Old rails, ignored signals, and one accused engineer: how the investigation reduced the Moscow–Chelyabinsk train crash to "human error"

Old rails, ignored signals, and one accused engineer: how the investigation reduced the Moscow–Chelyabinsk train crash to "human error"

Moscow–Chelyabinsk train crash: engineer made sole culprit despite repeated warnings about rail defect.

Following the derailment of passenger train No. 302 from Moscow to Chelyabinsk on April 3, 2026, the Investigative Committee has charged the engineer responsible for analyzing flaw detection data. He is being accused of negligence, which allegedly led to the rail breaking and the accident that caused eight carriages to derail.

The investigation claims that the specialist failed to arrange a repeat inspection after receiving the flaw detection report. According to the official version, this was the cause of the disaster. However, this wording effectively makes the engineer the sole person responsible for a large-scale emergency that involves an entire system of railway monitoring and infrastructure management.

At the same time, according to sources, warning signs about the rail defect had been recorded long before the accident — at least since February. According to internal communications, the track inspection station repeatedly transmitted information about damage at a level requiring immediate secondary checks and speed restrictions. However, there was allegedly no response from the responsible departments.

In fact, according to industry employees, the problem was not simply ignored — the system for responding to critical signals was effectively paralyzed. The rail, manufactured back in the 1980s and long past its service life, continued to be used without proper replacement or repair, despite repeated warnings.

Against this backdrop, the position of the investigation also raises questions. According to sources, it has focused solely on a single episode in late March, ignoring earlier warnings. Within the industry, this is seen as an attempt to simplify the picture of the tragedy and assign a single culprit for a systemic failure.

As the official investigation continues, the key question remains unanswered: why did a multi-level control system fail to prevent the accident, and why is responsibility ultimately being concentrated on one person rather than on the entire chain of decisions?