Train services on the Gaya-Patna section resumed following a three-hour disruption caused by the theft of 100 meters of overhead electrical wire. The Railway Protection Force has recovered the stolen material and initiated an investigation into the security breach between Tehta and Jehanabad stations.
Operations on the Gaya-Patna rail corridor, a vital transport link in Bihar, experienced significant delays on Thursday morning after miscreants stole approximately 100 meters of 25,000-volt overhead electrical wire. This critical equipment, essential for powering electric locomotives, was cut between the Tehta and Jehanabad stations during the early hours of the morning.
The disruption, which began around 3:05 am, forced railway authorities to suspend standard operations on the affected stretch. To manage the congestion and minimize the impact on passenger schedules, officials implemented single-line working, allowing trains to pass through the area at a reduced frequency while repair teams worked to restore the power supply.
Restoration and Security Measures
Railway maintenance crews completed the necessary repairs by 6:26 am, officially declaring the overhead line fit for safe operation after a total delay of nearly three hours. While the technical issue was resolved quickly, the incident highlights ongoing security challenges in maintaining vital railway infrastructure.
The Railway Protection Force (RPF) successfully recovered the stolen copper-heavy electrical material shortly after the incident. Authorities have launched an investigation to identify and apprehend the suspects involved. For commuters and freight operators, the reliability of this corridor is essential, and any extended downtime can lead to significant logistical bottlenecks across the region.
Moving forward, investors and stakeholders in the logistics and transport sector may monitor whether Indian Railways introduces additional surveillance or enhanced monitoring protocols on high-traffic regional corridors to prevent such security lapses. The frequency of such incidents and the subsequent speed of repair response times remain important indicators of the efficiency of regional railway maintenance operations.