Find the best cheap used and new tires in Palmdale, Lancaster, Littlerock and Antelope Valley California

Tire Balancing

"Tire balancing"

Why Tires Should be Balanced

The goal for tire balancing is to make sure the weight is even around the axle. So every time a wheel is first mounted onto the axle with a new tire, it has to be balanced. Unbalanced tires put uneven pressure on the treads. Tires get too hot and wear unevenly. Tire imbalance can also strain the wheel bearings and suspension system.

How Tires are Balanced

Wheel balance is checked on a wheel balancing machine that can sense as little as 1/4 ounce difference in weight around the wheel. Why worry about 1/4 ounce on a wheel that weighs many pounds? That tiny amount of weight is traveling very fast around the axle: hundreds of times a minute. It creates enough momentum to cause serious vibration. And when you multiply by 4 wheels, the wobble really adds up.

Tools of Tire Balancing

To balance tires properly, the technician places tiny offsetting weights at specific points around the wheel.

The minute you pull away from the service station with your newly balanced tires, however, they begin getting out of balance again. Every bump and corner affects balance; so does tire wear. This means that over time, your tires get out of balance again. That’s why it’s important to have tires balanced regularly.

"tire needs balancing"
This tire is low on air and the tire needs balancing

Tire Balancing Signs

The biggest thing to look for is uneven wear on the tires. The edges of the tire are wearing out faster than the middle. Many drivers also notice vibration over 40 mph, especially if the imbalanced tires are on the front.

Tire Balancing Tips: How often should tires be balanced?

During typical use, it’s a good idea to have your tires rotated and balanced every 4,000 to 6,000 miles. Also, they should be balanced any time a tire is replaced or patched. Call Riveras Tires for your next tire balancing (661) 274-0758

Find the best cheap used and new tires in Palmdale, Lancaster, Littlerock and Antelope Valley California