Effortless vehicle control at low speeds and enhanced maneuverability during parking are made possible through hydraulic or electric systems that assist steering. Consider a scenario where a driver needs to execute a three-point turn on a narrow street. Such a maneuver would require significant physical effort without assistance, particularly at low speeds. The technology provides the necessary support, reducing driver fatigue and enhancing precision.
Precise vehicle handling contributes significantly to road safety. The reduced effort required for steering allows drivers to react more quickly to unexpected situations, such as avoiding obstacles or sudden lane changes. Historically, non-assisted steering systems demanded greater physical input, potentially delaying reaction times and increasing the risk of accidents, especially for drivers with limited upper body strength. The introduction of assisted steering marked a significant advancement in vehicle safety and control.