Darlington
Iron-Hulled Steamer · United Kingdom · Lost 1886 · Bermuda
An 1886 iron steamer carrying cotton and grain to Germany that ran onto Bermuda's Western Reef after her captain failed to post a lookout.
Become Captain of RecordSee Shipwreck on Map

The Vessel and Her Loss
Darlington was an iron-hulled steamer built in 1881 by Swan & Hunter of Newcastle, England. On a voyage from New Orleans to Bremen, Germany carrying cotton and grain, Captain Richard Ward failed to assign a lookout in unfamiliar waters and misjudged the ship's position, running her onto Bermuda's Western Reef on 22 February 1886. All 23 aboard were rescued, but an attempt to refloat the ship failed and a Marine Board of Inquiry found Ward negligent. The wreck lies in about 20 feet of water, largely intact but collapsed onto her port side, close to the buried remains of an unidentified Spanish galleon.
Vessel
- 1881
- Swan & Hunter
- Newcastle, England
- Iron
- 285 ft
- 36 ft
- 1990
- Steam, 250-horsepower compound inverted engine, single screw
- Not established
Loss
- February 22, 1886
- Navigational error
- Western Reef, Bermuda
- Atlantic Ocean off Bermuda
- New Orleans, Louisiana → Bremen, Germany
- 5,152 bales of cotton and 15,000 bushels of grain
- 23
- 0
- Richard Ward
The Wreck Today
- 20 ft
- Fairly intact but collapsed onto herself, lying on her port side; boilers, propeller shaft, and deck winches visible along with the rudder near an intact stern.
- Lying on port side
- Not established
- Protected under the Bermuda Shipwreck Certificate Program and Bermuda Dive Sites program, with a 300m no-fishing limitation
Position
- 32.288° N 64.984° W
- Surveyed position
- Western Reef, Bermuda
Position published by the Government of Bermuda's Open Shipwrecks and Protected Moorings Program.
Evidence
Overall confidence: Well documented (90/100)
Department of Environment and Natural Resources, Government of Bermuda
Build details, loss narrative, cargo, and wreck condition.
Government of Bermuda Open Shipwrecks and Protected Moorings Program
Coordinates and depth.
























































