Front Tires:
Steering: Front tires are primarily responsible for steering and controlling the direction of the vehicle. They provide the grip and precision necessary for responsive handling and cornering.
Braking: Front tires carry a larger portion of the braking force compared to rear tires. They handle the majority of the deceleration, especially during hard braking, due to the weight transfer that occurs when the vehicle slows down.
Load-Bearing: While both front and rear tires bear the vehicle's weight, the front tires typically carry more weight because of the engine and other components located in the front.
Tread Pattern: Front tires often have a more aggressive tread pattern with deeper grooves and siping. These features help improve grip, water evacuation, and traction in wet conditions.
Construction: Front tires are usually designed to offer precise steering response and stability. They may have stiffer sidewalls and reinforced construction to handle the demands of steering and braking.
Rear Tires:
Traction: Rear tires play a crucial role in providing traction, particularly during acceleration. They help propel the vehicle forward and maintain stability.
Load-Bearing: In vehicles with rear-wheel drive, the rear tires carry the majority of the weight and generate the driving force.
Tread Pattern: Rear tires often have a more focused tread pattern designed for traction and stability. The tread blocks tend to be larger and more solid to enhance grip on dry roads.
Construction: Rear tires are often made with a focus on durability and load-carrying capacity. They have stronger sidewalls and more robust construction to withstand the demands of acceleration and handling the vehicle's weight.
Pressure: Rear tires might have slightly lower air pressure compared to front tires to provide a larger contact patch and improve traction.
It's essential to follow the vehicle manufacturer's recommendations regarding tire fitment, pressure, and rotation to ensure optimal performance, handling, and safety of your vehicle.
