IBTrACS v04r01. North Indian IMD data in IBTrACS begin in 1982.

A few notes on the table:

• Eastern Pacific, 2026. Hurricane Polo reached 155 kt and 892 mb on September 22, 2026, according to NHC's working best track. If NHC's final report confirms that, Polo will rank second in the basin by pressure, behind Patricia. It is provisional until that report is published.
• North Indian. JTWC and IMD rank different storms first. JTWC has Fani (2019) at 150 kt, while IMD's 3-minute scale puts Fani at 115 kt and the 1999 Odisha cyclone highest at 140 kt and 912 hPa.
• Southern Hemisphere. Winston struck Fiji's main island, Viti Levu, close to its peak: JTWC's best track has it at 155 kt about 24 km offshore, three hours before the track crosses land. Monica (2006) reached 155 kt off northern Australia.

Map: Tracks of the Strongest Tropical Cyclones on Record

The map shows 25 record storms, from every basin. Each track is coloured by Saffir-Simpson category using the 1-minute wind from NHC/JTWC best tracks. Red dots mark each storm's peak, and yellow dots mark NHC's official landfall points, which NHC publishes for Atlantic and eastern Pacific storms. Click any dot for its values and sources.

Open map full screen ↗

Explore the map: switch on more layers with the layers icon at the bottom right of the map: infrared satellite at peak for 22 storms and MODIS true-colour images for four; wind-radii swaths (34, 50 and 64 kt) for 18 storms, and the radii at peak; Hurricane Hunter centre fixes within 24 hours of peak; NHC coastal watches and warnings (ALERT) before landfall for Patricia, Dorian and Melissa; and USGS high-water marks for Wilma and Dorian (zoom in to see them).

What the map can show, by era. Every storm on it has a full best track: position, wind and pressure every three to six hours, and the map shows the track, the peak and, for NHC storms, the official landfall points. That holds for every era, from the 1935 Labor Day hurricane to Melissa. The extra layers depend on the era: an infrared satellite image at the peak for the 22 storms since 1980 (there is none for Tip, Nancy or the 1935 storm) and MODIS true-colour images near peak for Patricia, Haiyan, Goni and Melissa; best-track wind-radii swaths, and the radii at peak, for the 18 storms since 2002; Hurricane Hunter centre fixes and NHC's coastal watches and warnings before landfall for Patricia, Dorian and Melissa; NWS warnings for Dorian and USGS high-water marks for Dorian and Wilma; the landfalls PAGASA named for Haiyan; and the tracks of Hagibis and Jebi, with the landfalls JMA named for them. From our own records come DisasterAWARE alert areas for eight storms since 2019, Melissa's exposure areas from a late assessment over the open Atlantic, and NWS post-storm station reports for Mawar and Bolaven in the Mariana Islands.

In the DisasterAWARE Archive Since 1998

The DisasterAWARE historical hazard archive holds 2,964 tropical cyclone records (pulled October 9, 2026). Of those, 1,990 carry a storm peak wind from IBTrACS. The archive is alert-grain: one storm can have several records, one for each response or region. Haiyan, for example, has two (Philippines and Vietnam) and Dorian has two. Once those duplicates are merged, these are the strongest storms in the archive:

Source: DisasterAWARE Historical Hazards API, queried 2026-10-09; storm values from IBTrACS v04r01 (1-minute NHC/JTWC winds).

For exposure, what matters is where and how hard each storm came ashore, not its peak. Goni was at 170 kt in JTWC's best track at 18:00 UTC on October 31, 2020, about 64 km from land, a few hours before it came ashore on Catanduanes. Haiyan came ashore again and again: PAGASA counted six Philippine landfalls, from Guiuan in Eastern Samar to Busuanga in Palawan.

For Insurers and Reinsurers: Why Peak Intensity Is Not Loss

Loss comes from four things a peak value does not capture:

• Intensity at landfall, not at peak. Patricia weakened from 185 kt to 130 kt before landfall, and it struck a sparsely populated coast. NHC's report cites press estimates of about 5.4 billion pesos (around US$325 million) in damage and records two direct deaths. Hagibis peaked at 160 kt, but by the time it came ashore on the Izu Peninsula, shortly before 7 pm local time on October 12, 2019, JMA had it at "strong", the lowest of its three typhoon intensity classes (strong, very strong, violent). Even so, Japan's insurers put Hagibis claims at ¥582.6 billion (paid and expected), the second-largest wind and flood loss in the General Insurance Association of Japan's table.
• Exposure along the track. Hurricane Katrina came ashore in Louisiana at 110 kt (Category 3) and is the costliest US hurricane in NOAA/NHC's 2018 table: $125 billion, level with Harvey (2017) before adjusting for inflation, and $160 billion in 2017 dollars, where it ranks first on its own. Andrew, a Category 5 at its Florida landfall, cost $27 billion; Sandy, Category 1, cost $65 billion (all in dollars of the year of each storm).
• Japan's typhoon losses. Typhoon Jebi (2018) is the largest entry in the GIAJ table, at ¥1,067.8 billion in claims (paid and expected), ahead of Hagibis (2019) and Mireille (1991, ¥568.0 billion). Jebi peaked at 155 kt (JTWC) at sea. It came ashore in southern Tokushima around noon local time on September 4, 2018, at JMA's "very strong" intensity, and then again at Kobe. GIAJ lists the loss region as Osaka, Kyoto and Hyogo: the loss came from where it struck, not from its peak.
• Storm surge and rain. In the Philippines, Haiyan's damage was put at PhP 39.8 billion (about US$895 million), with 6,245 identified dead and 1,039 missing (NDRRMC, as of March 2014). PAGASA's surveys measured storm surge of 5–6 m from Tacloban to Palo and 6–7 m from Guiuan to Hernani. A peak wind speed captures none of that.

Australia, the Caribbean and parametric cover. In Australia, the Insurance Council of Australia puts Cyclone Debbie (2017) at A$1.565 billion in insured losses, the country's second-costliest cyclone, behind Cyclone Tracy in Darwin in 1974 (A$4.1 billion in 2015 dollars). In the Caribbean, Melissa shows why central pressure matters commercially: Jamaica's World Bank catastrophe bond, triggered by the storm's central pressure along its path, paid out in full at US$150 million. NHC's report puts physical damage in Jamaica at US$12.2 billion, 41% of the country's 2024 GDP.

The data question. A peak-intensity dataset would describe Patricia, Hagibis and Katrina as three Category 5 storms. At landfall, Patricia was at 130 kt and Katrina at 110 kt (NHC), and Hagibis had weakened to a "strong" typhoon on JMA's scale. Those landfall values are much closer to what each storm cost. DisasterAWARE's hurricane data carries the full best track for each enhanced storm, quadrant wind radii, and per-crossing intensity with its country and admin-1 region. That is the event-level detail behind basis-risk checks on parametric triggers, back-testing of a typhoon programme in Japan or the Philippines, and building a historical event set for a portfolio. Historical Event Intelligence licenses the archive across every basin, and a free Florida 2020 sample shows the record format with no signup.

Frequently Asked Questions

What is the strongest hurricane ever recorded? Hurricane Patricia, in the eastern Pacific, on October 23, 2015: maximum sustained winds of 185 knots (about 215 mph), the highest 1-minute wind of any tropical cyclone. The WMO lists Typhoon Nancy (1961) as tied at 185 kt, but NOAA's Hurricane Research Division regards typhoon winds estimated in that era as too high, and we follow HRD in setting Nancy aside. Patricia's 872 mb central pressure is the lowest on record in the Western Hemisphere.

What is the strongest typhoon ever recorded? By pressure, Typhoon Tip (1979), at 870 hPa, which is also the world record. By 1-minute wind, four modern typhoons are tied at 170 kt in JTWC's best track: Haiyan (2013), Meranti (2016), Goni (2020) and Surigae (2021). Typhoon Nancy (1961) is listed at 185 kt, but winds estimated for typhoons in that era are now regarded as too high.

What is the strongest Atlantic hurricane ever recorded? Allen (1980) and Melissa (2025) are tied at 165 kt (about 190 mph). By pressure, Wilma (2005) holds the Atlantic record at 882 mb. Melissa's 160-kt landfall in Jamaica ties the 1935 Labor Day hurricane and Dorian (2019) for the strongest Atlantic landfall.

Why do different agencies give different wind speeds for the same storm? They average over different periods. US agencies report the strongest 1-minute average, JMA, Météo-France and Fiji Met Service use 10-minute averages, and India's IMD uses 3 minutes. Haiyan was 170 kt on JTWC's 1-minute scale and 125 kt on JMA's 10-minute scale. Both are correct for their own definitions, so compare storms only on the same basis.

What is the highest wind gust ever recorded in a tropical cyclone? 408 km/h (253 mph, 113.2 m/s) at Barrow Island, Australia, during Tropical Cyclone Olivia on April 10, 1996. The WMO's extremes archive lists the same gust as the world record for any surface wind gust.

Related Reading

• Hurricane Data: Best Tracks, Wind Radii and Per-Landfall Intensity
• Reconstructing Historic Hurricanes
• EF5 Tornadoes: The Complete List
• Secondary Perils and Insurance Risk
• Hurricane Risk in Miami, FL

Sources: NOAA/NCEI IBTrACS v04r01; NHC HURDAT2 and Tropical Cyclone Reports for Patricia (2015) and Melissa (2025); NOAA Hurricane Research Division Tropical Cyclone FAQ; WMO World Weather and Climate Extremes Archive; PAGASA, Report on Typhoon Haiyan to the ESCAP/WMO Typhoon Committee (Haiyan landfalls), and NDRRMC (Haiyan impacts); Japan Meteorological Agency disaster reports (Hagibis and Jebi landfalls); NOAA/NHC costliest US tropical cyclones table (2018); General Insurance Association of Japan; Insurance Council of Australia; World Bank (Jamaica catastrophe bond); DisasterAWARE Historical Hazards API (queried 2026-10-09).