Restore a Smooth, Stable Ride
Tire balancing corrects uneven weight distribution within a tire and wheel assembly. Even a small imbalance can create vibration as the wheel rotates, especially at highway speeds.
Professional balancing helps reduce steering wheel shake, seat vibration, uneven tread wear, suspension stress, and premature wear on wheel bearings and steering components.
Common Symptoms of Tire or Wheel Imbalance
What Are You Experiencing?
Select the symptom that best matches your vehicle.
Select a symptom above.
How Tire Balancing Works
Measure Imbalance
The tire and wheel assembly is mounted on balancing equipment that identifies heavy and light areas during rotation.
Correct Weight Distribution
Precisely positioned wheel weights help balance the assembly and reduce vibration as the wheel rotates.
Verify Smooth Operation
The assembly is rechecked after correction to confirm the imbalance has been reduced to an acceptable level.
Two Different Services for Different Problems
Tire Balancing
Corrects weight differences in the rotating tire and wheel assembly that may cause vibration.
Wheel Alignment
Adjusts suspension angles that affect steering, pulling, tire contact, and uneven tread wear.
Both May Be Needed
A vehicle may need balancing for vibration and alignment for pulling or uneven tire wear.
Why Tires Become Unbalanced
Normal Tire Wear
As tread wears, weight distribution can change and require balancing correction.
Lost Wheel Weights
Clip-on or adhesive weights may become loose or detach from the wheel.
Tire or Wheel Damage
Potholes, curb impacts, bent wheels, tire defects, and improper mounting can contribute to vibration.
Not Every Vibration Is Caused by Basic Imbalance
Some vibrations may involve tire runout, tire construction variation, bent wheels, wheel bearing wear, suspension damage, drivetrain concerns, or improper tire seating. A complete inspection helps determine whether balancing alone will correct the problem.
Imbalance Can Affect More Than Ride Comfort
Continued vibration may contribute to irregular tire wear and additional stress on shocks, struts, steering components, wheel bearings, and suspension bushings. Correcting imbalance early can help protect related components.
Tire Balancing for Most Vehicle Types
What We Inspect, Measure & Correct
Tire Condition Inspection
We inspect tread wear, punctures, sidewall damage, cupping, flat spots, bulges, and other visible tire concerns.
Wheel Condition Check
Wheels are checked for bends, cracks, corrosion, curb damage, missing weights, and mounting concerns.
Balance Measurement
Each tire and wheel assembly is measured to identify static and dynamic imbalance.
Wheel Weight Installation
Properly sized clip-on or adhesive weights are installed in the correct positions to balance the assembly.
Runout Inspection
Tire and wheel runout may be checked when vibration remains after basic balancing.
Tire Pressure Adjustment
Tire pressure is adjusted to the manufacturer’s recommended specification after service.
Lug Torque Verification
Lug nuts are tightened to the proper specification before the vehicle is returned.
Final Road Test
A road test may be performed to verify that steering wheel shake, seat vibration, and highway-speed concerns have improved.
Our Tire Balancing Process
1. Symptom Review
We discuss when the vibration occurs, where it is felt, recent tire work, pothole impacts, and changes in ride quality.
2. Tire & Wheel Inspection
We inspect tread condition, wheel damage, tire pressure, wheel weights, and visible suspension concerns.
3. Precision Measurement
The tire and wheel assembly is mounted on balancing equipment to measure the location and amount of imbalance.
4. Balance Correction
Wheel weights are installed or repositioned to correct the measured imbalance.
5. Recheck
Each assembly is remeasured to confirm the balance correction meets an acceptable specification.
6. Final Verification
Tire pressure, lug torque, wheel condition, and road-speed performance are verified before completion.
Where You Feel the Shake Can Help Narrow the Cause
Steering Wheel
Vibration felt mainly through the steering wheel commonly points toward a front tire, wheel, suspension, or steering concern.
Seat or Floorboard
Vibration felt through the seat or floor may involve rear tire imbalance, wheel damage, drivetrain vibration, or suspension wear.
Entire Vehicle
Whole-vehicle shaking may involve multiple wheel assemblies, severe tire issues, wheel damage, or a drivetrain-related concern.