Rip Current in Georgia
Every rip current event the National Weather Service has filed in Georgia, year by year, with the most significant episodes. A narrow, fast current flowing away from the beach that caused a drowning or rescue.
The most significant on the map
The most significant rip current episodes in Georgia.
- Tornadoes
- Tropical storms and surge
- Floods
- Wind
- Hail
- Winter weather
- Heat and drought
- Cold
- Fire, smoke and dust
- Marine and coastal
- Other
The record
- Events
- 64
- Deaths
- 10
- Injuries
- 14
- Damage
- $1,000
Every year
The most significant
Ranked by deaths, injuries, damage and size together.
- Rip Current in Georgia, September 27, 2015The combination of persistent and strong northeast winds, and elevated tides due to astronomical influences resulted in an enhanced risk of rip currents along the southeast Georgia coast.
- Rip Currents in Georgia, May 13, 2018A man tried to save a woman and toddler from drowning offshore of Massengale Park in St. Simons Island during the evening. The woman and child were pulled back to shore, the man never returned. The woman later died in the hospital, the child survived.
- Rip Current in Georgia, August 23, 2020Onshore winds in combination with long period swell produced an enhanced risk of rip currents along the Southeast Georgia coast.
- Rip Currents in Georgia, June 18 to 19, 2016Strong high pressure building from the north and offshore low pressure helped produce a strong northeast wind ahead of an approaching full moon. These conditions produced an elevated risk of rip currents along the Southeast Georgia coast.
- Rip Current in Georgia, June 26, 2005An 18 year old male drowned when he was caught in a rip current, according to local authorities.
- Rip Current in Georgia, October 18, 2020Strong northeast winds persisting between a coastal trough and high pressure along with astronomical influences led to a moderate risk of rip currents along the Southeast Georgia coast.
- Rip Current in Georgia, September 11, 2022Borderline moderate to high rip current risk was in place at local beaches with surf/breakers in the 3-5 ft range with long period easterly swells.
- Rip Current in Georgia, June 11, 2005Low pressure off the Southeast coast caused numerous rip currents at Tybee Island. At least 4 people were rescued from the water.
- Tropical Storm and Flash Flood in Georgia, May 26 to 29, 2012Beryl developed as a Subtropical Storm over the Atlantic Ocean well east of the North Coastal Georgia area. The cyclone eventually became a Tropical Storm and slowly moved to the southwest and finally made landfall along the northeast Florida coast.
- Rip Current in Georgia, August 7, 2010Significant long period swells began along the Georgia coast as distant tropical storm Colin made a north shift well offshore.
- Rip Current in Georgia, June 16, 2012Northeast flow between 15-20 knots developed between a wedge of high pressure north of the region and low pressure over the Atlantic. Conditions persisted through the day, leading to favorable conditions for rip currents along the southeastern Georgia coastline.
- Rip Currents in Georgia, June 16, 2012Northeast flow between 15-20 knots persisted between a wedge of high pressure north of the region and low pressure over the Atlantic. Conditions remained favorable through the day for rip currents along the southeastern Georgia coastline.
- Rip Current in Georgia, July 5, 2013Southeast winds of 12 to 18 knots with swells of 3 to 4 feet produced several Rip Currents.
- Rip Current in Georgia, May 14, 2022The combination of onshore flow and long period swell energy helped to produce an elevated risk of rip currents along the southeast Georgia coast. A particularly strong rip current developed the Tybee Island coast in the afternoon.
- Rip Current and High Surf in Georgia, August 26 to 27, 2011Hurricane Irene passed by to the east of the Georgia coastline on August 26, 2011, producing beach erosion, high surf and rip currents across portions of southeast Georgia coast.
- Rip Currents in Georgia, July 31, 2017Enhanced swell energy and breezy winds along the coast combined to result in an elevated risk of rip currents along the southeast Georgia coast.
- Rip Currents in Georgia, August 4, 2020Long period swell associated with a departing low pressure system along with onshore winds led to rip currents along Georgia beaches.
- Rip Currents in Georgia, July 14 to 15, 2021Conditions became supportive of the development of rip currents along the southeast Georgia coast.
- Rip Currents in Georgia, August 2, 2023High pressure building from the north led to enhanced north-northeast winds along the coast supportive of rip currents.
- Rip Currents in Georgia, July 15 to 16, 2023The presence of onshore flow enhanced by the sea breeze, elevated swell energy, and breaking wave heights of 2-3 feet combined to produce an enhanced risk of rip currents along the southeast Georgia coast.
- Rip Currents in Georgia, May 4, 2025Conditions were favorable for the development of rip currents along the southeast Georgia coast. A strong rip current developed near the Tybee Island pier and two swimmers had to be rescued.
- Rip Current in Georgia, July 13, 2008Long period swell reaching the beaches along with a persistent onshore flow, resulted in numerous rip currents at the southeast Georgia beaches.
- Rip Current in Georgia, August 22, 2009Large and long period swells originating from Hurricane Bill well east of the Georgia coast, resulted in numerous rip currents at the beaches along the Georgia coast.
- Rip Current in Georgia, May 8, 2009A ridge of high pressure over the waters and a trough of low pressure inland led to an enhanced pressure gradient along the Georgia coastline, resulting in strong onshore flow and several rip currents along coastal Georgia.
- Rip Current in Georgia, July 24, 2009Large long periods swells in combination with astronomical influences from a recent new moon, resulted in numerous rip currents at Georgia beaches.
More
Sources
NOAA National Centers for Environmental Information, Storm Events Database, compiled from the National Weather Service’s monthly Storm Data. Complete through 2026-06; NCEI adds each month about 75 days after it ends and revises past years a few times a year. Rebuilt 2026-09-24.