Public transit accidents can occur for various reasons, many of which are preventable. Understanding the common causes of these accidents and learning how to stay safe while using public transit can reduce your risk of injury. Here, we explore the factors behind transit accidents and offer safety tips for passengers.
One of the leading causes of public transit accidents is driver error, which can include distractions, speeding, or misjudgment. Fatigue is another factor, especially for drivers working long hours or irregular shifts. Being aware of driver behavior, such as erratic driving or sudden stops, can help you stay alert and prepared to hold on to secure points within the vehicle.
Poorly maintained vehicles are more prone to breakdowns or malfunctioning parts, such as brakes or steering systems. Mechanical failures often lead to sudden and unexpected stops or collisions. Choosing well-maintained transit systems and observing whether the vehicle appears well-kept can contribute to your safety.
Issues such as poorly designed routes, inadequate signage, and damaged roads can increase the risk of accidents. Public transit operators may struggle to maneuver large vehicles on narrow or potholed roads. Avoiding standing too close to the front or back sections of the vehicle, where impacts are often most severe, can help reduce injury risks in case of an accident.
Rain, snow, and ice create challenging conditions for drivers, making public transit vehicles more susceptible to skidding, reduced visibility, and difficult braking. During adverse weather, being extra cautious, holding onto secure points, and avoiding standing positions near exits can help protect you in the event of a sudden stop or impact.
Passenger actions, like sudden movements, distracting the driver, or overcrowding, can impact the safety of a public transit journey. Overcrowded vehicles are more challenging to control, and passengers are more likely to lose balance and fall. Avoid crowding near doors or standing in walkways to allow space for safe movement within the vehicle.
