The Great Lakes Beaches With The Strongest Rip Currents
Rip currents can move through the Great Lakes with enough force to carry swimmers beyond the breaking waves, especially where sandbars, piers, and breakwalls channel water back toward deeper water. The clearest evidence for this ranking comes from measured currents, confirmed rip-current deaths and rescues, and locations identified as hotspots in Great Lakes research.
Most of that evidence points to Lake Michigan. A study using the Great Lakes Current Incident Database documented 703 current-related drowning and rescue incidents between 2002 and 2020, including 223 deaths, with 448 incidents occurring on Lake Michigan. The database covers several types of dangerous current, so the beaches below are tied either to events classified specifically as rip currents or to research identifying the site as a rip-current hotspot.
Grand Haven State Park, Michigan
Four people died and 17 were rescued in structure-related rip-current incidents at Grand Haven over a 19-year study period. Those numbers put this busy Lake Michigan beach among the clearest current hotspots identified in published Great Lakes research. The trouble concentrates around the harbor entrance, where long piers extend into the lake beside the mouth of the Grand River.
Waves pushing water along the beach can run into those structures and be redirected away from shore. That flow may develop beside the pier itself, an area swimmers sometimes approach because the structure looks like an easy landmark. Grand Haven has repeatedly appeared in National Weather Service beach-hazard messaging during rough lake conditions, and the local incident record adds unusual weight to those warnings. The four deaths and 17 rescues came from documented current events, not a general count of drownings along the shoreline.
Holland State Park, Michigan
August 3, 2011, produced 28 rescues near Holland State Park's north pier. Northwest winds reached roughly 15 to 25 mph, waves were running about 2 to 5 feet, and the National Weather Service had placed the shoreline under a high swim risk. Two years earlier, another rough-water episode sent rescuers after 23 people near the same pier during a five-hour period.
Great Lakes researchers include Holland among Lake Michigan's major structure-related rip-current locations. The north pier changes the movement of water traveling along the beach, and rough surf can funnel part of that flow lakeward beside the structure. Holland's record stands out because rescuers were dealing with dozens of swimmers during individual events, which gives researchers a much clearer picture than a beach with one isolated emergency.
North Beach, Port Washington, Wisconsin
At Port Washington, scientists put instruments in the water and measured the currents directly. Researchers documented 14 rip-current events near the harbor's north breakwater, with structure-driven rips reaching about 0.2 meters per second. Some lasted for hours.
The beach later became a field site for cameras and automated warning technology designed to catch short-lived flash rips. These currents can develop rapidly and shift along the shoreline, which makes them difficult to spot from the beach. Port Washington helped researchers test a four-level assessment system for Great Lakes rip-current conditions, giving this stretch of Wisconsin shoreline one of the best instrumented records in the region.
Park Point Beach, Duluth, Minnesota
A confirmed rip current killed two swimmers at Park Point on August 10, 2017. A father and daughter were carried farther into Lake Superior, and a firefighter was injured during the rescue effort. NOAA's Storm Events Database records the episode specifically as a rip-current event.
Park Point sits on the long sand spit separating Duluth's harbor from open Lake Superior, where offshore bars can develop gaps that channel water away from the beach. The National Weather Service has continued to issue warnings for strong rip currents and dangerous waves along Park Point during rough-weather periods. The lake's low water temperatures compound the danger for anyone carried offshore, since cold shock and loss of swimming strength can begin well before hypothermia develops.
Huntington Beach, Bay Village, Ohio
Two young men died in a rip current at Huntington Beach on August 17, 2025. The National Weather Service recorded both deaths in its rip-current fatality data, giving the Lake Erie beach one of the clearest recent cases anywhere on the Great Lakes. The victims, ages 19 and 22, were in the water off Bay Village when they were pulled away from shore.
Huntington sits on the southern side of Lake Erie, where strong onshore winds can quickly build short, steep waves. The beach has also fallen under repeated high swim-risk forecasts when waves reached several feet. Nearshore sandbars along this part of Ohio can leave narrow openings where accumulated water drains back toward the lake, producing the concentrated flow associated with a classic rip.
Beverly Shores, Indiana
The National Weather Service classified the death of a 17-year-old at Beverly Shores on August 6, 2024 as a rip-current fatality. The location already had a current history. Research examining Great Lakes incidents records two rescues at Beverly Shores during another event on June 6, 2010.
The beach faces the open southern end of Lake Michigan, along a shoreline shaped by mobile sandbars. Water driven toward shore by breaking waves can collect between one of those bars and the beach, then escape through a gap in the bar. The current may be narrow enough that swimmers only a short distance away feel little pull. Northern winds and larger waves increase the amount of water moving toward the Indiana shore, which is why beach-hazard forecasts along this stretch can change quickly when the lake becomes rough.
Porter Beach, Indiana
A 20-year-old woman died at Porter Beach on July 31, 2015, and the National Weather Service classified the death as a rip-current fatality. Porter lies along the Indiana Dunes shoreline, one of the best-known rip-current zones on the Great Lakes.
The National Park Service reports more than 250 cases of swimmers caught in rip currents on Lake Michigan since 2002, more than twice the combined total for the other four Great Lakes. Southern Lake Michigan is particularly vulnerable when waves push water across offshore sandbars and the return flow finds a break in the sand. Porter sits directly on that exposed coast, where the lakebed can change as storms rearrange the bars offshore.
Weko Beach, Bridgman, Michigan
Weko Beach appears in the National Weather Service's 2020 fatality record with a death classified specifically as a rip-current fatality. That puts it in a smaller and more useful category than beaches where the cause of a drowning remained unknown or was attributed only to high surf.
The beach occupies another open section of southern Lake Michigan, a part of the lake responsible for a large share of documented Great Lakes current incidents. Breaking waves move water over the shallow nearshore bars, and gaps in those bars can focus the return flow into a narrow channel heading offshore. Weko's confirmed fatality is another point in the dense cluster of rip-current incidents along the lower Lake Michigan shoreline, alongside Porter, Beverly Shores, Holland, and Grand Haven.
Reading The Record Across The Lakes
Two patterns hold across every beach above. The first is that Lake Michigan carries most of the danger, driven by its north-south orientation and the prevailing winds that push waves onto its southern and eastern shores. Six of these eight beaches sit on that lake, and the incident totals behind them dwarf anything measured on Erie or Superior. The second is the role of engineered structures. Grand Haven, Holland, and Port Washington all concentrate their worst events beside piers and breakwaters, where wave-driven water meets a rigid barrier and turns lakeward. Where a beach has no such structure, as at Park Point, Beverly Shores, Porter, and Weko, the same outcome arrives through gaps in offshore sandbars. The mechanism differs, but the result matches: a narrow channel of water moving fast enough to outpace a strong swimmer, often on a day the lake looks manageable from the sand.
