The tires are the only thing between your vehicle and the road. When they are properly inflated and in good condition, the handling, stability and safety of the vehicle will be maximized. Conversely, when your tires are under inflated, worn out or damaged, all of the safety systems on your vehicle cannot overcome the loss of control that comes with a blow-out or hydroplaning situation. Air pressure in a tire is like oil in an engine; when it is low, the resulting internal damage is unseen until it is too late. Tires naturally lose 1-2 psi per month, so ongoing neglect will eventually result in a tire that cannot support the weight of the vehicle and the occupants. When this happens, the resulting blow-out can result in the loss of control and an accident.
It’s also important to rotate the tires on the vehicle every 5-7,000 miles. Today’s front-wheel-drive vehicles cause the steer tires to wear at a much faster rate than the tires on the rear axle. By periodically rotating the front tires to the back and the back tires to the front, motorists can achieve even treadwear on all four tires and increase the mileage and performance. Failing to rotate the tires often results in the front tires wearing out faster while the rear tires develop irregular treadwear patterns that cause vibrations. The same can be said for alignments. When the vehicle is not properly aligned, the tires will wear out faster which leads to increased operating costs.
Drivers should perform a visual inspection of their tires on a regular basis, especially after hitting a pothole, curb or any type of road debris. Bulges, cuts and other visible damage weaken the internal components of the tire, which can lead to a blow-out. Regular visual inspections will often identify any potential problems before they result in an accident.
At Cillis Car Care, your complete automotive care center in Houston, TX we install only quality replacement parts. Give us a call and let us help keep you safely and economically on the road. We serve Houston and the surrounding areas.