Researchers scanning the Durupınar Formation in Turkey's Ağrı Province have identified a large, man-made structure buried beneath the surface. Using specialized radar, the team detected organized internal features like corridors and chambers that do not resemble natural geological formations.
Dr.. Khosrow Bakhtar's BakhtarRadar identifies organized internal chambers
Dr. Khosrow Bakhtar, an engineer with a background developing detection systems for US defense agencies like the Air Force and NORAD, has utilized his proprietary BakhtarRadar system to scan the Durupınar Formation.. According to a report from the private research group Noah's Ark Scans, the radar images show repeating lines, angles, and open passageways rather than solid rock. The technology is specifically engineered to distinguish between natural geology and man-made structures, such as buried tunnels or voids.
The radar signature returned by the scan was notably strong, suggesting a level of organization not found in nature. Dr. Bakhtar noted that a solid geological mass would not have produced such a distinct pattern. The system's ability to highlight buried structures and worked materials has led the team to conclude that the object beneath the mound is an organized, structural entity.
The 515-foot Durupınar mound reveals non-natural corridors and hallways
The boat-shaped mound located in Turkey's Ağrı Province has long been a subject of intense interest for those investigating the location of Noah's Ark. As reported by the Daily Mail, the latest scans suggest the site contains a large, organized object featuring hallways and chambers running the length of the mound. These internal features, including repeating lines and angles,stand in stark contrast to the surrounding natural landscape.
The scale of the discovery is significant, as the mound itself measures approximately 515 feet. the radar data indicates that these internal spaces are not merely cracks or natural fissures in the earth. Instead, the patterns suggest a complex, man-made layout that mimics the structural complexity of a large vessel.
A Turkish university-led drilling program targets organic material
A Turkish university-led field program initiated core drilling at the site in late September 2026 to collect physical samples for laboratory analysis. These drilling efforts struck a very hard layer approximately 12 to 15 feet below the surface of the Durupınar Formation... The collected samples are currently being sent to external laboratories to determine their composition.
One of the primary objectives of this drilling is to identify the presence of organic material. The research team is specifically looking for evidence of decayed wood, which would provide physical proof of a constructed vessel. If the samples contain high concentrations of organic matter, it could lend significant weight to the theory that the mound covers a man-made ship.
The search for ancient animal DNA to validate the Genesis account
The investigation is also moving toward biological verification by looking for traces of ancient life. According to the report, the Noah's Ark Scans team is in discussions with scientists who specialize in recovering and reconstructing extinct animal DNA from ancient remains. This step is intended to see if the site contains biological evidence that aligns with the biblical Book of Genesis.
In the Book of Genesis, the account of the Great Flood describes Noah bringing pairs of every kind of animal onto the ark to ensure their survival. By testing for animal DNA within the structure, researchers hope to find biological signatures that could link the site to this ancient narrative. This would represent a massive leap from geological anomalies to biological confirmation.
What the November 2026 radar completion will clarify
Despite the compelling radar data, several critical questions regarding the origin of the Durupınar structure remain unanswered. The team has not yet confirmed whether the organic material found in the drilling samples is indeed decayed wood . Furthermore, the exact nature of the object remains a matter of speculation; Dr. Bakhtar has noted that while it could be a ship, it could also potentially be something else entirely, such as a "spaceship."
The full radar scan is not expected to be completed until November 2026, at which point more comprehensive data will be available. Until then, the scientific community remains cautious, waiting for the lab results and the final imaging to determine if this is a historical vessel or an unidentified man-made anomaly.
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