Is 32 psi a good tire pressure?

Most passenger cars will recommend 32 psi to 35 psi in the tires when they’re cold. Either way, not having your tires inflated to their recommended pressure will negatively affect tire wear and vehicle performance — and will definitely affect your maintenance schedule when it comes to replacing them.

Is 32 psi too high?

Higher pressure generally is not dangerous, as long as you stay well below the “maximum inflation pressure.” That number is listed on each sidewall, and is much higher than your “recommended tire pressure” of 33 psi, Gary. So, in your case, I’d recommend that you put 35 or 36 psi in the tires and just leave it there.

Can you drive with 32 psi?

If you have standard passenger tires (ninety percent of vehicles do) the lowest tire pressure you can generally drive with is 20 pounds per square inch (PSI). Anything under 20 PSI is considered a flat tire, and puts you at risk for a potentially devastating blowout.

Should you always inflate tires to max psi?

RAY: Under no circumstances should you inflate your tires to maximum pressure. Not only will you risk a blowout, but you’ll diminish your ability to control the car because your handling and braking will be much, much worse.

Can you overinflate tires?

Overinflating your tires can make them more vulnerable to damage. Excessive air pressure can also distort the shape of the tire, leading to decreased traction and increased wear and tear down the center of the tire. Depending on the circumstances, repeatedly overinflated tires could wear out more quickly.

What causes tire pressure to increase?

As temperature levels change, so does the air pressure in your tires. It’s the same as when you drive at higher speeds for an extended period: the tire warms, and the air within expands and increases pressure.

Is it better to check tire pressure when tires are hot or cold?

Tire manufacturers suggest checking tires when they’re cold for the most accurate reading. Outside temperatures can cause tire pressure to vary by as much as 1 psi per 10 degrees; higher temperatures mean higher psi readings.