A measurement of the wooden panel used in the 1997 film "Titanic" has reignited a debate over whether both Jack and Rose could have survived.

For decades, fans have questioned the plausibility of the scene where Rose floats on a piece of debris while Jack dies of hypothermia. The resolution of this dispute remains elusive as experts provide contradictory interpretations of the prop's physical capacity.

TVN Chile recently examined the panel to provide a factual answer to the long-standing question. The production team concluded that the space was insufficient for two people. "After measuring the door, we confirm that only one person fits," said a presenter for El Medio Día.

Further data provided by an auctioneer in the U.S. listed the panel's dimensions as six feet four inches by two feet six inches [1]. According to John Smith, these measurements clearly only accommodate a single adult [2]. The prop, which is currently being auctioned in the U.S., has reached a price of US$700,000 [3].

However, not all specialists agree with the conclusion that the panel was too small. Dr. Laura Martínez, a maritime-safety expert, suggested that the positioning of the bodies is the deciding factor. She said that physically, both Jack and Rose could have fit if Jack lay diagonally on the panel.

This disagreement highlights the gap between raw dimensions and practical application in survival scenarios. While the width of two feet six inches [1] appears restrictive, the diagonal length of the board offers more surface area than a straight alignment. The debate persists despite the physical prop being available for study.

"After measuring the door, we confirm that only one person fits."

The ongoing dispute over the 'Titanic door' reflects a broader cultural fascination with the film's narrative choices. While the physical dimensions of the prop are now verified, the disagreement between a television production team and a maritime-safety expert shows that spatial capacity is often a matter of interpretation rather than a simple mathematical certainty.