Ballard recalls mission to site
FALMOUTH, MASS. >> The sheer size of the vessel and the shoes were what struck Robert Ballard when he descended to the wreckage of the RMS Titanic in 1986, the year after he and his crew from the Woods Hole Oceanographic Institution helped find the ocean liner that struck an iceberg and sank in the North Atlantic in 1912.
“The first thing I saw coming out of the gloom at 30 feet was this wall, this giant wall of riveted steel that rose over 100 and some feet above us,” he said in an interview from Connecticut on Wednesday, the same day the WHOI released on 80 minutes of never before publicly seen underwater video of the expedition to the wreckage.
“I never looked down at the Titanic. I looked up at the Titanic. Nothing was small,” he said.
The crew of Alvin, the three-person submersible he was in, headed to the surface when it started taking water into its batteries, and as it rose Ballard saw the Titanic’s portholes.
“It was like people looking back at us. It was pretty haunting actually,” he said.
There were no human flesh or bones left, but he saw shoes, including the footwear of what appeared to be a mother and a baby, that looked like tombstones marking the spot where some of the roughly 1,500 people who perished came to rest on the ocean floor.
“After the Titanic sank, those that went into the water that didn’t have lifejackets died of hypothermia and their bodies came raining down,” he said.
The liner sank on its maiden voyage from Southampton, England, to New York City after hitting an iceberg in the early morning hours of April 15, 1912.
The WHOI team, in partnership with the French oceanographic exploration organization Institut français de recherche pour l’exploitation de la mer, discovered the final resting place of the ship in 12,400 feet of water on Sept. 1, 1985, using a towed underwater camera.
The newly released footage was from a return expedition the following year.
There had been prior efforts to find the wreck. But the 1985 discovery and the 1986 trip were made possible by sophisticated underwater vehicles that could withstand the unforgiving conditions, said WHOI engineer Andy Bowen, who helped develop them.
“The water is near freezing temperatures and probably the biggest challenge is the remoteness of the location, and in particular the harsh environment with regard to the pressure our equipment is exposed to,” he said.