November 12, 2020—Flyability joined forces with DroneUA to carry out a critical inspection at the Chernobyl Nuclear Power Plant. The mission aimed to check if any nuclear waste remained in one of the plant’s decommissioned reactors, specifically Reactor No. 5.
Exactly one year prior, Flyability's team had conducted an operation at the site of one of the most infamous nuclear disasters in history, which occurred in April 1986. This time, the goal was more technical: to determine whether the reactor’s holding pools had ever been filled with depleted uranium fuel rods.
Reactor Five was still under construction when the disaster struck, and due to the urgency of evacuation, there were no records confirming whether the pools had ever received the fuel. Decades later, as part of the ongoing decommissioning process, the team needed to know for sure.
With the Elios 2 drone, Flyability provided a safe and effective solution for this challenging task. The Elios 2 is well-known for its use in nuclear inspections, where it helps improve safety and reduce downtime. But this mission marked the first time the drone was used in a decommissioning effort.
The challenge was significant. The walls surrounding the area were 70 meters high, making it impossible to retrieve the drone if the signal was lost. Despite the risks, the mission was a success. Pilots managed to collect clear video and images from inside Reactor Five, revealing that the pools were empty and no nuclear waste was present.
“This mission was stressful, but it was also very rewarding,†said Charles Rey, Flyability’s Training Manager and one of the mission’s key leaders. “The Chernobyl team was extremely satisfied with the data we gathered.â€
The use of drones in such environments is still relatively new, especially in nuclear settings. The Elios 2’s protective cage allowed it to navigate tight spaces safely, making it an ideal tool for the job.
Even though the structure of the reactor remains intact, accessing certain areas was nearly impossible without the right equipment. Flyability’s pilots flew the drone from a pit over 25 meters deep—a location that would have been completely off-limits if the plant were still operational.
The results were crucial. For the first time, clear visual evidence confirmed that the holding pools were empty. This information will now be included in official reports submitted to international authorities.
Flyability continues to push the boundaries of what’s possible with indoor drones, helping industries inspect hard-to-reach places safely and efficiently. With a growing global presence, the company is setting new standards in the field of commercial indoor drone technology.
For more information, visit www.flyability.com or follow @fly_ability.
Contact: info@flyability.com, +41 21 311 55 00
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