Russian Scientists Just Made Jet Engine Testing 1.5x Faster—with Zero Humans in the Loop

In a powerful move toward industrial automation and tech independence, researchers at Perm National Research Polytechnic University (PNRPU) have developed a new software platform that accelerates gas turbine engine (GTE) testing by 50%—and cuts human error out of the equation entirely.

Built in LabVIEW, the system automates the entire GTE stress-testing workflow: controlling valves, pumps, sensors, and setting operational parameters like RPMs, pressure, and temperature—all without an operator on standby. Real-time data analysis flags anomalies instantly, ensuring precision without the lag.

The result? A 30–50% reduction in testing time, faster certification for new engines, and a major productivity boost for Russia’s aerospace sector. The software can easily adapt to various engine types, making it a plug-and-play solution for both R&D and production environments.

Already catching the attention of a major Perm-based aircraft manufacturer under Rostec, the platform represents more than efficiency—it’s a statement of technological sovereignty. With Russia actively decoupling from imported tools under sanctions pressure, homegrown automation like this is mission-critical infrastructure.

“This system doesn’t just save time—it removes the risk of manual error,” said Sergey Storozhev, associate professor at PNRPU’s Department of Automation and Telemechanics.

It’s another sign that Russia’s industrial core is going digital—faster, smarter, and increasingly autonomous. In the race for next-gen engine tech, AI doesn’t just assist—it takes the controls.