How is the risk of turning over affected by the configuration of your vehicle?

The configuration of a vehicle significantly impacts its stability and risk of rollover, particularly regarding the center of gravity. A higher center of gravity increases the risk of rollover because it raises the vehicle's weight distribution upward, which can lead to a greater likelihood of tipping over during turns or sudden maneuvers. Essentially, the higher the center of gravity, the more the vehicle leans towards potential instability, especially in combination vehicles that might already have a complex balance due to their size and load.

This means that when taking turns, a vehicle with a higher center of gravity is more susceptible to losing its balance, particularly if the turn is sharp or if there is an uneven distribution of weight. This is crucial information for operators of combination vehicles, as understanding the dynamics of their vehicle's configuration can help them make safer driving decisions.

The other aspects mentioned, such as load, wheelbase, and the height of the center of gravity in different contexts, contribute to overall vehicle stability and handling but do not address the direct impact of a higher center of gravity on the risk of rollover as clearly as this choice does.