Why must broken rail and misaligned track be looked out for when operating at Restricted Speed?

Why must broken rail and misaligned track be looked out for when operating at Restricted Speed?

• A. To maintain a schedule
• B. To prevent accidents and ensure safety
• C. To increase the train's speed
• D. To minimize fuel consumption

Answer: (B)

The emphasis on monitoring for broken rail and misaligned track while operating at Restricted Speed is primarily rooted in ensuring safety and preventing accidents. Restricted Speed is defined as a speed that allows a train to stop within half the distance of the range of vision, or to avoid unexpected obstructions or other dangers. This speed is typically employed in areas where the track may be compromised, such as through work zones, or where equipment or track issues may exist. By being vigilant for broken rails and misaligned tracks, train operators can react swiftly to hazardous conditions that could lead to derailments or other serious accidents. Recognizing these potential threats while at Restricted Speed helps maintain the safety of passengers, crew, and the surrounding environment. Therefore, the focus on safety in the context of track integrity aligns with best practices when operating a train in conditions that inherently carry an increased risk.

The emphasis on monitoring for broken rail and misaligned track while operating at Restricted Speed is primarily rooted in ensuring safety and preventing accidents. Restricted Speed is defined as a speed that allows a train to stop within half the distance of the range of vision, or to avoid unexpected obstructions or other dangers. This speed is typically employed in areas where the track may be compromised, such as through work zones, or where equipment or track issues may exist.

By being vigilant for broken rails and misaligned tracks, train operators can react swiftly to hazardous conditions that could lead to derailments or other serious accidents. Recognizing these potential threats while at Restricted Speed helps maintain the safety of passengers, crew, and the surrounding environment. Therefore, the focus on safety in the context of track integrity aligns with best practices when operating a train in conditions that inherently carry an increased risk.