Australian Robot Joins Noah's Ark Search in Türkiye
A remote-controlled robot is exploring the Durupınar Formation to investigate a boat-shaped geological feature.
Updated on Oct. 20, 2026 in Robotics
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An Australian engineer has deployed the Gopher robot to the Durupınar Formation near Mount Ararat in eastern Türkiye. The device is being used to conduct archaeological exploration of a site historically linked to the search for Noah's Ark.
Why it matters
The robot provides essential access to deep underground areas that are currently inaccessible to human researchers. It is designed to navigate tight spaces to collect environmental data and imagery from up to 25 meters below the surface.
The Gopher robot can explore depths of up to 25 meters, or 82 feet, using a suite of integrated environmental sensors and waterproof cameras. It is a miniaturized, 3D-printed version of the original WomBot, which was first developed in 2021 for wildlife research.
The players
Dr. Robert Ross
He is the engineer responsible for creating the Gopher robot using 3D printing technology.
La Trobe University
This Australian institution serves as the development hub for the robotic technology used in the project.
The details
Engineers developed the robot as a smaller iteration of the WomBot, which previously gained notice for exploring armadillo burrows. The device relies on remote control capabilities to maneuver through complex underground environments at the Türkiye site.
Timeline
2021: The original WomBot technology was first developed.
January 2026: Collaboration with the Noah's Ark Discovery project began.
Late July 2026: The robot was shipped from Australia to Türkiye.
October 2026: Official deployment of the robot to the Durupınar Formation occurred.
The Tech Race
The Gopher robot extends the functional utility of the WomBot robot by miniaturizing its core components for deep-earth archaeological applications. This adaptation marks a significant shift from biological research to complex geological survey work.
The deployment of miniaturized robots offers new possibilities for surveying difficult terrains without relying on heavy machinery or human excavation. This technology could eventually simplify data collection for localized construction, mining, or scientific research projects.
The takeaway
Advancements in 3D-printed robotics allow for specialized exploration of environments that were previously impossible to reach. Researchers can apply these small-scale, remote-controlled designs to improve access in a variety of scientific and industrial fields.
What happens next
The project team plans to improve and upgrade the robot for the next research season.
Further reading
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