2024 South Indian cyclone season

Cyclone Djoungou 2024

Recorded track and intensity from Feb 13, 2024 to Feb 20, 2024

PEAK INTENSITYCategory 5
Satellite image of Djoungou 2024
VIIRS imagery from NASA's Suomi-NPP Satellite. public domain Source
DJOUNGOU: complete recorded track, Feb 13, 2024–Feb 20, 2024Recorded track from Feb 13, 2024 to Feb 20, 2024. Colors show the recorded wind category. The highlighted position follows the replay controls.MADAGASCARMAURITIUSIndian OceanFeb 14, 12:00 AM UTCFeb 15, 12:00 AM UTCFeb 16, 12:00 AM UTCFeb 17, 12:00 AM UTCFeb 18, 12:00 AM UTCFeb 19, 12:00 AM UTCFeb 20, 12:00 AM UTCPeak: Category 5FEB 13FEB 20

Drag to pan. Pinch or Ctrl/⌘ + scroll to zoom. Keyboard: plus or minus to zoom, arrow keys to pan, and 0 to show the full track.

DepressionTropical stormCat 1Cat 2Cat 3Cat 4Cat 5Post-tropical
Wind speed 161 mphPressure 923 mb
09201009702001020mphmbFeb 13Feb 15Feb 17Feb 20
Forward speed 30 mphCumulative ACE 6.86 10⁴ kt²
00307.56015mph10⁴ kt²Feb 13Feb 15Feb 17Feb 20
Maximum sustained wind161 mph

161 mph

Minimum recorded pressure923 hPa

Feb 18, 2024 during the tropical stage

Recorded track duration7 days

Full archive record, including non-tropical stages if present

Approximate track distance2,900 mi

Along the recorded center positions

STORM HISTORY

Track and intensity summary

Djoungou is listed in the South Indian basin for the 2024 season. Its archived track begins on Feb 13, 2024, 06:00 AM UTC at 13.7°S, 66.1°E. US-agency wind is not available for this first observation. These dates describe the available observations, which may include stages before and after the tropical cyclone phase.

The first Category 5 observation appears on Feb 18, 2024, 09:00 AM UTC. The highest recorded tropical-stage one-minute sustained wind is 161 mph, first recorded on Feb 18, 2024, 09:00 AM UTC at 19.2°S, 77.5°E. The minimum recorded tropical-stage central pressure is 923 hPa on Feb 18, 2024, 09:00 AM UTC.

The full record spans 168 hours and approximately 2,900 mi along the recorded center positions. The last recorded position is 32.3°S, 100.5°E on Feb 20, 2024, 06:00 AM UTC. The final tropical-stage observation is earlier, on Feb 19, 2024, 03:00 PM UTC.

QUICK ANSWERS

Djoungou in brief

What was Cyclone Djoungou's highest wind speed?

161 mph, the highest one-minute sustained wind in its tropical stage, recorded on Feb 18, 2024, 09:00 AM UTC.

What category was Cyclone Djoungou?

Category 5 at its peak on the Saffir–Simpson one-minute wind scale, first reaching Category 5 on Feb 18, 2024, 09:00 AM UTC. Other agencies classify storms differently.

What was Cyclone Djoungou's lowest pressure?

923 mb, the minimum central pressure recorded during its tropical stage, on Feb 18, 2024, 09:00 AM UTC.

When did Cyclone Djoungou occur?

The archived track runs from Feb 13, 2024, 06:00 AM UTC to Feb 20, 2024, 06:00 AM UTC, with the tropical stage from Feb 13, 2024, 12:00 PM UTC to Feb 19, 2024, 03:00 PM UTC.

Where did Cyclone Djoungou form?

In the South Indian basin, in the 2024 season. Its first archived position is 13.7°S, 66.1°E on Feb 13, 2024, 06:00 AM UTC.

Did Cyclone Djoungou make landfall?

No archived position places Cyclone Djoungou's center over land, but positions are six-hourly and a brief landfall can fall between them.

METHODOLOGY

Data sources and limitations

The map and summary are generated from NOAA's IBTrACS v04r01 archive. Wind and category use US-agency records; minimum pressure is calculated during the tropical stage, with the archive's pressure source retained. Category 5 refers to the Saffir–Simpson one-minute wind scale; local agencies may use different classifications. Coastlines use Natural Earth's 1:10m land data.

Track distance adds great-circle distances between consecutive observations, excluding gaps over 12 hours. This track has no gaps over 12 hours. The line shows the storm's center, not its size, rainfall or flood extent. Converted wind speeds are rounded to the nearest whole unit.

Archive retrieved

NOAA IBTrACS archive and Field documentation

Sources & methodology