Maintaining optimal traction and vehicle control in diverse driving conditions necessitates periodic changes of worn tires on vehicles equipped with all-wheel drive systems. This involves removing worn tires and installing new ones, ensuring appropriate size, speed rating, and load index for the specific vehicle make and model. For example, a crossover SUV may require a different tire type than a performance sedan, even if both utilize all-wheel drive.
Proper upkeep of tires on all-wheel drive vehicles contributes significantly to safety and performance. Neglecting timely changes can lead to decreased traction, especially in inclement weather, potentially resulting in loss of control. Furthermore, uneven wear patterns, often accelerated in all-wheel drive systems if tires are not matched correctly, can strain the drivetrain and lead to costly repairs. Historically, as all-wheel drive technology proliferated from specialized off-road vehicles to mainstream passenger cars, the importance of consistent tire maintenance became increasingly critical for everyday drivers.