How can a "rollover" be prevented in vehicles?

Understanding the center of gravity and load limits is crucial in preventing rollovers in vehicles. The center of gravity affects how a vehicle behaves during turns and maneuvers. A high center of gravity increases the risk of a rollover, especially when making sharp turns or sudden lateral movements. By being aware of how load distribution impacts the vehicle's stability, operators can ensure that loads are secured and distributed evenly, reducing the chance of rollover incidents.

Additionally, recognizing the vehicle's load limits is key. Overloading a vehicle can raise its center of gravity and strain suspension systems, further increasing rollover risk. Proper load management ensures that vehicles remain within their designed capabilities, promoting safer driving characteristics and stability.

While factors like terrain and tire size can influence vehicle handling, they do not address the root cause of rollover incidents as effectively as understanding and managing the vehicle's center of gravity and load limits. Adjusting speed based on road conditions is important for safe driving, but it alone does not directly tackle the factors contributing to rollovers.