Investigators examining the catastrophic underwater cave tragedy in the Maldives are now exploring a troubling new theory involving the diving equipment used during the fatal expedition — as the first autopsy connected to the disaster officially gets underway.

The tragedy claimed the lives of five Italian tourists who vanished while exploring a submerged cave system near Vaavu Atoll, an underwater environment widely described by technical divers as extremely dangerous due to its depth, narrow passages, darkness, and unstable currents.

One victim was recovered shortly after the incident unfolded, while the remaining four bodies were located and brought to the surface days later following a grueling multinational recovery mission involving elite Finnish technical divers and specialists from DAN Europe.

Now, authorities are reportedly examining whether equipment choices may have contributed to the deadly outcome.

According to Italian media reports, one of the victims — Monica Montefalcone, a university professor who died alongside her 22-year-old daughter Giorgia Sommacal — was allegedly wearing a wetsuit rather than specialized deep technical diving thermal gear during the expedition.

Sources cited by Italian outlet Corriere reportedly claimed that such equipment may not have been ideal for the extreme underwater conditions encountered inside the cave system.

Authorities have not officially concluded that the wetsuit directly caused or contributed to the tragedy, and investigators continue emphasizing that the inquiry remains ongoing.

However, the revelation has triggered intense debate within technical diving communities.

Deep cave diving specialists explain that equipment selection becomes critically important at depths estimated between 160 and 200 feet, particularly in confined underwater cave systems where divers face extreme environmental pressure.

Unlike drysuits, which provide thermal insulation and better protection during prolonged deep dives, standard wetsuits can expose divers to severe cold stress, increased exhaustion, buoyancy complications, and accelerated physical fatigue depending on water conditions and dive duration.

Experts note that underwater caves also dramatically increase risk because divers cannot make direct emergency ascents to the surface.

Instead, they must navigate back through complex submerged passages while managing gas supply, decompression requirements, darkness, psychological pressure, and environmental hazards simultaneously.

Investigators are also reportedly reviewing recovered GoPro footage discovered among the victims’ equipment.

Authorities believe the cameras may provide critical insight into the divers’ final moments, including underwater visibility, communication, environmental conditions, and possible complications encountered before the group became trapped.

The disaster has already generated multiple theories, including speculation involving dangerous underwater currents, guide-line failures, low visibility “silt out” conditions, and possible Venturi-effect water flow inside narrow cave passages.

Recovery teams later described the underwater environment as extraordinarily hazardous even for elite technical rescue divers.

The tragedy became even more devastating after a rescue diver participating in recovery operations reportedly also lost his life inside the same underwater cave system.

Meanwhile, investigators continue examining whether the expedition exceeded approved operational depth limits associated with the Duke of York used during the excursion.

Albatros Top Boat previously stated it did not authorize a dive reaching such extreme depths.

Mental health experts explain that disasters involving experienced professionals often trigger especially intense public fascination because people struggle to understand how highly trained individuals could suddenly become victims of environmental conditions they appeared prepared to face.

Authorities continue urging the public not to spread graphic misinformation or unsupported conspiracy theories while the official investigation remains active.

As forensic experts continue analyzing autopsy results, recovered equipment, and GoPro footage frame by frame, investigators are increasingly confronting a haunting possibility:

that in an underwater environment where every decision matters, even a seemingly small equipment choice may have carried life-or-death consequences deep beneath the Maldives sea floor.