Tire Balancing Using Road Force Function

Tire Balancing Using Road Force Function

Traditional wheel balancing methods may not always provide the desired results, leading to vibrations and uneven tire wear.

When it comes to ensuring a smooth and comfortable ride, proper wheel balancing is crucial. However, traditional wheel balancing methods may not always provide the desired results, leading to vibrations and uneven tire wear.
That’s where road force variation balancing comes in. What’s this all about? We talk about it in this Tire Review Continental Tire Garage Studio video.

Road force variation balancing is an advanced wheel balancing technique that goes beyond traditional methods. It uses computer simulations to assess how a tire performs under actual road force pressure when used on the road. This approach allows for a more accurate and precise balancing process.

The road force variation balancing process involves spinning the wheel on a specialized road force balancer. During this test, a load roller is lowered onto the wheel, simulating the forces applied by the actual road surface. The machine calculates both the standard balance measurement and the balance under road force variation simulation.

That test tells a technician where inconsistencies can be found and how to properly balance the wheel and tire assembly. Fixes can involve adding weights to the wheel, remounting the tire to find a better match, and bead massaging to push the new tire into the rim for a better fit.

In addition to assessing the wheel balance, road force variation can identify other issues that standard balancing methods may not detect, which can contribute to incorrect balancing or unwanted vibrations.

Let’s look at two key measurements during force variation testing:

The first is Run Out, or Radial Forces: Run out refers to when the wheel is out of round or there is uneven tread or tire wall stiffness. These factors can lead to unwanted vibrations beyond simple imbalance.

The second is Lateral Forces: Lateral forces measure the amount of flex in the tire wall. Excessive flex can cause the car to pull to one side, affecting the vehicle’s handling and stability.

Today’s vehicles come with some impressive wheel sizes, and there’s a good chance you’ve had your fair share of custom wheels in your bays, too. But with bigger wheels comes shorter tire sidewalls, and these can be more sensitive to road vibration forces. A road-force balance can help alleviate those issues.

Don’t forget to follow us on Instagram and Facebook and subscribe to our YouTube channel for more tire, service and shop operations videos.

You May Also Like

Science Fuses with Passion for Bridgestone Motorsports’ Cara Krstolic

Johnny g & Friends welcomed Bridgestone’s Cara Krstolic to talk about her career trajectory at Bridgestone.

You know someone loves what they do when they speak about it with passion and excitement. With an engineering background and a passion for racing, Cara Krstolic, executive director, race tire engineering and manufacturing and chief engineer, motorsports, at Bridgestone Americas, is one of those people.  

A native of Akron, Ohio, Cara started her career at Bridgestone as a vehicle dynamics engineer. But her curiosity for learning goes farther back than that.  As the daughter of two teachers, Cara remembers growing up with an interest in science and the outdoors. She would do experiments with her mom, a science teacher. Later as a college student at the University of Akron, she participated in Formula SAE challenges, where she and a team designed and competed with small formula-style racing car. Soon after graduating, she started at Bridgestone and hasn’t looked back. Her story of making her way to the motorsports side of the business is one of grit and a strong work ethic.  

What to Consider When Investing in a New Automotive Lift

There is a variety of lifts on the market in all shapes and sizes, from two-post to four-post to scissor and mid-rise styles.

TR-Continental-lifts
Tire Puncture Care 101 for Technicians

High-tech tires can still receive damage from road hazards, but you don’t see many drivers taking care of these repairs themselves.

TR-Continental-tirepuncture
How to Diagnose Anti-Lock Brake System Issues

ABS activation incidents ­involve the ABS modulator taking over braking or intervening to restore vehicle stability.

TR-Continental-antilockbrake
Key Areas to Focus on During a Brake Job

These tips may seem basic, but overlooking any of them can cause comebacks or safety issues for your customers.

Continental-brake-focus

Other Posts

Maximizing Motorcycle Safety and Performance with TPMS

While TPMS has been mandated for passenger vehicles in the U.S. and other countries, motorcycles are not yet a part of this legislation.

TPMS-Talk-Motorcycles-1400
Kenda’s Martin Wheel Holds Groundbreaking in Ohio

The over $20 million project will increase manufacturing capabilities and capacity for Martin Wheel, which Kenda acquired in 1999.

Autel Energy releases MaxiCharger DC HiPower

With a maximum output power of 640 kW, Autel says the charger can provide up to 250 miles of range in 10 minutes.

Autel-Energy-maxicharger-1400
Autel’s Scope, Meter and Frequency Generator VCMI

The VCMI has many features, such as a powerful 4-channel scope, a graphing multimeter, a waveform generator, and a Bus Inspection tool. This video is sponsored by Autel.

autel-vcmi