Man Trapped in Quicksand Rescued in Dramatic Coastal Rescue

Published: 27 October 2025. The English Chronicle Desk. The English Chronicle Online.

Emergency crews pulled off a dramatic rescue on the Silverdale coastline this past Saturday after a man became trapped in quicksand as the tide surged in. Bay Search and Rescue, a team operating across the Morecambe Bay area, described the incident as a “surreal close call” as they worked to free the man before the fast-rising waters could sweep him away.

The alarm was raised at 11:30 a.m., when witnesses spotted the man partially submerged in a soft gulley. According to the rescue team, only the man’s chest, head, one arm, and part of a leg were visible above the surface. “At first glance, only his chest, head, one arm, and part of one leg were still visible, but because he had laid right he was thankfully not in too deep,” the crew said. They noted that the man was completely exhausted and showing early signs of hypothermia due to exposure to the cold waterlogged sand and the rapidly incoming tide.

The Bay Search and Rescue team acted swiftly. They inflated two Rescue Air Pathways — one placed behind the man to prevent him from sinking further, and the other in front to create a safe passage for extraction. Within minutes, the man was safely lifted from the quicksand and onto the pathway, highlighting the precision and coordination required in such high-risk operations.

Once freed, the man was transferred to the team’s all-terrain vehicle, where he was wrapped in foil blankets to stabilize his body temperature. He was later taken to a nearby café to warm up further and handed over to the North West Ambulance Service for ongoing assessment. The rescue team emphasised that the man’s survival was a combination of rapid action, teamwork, and experience. “This rescue was a true display of teamwork across agencies — a reminder of the coordination, skill, and dedication that keeps our coastline safe,” the team said.

The incident also serves as a reminder of the dangers posed by quicksand along estuaries and tidal areas. Quicksand forms when sand becomes saturated with water, creating a soft and unstable surface that can trap even experienced walkers. Earlier this year, the Bay Search and Rescue team reported finding more patches of quicksand than they had seen in the previous three decades, highlighting the evolving risks along the Morecambe Bay coastline.

Coastal safety experts warned that tides can quickly transform seemingly harmless sand into a dangerous trap. “People should always be aware of tide times and avoid walking in areas prone to quicksand,” the team said. “Even strong swimmers can be at risk if caught in quicksand near a fast-rising tide.”

The man’s ordeal ended without serious injury, thanks to the quick response of the rescue team and their use of specialist equipment. The rescue demonstrates the challenges that emergency services face in coastal environments, where changing tides, unpredictable terrain, and hypothermia risks can turn a routine call into a life-threatening situation.

Bay Search and Rescue has urged the public to remain vigilant when exploring estuaries and beaches, particularly during low tide when patches of quicksand can be concealed by shallow water or sand layers. They also reiterated the importance of reporting any incidents promptly to ensure emergency crews can respond in time.

The incident has drawn attention to the vital work performed by voluntary and professional rescue teams along the UK coastline. Their expertise, quick thinking, and coordination across agencies continue to prevent tragedies in some of the country’s most hazardous natural environments.

As the Morecambe Bay area continues to attract walkers, families, and tourists, this dramatic rescue serves as both a cautionary tale and a testament to the lifesaving skills of local emergency teams. The man’s survival underscores the importance of preparation, caution, and the value of specialized rescue equipment in mitigating the risks posed by natural hazards like quicksand.