Or the animal could carry the camera away, making recovery impossible.
But the equipment continued recording.
The shark did not immediately crush it.
Instead, the device remained positioned in a way that allowed the camera to capture remarkable images.
Parts of the shark's mouth appeared around the lens.
Beyond them, the surrounding water and divers could still be seen.
The 360-degree recording system made this perspective especially unusual.
Rather than showing only a single narrow view, it preserved visual information from multiple directions.
That allowed the footage to reveal both the animal's mouth and the underwater environment outside it.
The result was not the same as a camera traveling into the shark's stomach.
The supplied account describes the animal holding the camera in its mouth before releasing it.
There is no evidence that the device passed into the digestive tract.
The distinction is important.
The camera had been taken into the oral cavity, not necessarily swallowed into the stomach.
Yet the perspective remained extraordinary.
The equipment was surrounded by the jaws of a large tiger shark while the animal moved through the ocean.
For a brief period, the camera was recording from a position few underwater photographers could ever expect to achieve.
And the shark was still holding it.
Chapter 5: An Extraordinary View From Inside the Jaws
The most remarkable part of the recording was what the camera captured while inside the shark's mouth.
The footage revealed the interior of the oral cavity, including surfaces surrounding the camera and the animal's teeth.
At the same time, the camera recorded portions of the underwater environment beyond the jaws.
Three divers could be seen on the seafloor.
Their appearance in the footage created an extraordinary visual contrast.
The camera was inside a shark's mouth.
The divers were outside, watching the animal from the surrounding water.
From the unusual recording position, the scene looked almost like a view through the predator's jaws.
That perspective is rarely available in ordinary wildlife photography.
Most underwater footage of sharks is recorded from outside the animal.
Photographers may capture close-ups of teeth, jaws, eyes, and body movements.
They may also document feeding behavior as sharks approach bait or investigate objects.
But placing a functioning camera inside a shark's mouth is a very different situation.
The animal's teeth and surrounding tissues can obstruct the lens.
Movement can change the image rapidly.
And the camera may be damaged or lost.
In Strom's case, the device continued recording long enough to produce recognizable images.
The presence of three divers in the background made the footage especially striking.
Their figures provided a sense of the camera's position relative to the surrounding environment.
Without those visible reference points, the images might have appeared to be little more than an unusual close-up of the animal's mouth.
With the divers visible, the recording showed how the shark's jaws framed part of the underwater scene.