Three tourists were rescued from Lost Boy Beach in Tillamook, Oregon, on Wednesday, September 16, after the rising tide cut off their only exit and left them stranded for approximately five hours, officials confirmed Monday.
Rescue teams from the Netarts-Oceanside Fire District responded to a 911 call and located the group, which had spelled out 'SOS' using driftwood on the shrinking beach. The individuals—two males and one female in their 20s—were evaluated for minor injuries and hypothermia risk due to cold winds and wet conditions, according to Fire District Chief Jeff McBrayer.
Immediate Response & Rescue Efforts
Rescuers initially considered waiting for low tide but opted for an active water rescue due to rough surf, sneaker waves, and the tourists’ already compromised condition, McBrayer stated. Using a rope system, rescue teams accessed the beach, provided life vests, and guided the group through the surf to safety. The tourists were clipped to safety ropes during the evacuation and walked out under their own power once on stable ground.
Access & Risks of Lost Boy Beach
Lost Boy Beach is accessible only by crossing a sea cave or climbing down steep, rocky terrain, making it particularly hazardous during high tide. The beach’s isolation and the cave’s dual openings create a trap when tides rise, blocking the only exit routes. McBrayer noted that the area has seen an increase in visitors seeking dramatic social media content, though he could not confirm if this incident was directly related.
Official Warnings & Broader Concerns
McBrayer emphasized the dangers of the terrain, including cliff edges and unpredictable waves, urging tourists to exercise caution. The fire district’s Facebook page later shared images of the rescue and the SOS message, highlighting the risks of venturing into remote coastal areas without proper preparation.
The tourists reported losing cell service while on the beach, relying on an emergency satellite feature to contact 911. No severe injuries were reported, and the group was released after evaluation.