Most Destructive Hurricanes in History
A modern ranking of history's most destructive tropical cyclones. Most storms below link to a full interactive analysis — track, wind field, score components, and side-by-side comparisons. Scores are computed by the Destructive Power Score methodology: a 0–100 composite that captures size, surge, duration, and geographic reach in addition to peak wind.
Top 10 by Destructive Power Score
Hand-curated from ~200 named storms in the database. Ranked strictly by computed DPS; commentary explains the score driver.
| # | Storm | Year | DPS | Why it scored high |
|---|---|---|---|---|
| 1 | Haiyan (Yolanda) | 2013 | 96 | Strongest landfall ever recorded (195 kt). Catastrophic surge across the central Philippines, 6,300+ fatalities. |
| 2 | Katrina | 2005 | 94 | Maximum surge driver, levee failure, 1,800+ fatalities, $125B inflation-adjusted damage. Long-duration Cat 5 over the Loop Current. |
| 3 | Mangkhut (Ompong) | 2018 | 92 | Massive West Pacific super-typhoon, wide wind field, devastating impacts across Luzon and South China. |
| 4 | Irma | 2017 | 91 | Sustained Cat 5 for 60+ hours — longest-duration Cat 5 in the satellite era. Devastation across the Leeward Islands and Cuba. |
| 5 | Ian | 2022 | 91 | Rapid intensification, Cat 5 just before SW Florida landfall. Catastrophic surge in Fort Myers Beach, $112B damage. |
| 6 | Ike | 2008 | 89 | The textbook example of why Saffir-Simpson misses size. "Only" a Cat 2 at Galveston landfall — but enormous wind field drove Cat 4–equivalent surge. |
| 7 | Sandy | 2012 | 87 | Hybrid cyclone with a 1,000-mile wind field. Saffir-Simpson rated it a Cat 1; the destructive footprint was anything but. |
| 8 | Maria | 2017 | 85 | Direct Cat 5 strike on Puerto Rico. Compact but extreme intensity, complete grid collapse, long humanitarian aftermath. |
| 9 | Harvey | 2017 | 84 | Stalled over Houston for 4+ days. 60+ inches of rainfall, $125B damage. Duration drove the score, not peak wind. |
| 10 | Helene | 2024 | 80 | Long inland track, catastrophic flash flooding in western North Carolina, 230+ fatalities. |
Linked names open a full interactive analysis. Entries shown as plain text (e.g. Haiyan, Mangkhut, Patricia) are reference-only for now — scored from the dataset but not yet in the live tracker.
Why this list differs from the wind-only ranking
If you rank the same set of storms by peak wind alone — the Saffir-Simpson variable — the order changes substantially. Hurricane Patricia (2015) would top the list with 185 kt peak winds, but it weakened dramatically before landfall and caused comparatively little damage. Hurricane Ike (2008) would drop to the bottom half despite causing more economic damage than several Category 4 and 5 storms in the same era.
DPS captures this divergence by combining five physically meaningful components:
- Peak intensity — the Saffir-Simpson variable, retained as a baseline.
- Integrated Kinetic Energy (IKE) — total wind energy. Captures storm size directly.
- Surge potential — derived from wind, RMW, forward speed, and basin bathymetry.
- Duration — hours of coastal exposure to TS-force winds.
- Geographic reach — number of distinct coastal zones affected.
See the full methodology for component weights and the basin-specific calibration.
Atlantic Basin
Pacific Basins
Open data
Want to compute your own rankings or compare storms by your preferred metric? The full historical database — including peak winds, central pressure, wind-field radii, duration, basin, and damage estimates — is available as a free CSV and JSON download under CC BY 4.0.