What can be an effect of having a higher-than-recommended ride height?

Having a higher-than-recommended ride height can significantly affect a vehicle's handling capabilities and increase its center of gravity. When a vehicle's ride height is elevated, it can lead to a higher center of mass. This elevation alters the dynamics of how the vehicle responds to turns, braking, and acceleration.

An increased center of gravity makes the vehicle more prone to body roll during cornering, which can diminish overall stability and handling performance. In essence, the vehicle's movements may become less predictable and more challenging to control, especially in dynamic driving conditions. This compromise on handling is particularly noticeable in high-speed maneuvers or during emergency situations where precise vehicle control is crucial.

In contrast, options regarding improved fuel efficiency, enhanced tire lifespan, or better traction control in wet conditions do not align with the mechanics of how suspension and ride height interact with vehicle dynamics. Higher ride heights generally do not contribute positively to these aspects and can, in fact, have adverse effects on performance and safety.