What the record says
Bansi was a cyclone in the South-West Indian basin that lasted about 11 days, from 8 January 2015 to 19 January 2015. Its peak was Category 5 (140 kt) on 13 January 2015, with a 1-minute sustained wind of 140 kt (161 mph, 259 km/h). Its lowest recorded pressure was 910 hPa.
- Category 5peak intensity
- 140 ktpeak wind (161 mph)
- 910 hPalowest pressure
- 11 dayslifetime
Source of the peak wind: US Joint Typhoon Warning Center (southern hemisphere). The regional forecast centre (RSMC La Reunion (Meteo-France)) gave a peak of 120 kt on its own averaging convention (10-minute winds), so the two figures differ.
It has its own page because it reached category 5 or stronger.
This page gives the official record's figures. It does not describe the human cost of the storm, which is far larger than any wind speed or pressure here.
Where it came ashore
The record shows no landfall: the storm stayed at sea.
Countries it came within 50 km of
Strongest effect first.
How to read this track
The line joins the storm's six-hourly positions with straight lines, coloured by its intensity at each point, so it shows how the storm strengthened and weakened. The real path curved between the positions. A dashed grey stretch means the storm had become post-tropical. Records before the satellite era (about the 1960s) are estimates.
Source: NOAA NCEI IBTrACS, public domain. See data sources and caveats.
Other notable storms of the 2015 South-West Indian season
- Eunice (2015)Category 5
- Ikola (2015)Category 4
- Quang (2015)Category 4
- Kate (2015)Category 3
Other notable storms near French Southern and Antarctic Lands
- Andry (1984)5 December 1983 to 16 December 1983, peak Category 4 (130 kt), 927 hPa
- Hudah (2000)22 March 2000 to 9 April 2000, peak Category 4 (125 kt), 905 hPa
- Doaza (1988)21 January 1988 to 1 February 1988, peak Category 4 (115 kt), 954 hPa
- Erinesta (1986)29 January 1986 to 11 February 1986, peak Category 4 (115 kt), 927 hPa
- Idai (2019)4 March 2019 to 16 March 2019, peak Category 4 (115 kt), 940 hPa