Churchill
Schooner · United States · Lost 1917 · The Hawaiian Islands
An Oregon-built four-masted schooner lost at French Frigate Shoals in 1917 under suspicion of deliberate destruction, its scattered wreckage tentatively identified by NOAA archaeologists decades later.
Become Captain of RecordSee Shipwreck on Map

The Vessel and Her Loss
Built in 1900 in North Bend, Oregon, the four-masted schooner Churchill carried copra from Tonga toward Seattle when she ran aground on a reef at French Frigate Shoals on September 27, 1917. All 12 crew members were rescued, but a fire that broke out afterward led surviving crew to accuse the captain of intentionally destroying the ship. The wreck lay unidentified until NOAA archaeologists, surveying scattered anchors, rigging, and machinery discovered in 2005, concluded in 2007-2008 that the site is most likely Churchill, based on the artifacts' size and construction matching her known dimensions.
Vessel
- 1900
- Asa Meade Simpson
- North Bend, Oregon
- Wood
- 178 ft
- Not established
- 600
- Sail
- Not established
Loss
- September 27, 1917
- Grounding
- French Frigate Shoals, Hawaii
- Pacific Ocean
- Nuku'alofa, Tonga → Seattle, Washington
- Copra (dried coconut meat)
- 12
- 0
- Captain Charles Granzow
The Wreck Today
- 8-15
- Broken up; anchors, rigging, pumps, and deck hardware remain scattered across the reef
- Not established
- 2005 (site); tentatively identified 2007-2008
- Within Papahanaumokuakea Marine National Monument
Position
- 23.87° N 166.28° W
- Approximate position
- French Frigate Shoals, Hawaii
Position approximates the surveyed wreck site at French Frigate Shoals' south reef.
Evidence
Overall confidence: Partially documented (62/100)
The wreck's identity as Churchill is a probable match based on artifact analysis and has not been conclusively confirmed.
Papahanaumokuakea Marine National Monument
Build details, voyage, wrecking narrative, and tentative identification methodology.
NOAA Office of National Marine Sanctuaries
Discovery history and identification process.
























































