How James Cameron became a deep-sea explorer and ... the Deepsea Challenger. ... By traveling 35,787 feet to the deepest point on Earth Cameron broke the record for the longest solo dive.

The "Deepsea Challenger," which James Cameron piloted on his record-breaking dive in 2012, is part of a new exhibition at LA's Natural History Museum.

Filmmaker James Cameron didn't make a movie between "Avatar" and its sequel. He spent a large part of that time on his passion for oceans and deep-sea diving. He broke a record for longest solo ...

James Cameron is taking ET inside the Titanic. In the wake of the Titanic tourist submersible tragedy, ET is taking a look back at its 1997 interview with the Titanic director, when he shared ...

The exhibit will explore the filmmaker's career as a deep-sea explorer. Cameron has led eight major expeditions, including the first solo dive to the Challenger Deep in the Mariana Trench, the ...

Back in 2012 Titanic director James Cameron took on a historic solo mission to the deepest place in the ocean, becoming the first human to reach the 6.8-mile-deep undersea valley ...

James Cameron has expressed an interest in deep sea exploration over the years, including in relation to the ill-fated Titanic, and some of his comments have resurfaced amid recent events ...

The ship, named the Deepsea Challenger, was 24 feet long, and Cameron was able to see through a window that was nine inches thick. Despite the cramped cockpit, Cameron didn't run into any issues ...

James Cameron Shares Terrifying Story About His Failed Titanic Submersible Dive: “Things Started to Fail” at Around 26,000 Feet Deep By Alex Vena Published June 21, 2023, 5:18 p.m. ET ...

James Cameron slams OceanGate safety, ... He went to similarly great lengths to prepare for his record-breaking Challenger Deep dive 7 miles down in the ocean, as he explained to NPR in 2013.

In 2012, Cameron became the first person to solo pilot a sub to the world’s deepest point, Challenger Deep, in the Mariana Trench, 11km beneath the ocean’s surface.