Police Investigate Electromagnetic Field Theory in Bekasi Electric Taxi Stalling Incident
Translated from Indonesian, summarized and contextualized by DistantNews.
TLDR
- Police are investigating whether electromagnetic fields caused an electric taxi to stall on railway tracks in Bekasi, Indonesia.
- The incident occurred on April 27, 2026, when the electric taxi stopped on the tracks, leading to a collision with a train.
- Investigators are examining the taxi's systems and the driver's actions to determine the cause of the accident.
Authorities in Jakarta are delving into an unusual potential cause for a recent accident involving an electric taxi and a train: the possibility of electromagnetic fields interfering with the vehicle's systems. The incident, which occurred on the evening of April 27, 2026, in Bekasi Timur, saw an electric taxi stall directly on the railway tracks, resulting in a collision with an oncoming train.
This will be very dangerous if used to cross railway tracks that indeed have magnetic and electric fields. Well, this will be studied by Puslabfor.
According to Kombes Pol. Budi Hermanto, Head of Public Relations for the Polda Metro Jaya, investigators are collaborating with the National Police Forensic Laboratory Center (Puslabfor) to assess whether the electrical and magnetic fields present at the railway crossing could have affected the taxi's operation. This line of inquiry stems from the fact that the electric vehicle reportedly shifted into park mode spontaneously while crossing the tracks, leading to its immobilization.
Puslabfor's examination will focus on determining if these environmental factors could have indeed caused the taxi's engine to shut down and its transmission to shift. Simultaneously, investigators are scrutinizing the actions of the taxi driver, identified by the initials RRP. The driver has been questioned, and the vehicle has been seized as evidence. A urine test was conducted on the driver, which reportedly came back negative for alcohol, ruling out intoxication as a factor.
That is the purpose of Puslabfor, whether there is an influence from the electrical and magnetic fields that caused the engine to die because the transmission gear position directly changed to park.
For us in Indonesia, this investigation is particularly intriguing. While accidents involving trains and vehicles are unfortunately not uncommon, the focus on electromagnetic fields as a potential culprit is novel. It raises questions about the compatibility of emerging electric vehicle technology with existing infrastructure, especially in areas with strong magnetic or electrical currents, such as railway lines. The outcome of this investigation could have significant implications for the safety standards and operational guidelines for electric vehicles in our country, particularly as we embrace greener transportation solutions. The thoroughness with which the police are examining all possibilities, from technical malfunctions to environmental factors, reflects a commitment to uncovering the full truth behind this alarming incident.
Yes, that has been done, no.
Originally published by Tempo in Indonesian. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.