Researchers probing the controversial Durupınar formation near Mount Ararat in eastern Turkey have officially deployed a specialized underground robot to explore deep subterranean chambers.
Operating under official government permits, the international team drilled deep access shafts to reach mysterious voids and right-angled anomalies previously detected by high-resolution ground-penetrating radar.
Deploying the Gopher drone
The investigation reached a major milestone as the team lowered the custom-built “Gopher” drone into the core drilling holes.
Designed by Australian roboticists specifically to navigate tight spaces without requiring destructive excavations, the camera-equipped drone was tasked with capturing the first direct, high-definition footage from inside the mapped interior chambers.
Navigating loose sediment
Initial efforts inside the core shafts presented unexpected terrain challenges for the exploration team. Researchers reported that while the drone successfully reached the designated subterranean openings, its wheels encountered significant trouble navigating the extremely loose sediment lining the cavern floors.
As a result, engineers are currently modifying Gopher’s mobility system to allow the camera rig to effectively maneuver, tilt and capture clear video inside the dark hollows.
Laboratory testing and future plans
Despite the mobility setbacks, scientists have already begun retrieving core samples from depths up to 18 meters. Early observations revealed rich organic material and a complete absence of solid bedrock inside the structure.
The extracted soil and timber-like samples are being shipped to university laboratories for rigorous carbon and mineral analysis, with full scientific findings expected following extensive testing.
