What should the tire pressure be for a Saturn?
Recommended tire inflation for Saturn Ion 1 is 30 psi for front tires and 30 psi for rear tires.
Where can I find how much air should be in my tires?
On newer cars, the recommended tire pressure is most commonly listed on a sticker inside the driver’s door. If there’s no sticker on the door, you can usually find the specs in the owner’s manual. Most passenger cars will recommend 32 psi to 35 psi in the tires when they’re cold.
What is the tire pressure for a 2001 Saturn?
2001 Saturn SL2 Base Model
Front Tire | Rear Tire | |
---|---|---|
Recommended Tire Pressure | 30 psi | 26 psi |
Acceptable Winter Tire Pressure ⓘ | 33 – 35 psi | 29 – 31 psi |
Tire Size Type | P-Metric | |
Tire Load Index (Maximum Tire Load Capacity) | 86 (1169 lbs or 530 kg) |
What should the pressure be on a SL tire?
The maximum allowed pressure listed on a tire’s sidewall can be higher however. Some tires list 44 psi and many higher speed tires will list 50-51 psi. This added pressure does nothing for load capacity. Pressures above 35-36 psi for SL tires and 41-42 psi for XL tires will not increase the load capacity of the tire.
What is the right tire pressure for your car?
What is the right tire pressure Since maintaining your tires is so important to your safety and your car’s overall performance, it’s important to know what tire pressure is right for your vehicle. Air pressure in tires is measured in pounds per square inch, or PSI; usually, the recommended pressure ranges between 30 and 35 PSI.
How is tire load capacity related to air pressure?
Tire load capacity is directly related to air pressure in the tires. As tire pressure goes up or down, so does the load capacity of the tire. Too much air can wear the tires unevenly in the center and can create a wondering effect on the vehicle’s handling.
What happens when tire pressure goes up or down?
As tire pressure goes up or down, so does the load capacity of the tire. Too much air can wear the tires unevenly in the center and can create a wondering effect on the vehicle’s handling. Too little air can wear the tires unevenly on the outer edges and will reduce the tires load capacity below the engineered level.