Driving a vehicle is a daily activity for many of us, our roads are not always secure, and no matter it’s raining, windy or snowing, we frequently have no choice but to take our hyundai i10. Not having the capability to act on traffic conditions, we try to have at minimum a safe vehicle! If you are not confident, if you have the feeling that your hyundai i10 is pulling to the right, then you are on the good page. Our team chose to create this content page to help you uncover the source of this trouble and fairly quickly feel safe behind the wheel of your car. To get this done, we will initially take a look at the causes of a hyundai i10 that pulls to the right without vibration and to finish, a car that pulls to the right with vibration.

pull-righthyundai-i10

hyundai i10 that pulls to the right without vibration

hyundai i10 pulling to the right because of the alignment

Let’s begin with the circumstance of your hyundai i10 which pulls to the right without vibration, one of the most classic roots of a non-straight trajectory on a vehicle is the alignment , actually, the parallelism is the adjustment of the vertical angle of the wheels, this adjustment is mostly conducted when you change your tires. Nevertheless it is tricky or even impossible to know the state of your alignment, you can check out the sidewalls of your tires, if you see abnormal wear on your hyundai i10, it is most likely that the alignment is to blame. In this case, go to your workshop or tyre specialist to solve it.

hyundai i10 pulling to the right because of the tyres

Speaking of tires, parallelism isn’t the only motive for a car that pulls to the right. Actually, if you have a difference in pressure on your tires, it is logical that your hyundai i10 is no longer a stable steering. Therefore make sure to verify the pressure of all four tyres. Furthermore to the risk of an injury if you encounter your hyundai i10 pulling to the left because of the tyre pressure, you will accelerate the wear of the tyres. And therefore, you will have to change them more quickly.

My hyundai i10 is pulling to the right and I encounter vibrations:

hyundai i10 pulling to the right because of the silent blocks

Now let’s look at the case of a hyundai i10 that pulls to the right but also causes vibrations in the steering wheel. The first basic trigger of trajectory error plus vibration is that your silent blocks are dead. Actually, when they are too damaged, they will no longer handle their duty of shock absorber and binder between the different parts of your front drivetrain, which can cause a lack of stability in the steering and the possibility if they are more worn on one side than the other that your hyundai i10 pulls to the right. Examine their state and change them if needed. If you really want more info on trouble with the silent blocks, please read our particular content page.

My hyundai i10 pulls to the right due to the bearings

Another possibility that your hyundai i10 pulls to the right is that one of your bearings, usually the front one, is dead, you should, furthermore to the trajectory problem, experience a singular vibration or rolling noise. Actually, when bearings are damaged, they will no longer rotate as well and slow down the rotation of the wheel on which they are installed, which certainly can cause a trajectory problem. Examine their state and have them changed if needed.

My hyundai i10 pulls to the right due to the shock absorbers

Last but not least, your hyundai i10 that pulls to the right and creates vibrations due to the shock absorbers. It doesn’t matter if it’s the damper cup, your tired springs, or a twisted cylinder, every problem associated with the shock absorbers can disturb the common behaviour of the hyundai i10. You should, however, experience a noise when you drive over bumps or on speed bumps, for example. Have the state of your shock absorbers checked and ask your repair shop for a replacement if needed.

In the event that you have any additional questions about the hyundai i10, do not hesitate to consult our hyundai i10 category.