Authorities Deploy Deep-Sea Tech to Find Sunken Fishing Boat Off Massachusetts

Efforts to locate the wreck of the Lily Jean and recover the bodies of the seven lost crew members have been hampered by winter weather and sea conditions.

Published on Feb. 22, 2026

A coalition of authorities, including the U.S. Coast Guard, National Oceanic and Atmospheric Administration, and Massachusetts Environmental Police, is using advanced technology like side-scan sonar and remotely operated vehicles to try to locate the wreck of the 72-foot fishing vessel Lily Jean, which sank off the coast of Gloucester, Massachusetts on January 30, killing all seven people on board. The search efforts have been challenging due to the deep, inhospitable waters and harsh winter conditions in the area.

Why it matters

The sinking of the Lily Jean has devastated the tight-knit fishing community of Gloucester, Massachusetts, which is America's oldest seaport and known for its long history of commercial fishing. Authorities are determined to provide answers to the victims' families about what happened and recover the bodies if possible, but the difficult conditions have slowed their progress so far.

The details

The Lily Jean was a 72-foot fishing vessel returning to port in Gloucester to repair its fishing gear when it sank in frigid Atlantic waters more than 300 feet deep. The U.S. Coast Guard, National Oceanic and Atmospheric Administration, and Massachusetts Environmental Police have been working together to try to locate the wreck using side-scan sonar and a remotely operated vehicle, but harsh winter weather and sea conditions have made their efforts challenging so far.

  • The Lily Jean sank on January 30, 2026.
  • The Coast Guard launched a search and rescue mission after receiving an alert from the vessel on January 30.
  • The search was suspended the following day on January 31.

The players

U.S. Coast Guard

The U.S. Coast Guard is one of the lead agencies involved in the search and recovery efforts for the sunken Lily Jean fishing vessel.

National Oceanic and Atmospheric Administration (NOAA)

NOAA is also participating in the coalition of authorities working to locate the wreck of the Lily Jean and potentially recover the bodies of the deceased crew members.

Massachusetts Environmental Police

The Massachusetts Environmental Police have deployed side-scan sonar technology in an effort to gather data and detect anomalies on the ocean floor where the Lily Jean sank.

Lily Jean

The 72-foot fishing vessel that sank off the coast of Gloucester, Massachusetts on January 30, 2026, killing all seven people on board.

Bruce Tarr

The Republican Senate Minority Leader from Gloucester, Massachusetts, who spoke at a news conference about the efforts to find the Lily Jean wreck and provide answers to the victims' families.

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What they’re saying

“One of the most haunting things about grief or loss at sea is the not knowing. Answering those questions requires a tremendous amount of effort.”

— Bruce Tarr, Massachusetts Senate Minority Leader (pressherald.com)

“As of now, hopefully in the future, the investigation will give us some light on what happened. But as of now, only God knows what happened that fateful morning.”

— Ricky Beal, Brother of victim Paul Beal Sr. (pressherald.com)

What’s next

Officials say they hope to be able to send a remotely operated vehicle to the site to gather photos and video of the wreck, but sea conditions have so far made that challenging. The judge overseeing the investigation will provide updates to the Gloucester community as the search and recovery efforts continue.

The takeaway

The sinking of the Lily Jean fishing vessel has devastated the tight-knit fishing community of Gloucester, Massachusetts, which is still grappling with the loss of seven lives and the uncertainty surrounding the incident. The authorities' use of advanced deep-sea technology underscores their determination to provide answers and closure for the victims' families, despite the daunting challenges posed by the harsh winter weather and sea conditions.