text size: small medium large Over 100 drownings due to rip currents occur every year in the United States. Rip currents are the leading surf hazard for all beachgoers. They are very dangerous for weak or non-swimmers.
Rip currents can occur at any surf beach with breaking waves, every day. Usually the speeds are slow. However, under certain wave, tide, and beach conditions the speeds can quickly increase to become dangerous. They are most likely to be dangerous during high surf conditions as the wave height and wave period increase.
Rip currents most typically form at low spots or breaks in sandbars, and also near structures such as groins, jetties and piers. Rip currents can be very narrow or extend in widths to hundreds of yards.
image courtesty NOAA

- a channel of churning, choppy water
- an area having a notable difference in water color
- a line of foam, seaweed, or debris moving steadily seaward
- a break in the incoming wave pattern
How to Avoid and Survive Rip Currents
- Learn how to swim!
- Never swim alone.
- Be cautious at all times, especially when swimming at unguarded beaches. If in doubt, don’t go out!
- Whenever possible, swim at a lifeguard protected beach.
- Obey all instructions and orders from lifeguards.
- If caught in a rip current, remain calm to conserve energy and think clearly.
- Don’t fight the current. Swim out of the current in a direction following the shoreline. When out of the current, swim towards shore.
- If you are unable to swim out of the rip current, float or calmly tread water. When out of the current, swim toward shore.
- If you are still unable to reach shore, draw attention to yourself: face the shore, wave your arms, and yell for help.
- If you see someone in trouble, get help from a lifeguard. If a lifeguard is not available, have someone call 9-1-1 . Throw the rip current victim something that floats and yell instructions on how to escape. Remember, many people drown while trying to save someone else from a rip current.
This information is compiled from NOAA's
Rip Current website. Check it out for many more specifics on rip currents.
There is other important information on rip currents from the University
of Delaware.


