A container ship lost all power in 75 mile per hour winds off western Newfoundland and was driven onto a remote rocky shore, where all twenty of its crew were airlifted off after it grounded

The ship lost power about 12 nautical miles out, off the entrance to the Bay of Islands.

Then it began to drift.

Winds were running near 75 miles per hour, with seas to 20 feet.

The anchor would not hold, and the cliffs west of Lark Harbour were downwind.

So how does a 679 foot container ship end up pinned on a roadless Newfoundland shore with 20 people still aboard?

What the sea did when the lights went out

The MSC Baltic III was running from Montreal to Corner Brook when the ship went dark. A Coast Guard traffic centre received a mayday from the vessel roughly 12 nautical miles outside the entrance to the Bay of Islands, reporting a loss of power. A container ship without generators has no propulsion and no steerage, and becomes a very large object with a great deal of sail area.

A winter storm warning was in effect across the region, with winds up to 75 miles per hour and seas running to 20 feet. The crew let go the starboard anchor and it failed to bring the ship up. In the Coast Guard’s own account, the vessel was unable to secure an anchor and ran aground in Wild Cove, west of Lark Harbour.

Everything after that was geography. The shoreline there is rock and cliff inside a fjord system known for violent downslope winds, with no beach to absorb a hull of that size.

The wreck that would not come off the rocks

Assessments after the grounding confirmed significant breaches in the hull, and the ship settled firmly onto the bottom. Later surveys found the engine room and two fuel tanks breached, with residual oil trapped beneath the vessel. Successive winter storms buckled steel plating on both sides and dropped the stern lower in the water, and the response shifted from refloating to taking the ship apart where it lay.

Access became its own engineering problem. Crews installed a cableway from shore so salvage personnel could reach the wreck when conditions allowed, and the contractor built an access road from the vessel to the beach, where tanks could be cleaned and large sections cut up on a working pad.

Resolve Marine, hired by the owner, began dismantling the ship in June with a workforce of about 50 people housed in Lark Harbour. A road and a cable car built to service a single stranded hull: the location alone made this one unusual.

Twenty people lifted off a ship already aground

The mayday came on the morning of Saturday, February 15, 2025. A Cormorant from 103 Search and Rescue Squadron at 9 Wing Gander, a Hercules from 413 Squadron and the Coast Guard icebreaker Henry Larsen all responded. The Cormorant lifted all 20 crew off the ship after it struck, with no reported injuries.

That sequence matters, because the crew were still aboard through the grounding itself. Hoisting 20 people from the deck of a ship being worked by 20 foot seas, in gusts near 75 miles per hour, is close to the outer edge of what a search and rescue helicopter is asked to do. The provincial premier confirmed the evacuation the same morning.

The same coast that made the salvage so slow is what made the rescue so urgent. Remote, rocky, roadless shore leaves very little margin.

Why a blackout travels so far through a ship

A cargo ship is not one machine but dozens running in concert: generators feeding switchboards, switchboards feeding pumps and motors, motors turning shafts. When the chain breaks at the generation level, much of what is downstream stops at once, including steering gear, thrusters and the power available to work ground tackle against a storm load.

That is the general engineering reason a blackout at sea is so much worse than on land. What actually tripped this one has not been made public. The Coast Guard said at the time that the cause was not known, and no sequence of generator, switchboard or protective relay has been released since.

Ships can also be lost without anything breaking at all, as the vehicle carrier that ended up on its side off the Georgia coast with thousands of cars aboard showed.

What the salvage has reached and what remains open

The ship was carrying 472 containers, not a full load for a vessel of roughly 2,478 TEU capacity, along with about 1.7 million liters of heavy fuel and marine gas oil, near 450,000 gallons. All but one container has since been removed, the bulk fuel is off, and the Coast Guard has reported cutting and lightering roughly 40 percent of the vessel’s total tonnage. Its public log of the incident reached a thirty sixth update in March 2026, with ice and weather still limiting access.

The Cape Hatteras lighthouse, rolled inland after the surf closed to within about 120 feet of its base, is a reminder that coastal problems rarely have quick answers. A broken ship on an exposed shore is a harder case, but the principle holds: once something that large is planted on an immovable coast, removing it costs far more than avoiding contact would have.

What remains open is the cause itself. Until that is documented, the honest summary is narrow: a blackout, a storm, a shore with no give, and 20 people taken off a ship that was already on the rocks.