The winter season brings its own set of challenges, particularly when navigating roads. The Yamuna Expressway, known for its fast-paced traffic, encounters heightened risks during foggy weather. Understanding the need for enhanced safety, authorities have implemented a temporary speed limit reduction from December 15, 2023, to February 15, 2024.
How Fog Increases Road Accidents
Fog significantly reduces visibility, amplifying the danger of accidents, especially when vehicles maintain high speeds. This reduction in visibility due to fog on roadways has led to an alarming surge in accidents, prompting crucial changes to be made for public safety.
Speed Limit Amendments for Safety
To mitigate these risks, the speed limits on the Yamuna Expressway have been lowered. Light vehicles, such as cars, are restricted to 75kmph, while heavier vehicles like trucks and buses are capped at 60kmph during this period. The decision aims to enhance safety and reduce the likelihood of accidents caused by low visibility.
Enforcement and Consequences
Authorities are actively monitoring the expressway with cameras placed strategically to enforce these speed limits. Violations, including overspeeding, incur fines of up to ₹2000. Arun Veer Singh, the Chief Executive Officer of the Yamuna Expressway Industrial Development Authority, emphasized that the decreased speed contributes significantly to ensuring commuter safety.
Historical Incidents & Ongoing Risks
Past incidents due to fog-related accidents have highlighted the urgency of such measures. Recent accidents in Mathura and Greater Noida on the expressway resulted in numerous injuries, stressing the importance of curbing overspeeding during foggy conditions.
Overcoming Overspeeding
Overspeeding remains one of the most common causes of road accidents, significantly elevating the risk of fatalities. The impact of collisions at high speeds is severe, often leading to irreparable damage. Avoiding overspeeding is pivotal in controlling vehicles and preventing potential disasters on the road.