Your car is visually less appealing with less prominent disks and narrow tires.
If you care about the looks of your vehicle, think about the size of your disks.
Road holding ability
Insufficient road grip. The degree of improvement in traction is largely determined by the aspect ratio of the wheel.
In addition, reducing the width of the tires increases the braking distance on dry pavement.
This happens because the tire-to-road contact area is reduced.
Precision of steering response
Grip on dry pavement
The contact patch of narrower tires is reduced, reducing traction on dry pavement.
Grip on wet pavement
A narrower tire, which can expel more water from underneath the wheel, improves braking performance on wet pavement.
Grip on dirty surfaces
Enhanced grip on muddy roads. When driving on sandy or dirty roads, less contact area is almost directly
proportional to less braking distance.
Hydroplaning resistance has been improved. The contact area of the road surface is smaller when the tire is higher and narrower.
The tread does not need to expel as much water from beneath the wheel.
Ride comfort and noise
Comfortable riding. Traveling on tires with a higher profile is more comfortable than on tires with a lower profile.
Noise levels are reduced. A reduction in tire width nearly always reduces tire noise, but it depends on the tread compound and
shape of the tire. Because of the reduced travel distance between the tread blocks, air moves faster between them.
Fuel consumption is significantly reduced. The rolling resistance of narrower tires is lower, which reduces fuel consumption.
Generally, wheel weight is included in the overall weight of your vehicle. Cars that are lighter will be able to
accelerate more easily and slow down more easily when necessary. They will also consume less fuel overall.