Toyota Spare Tire Pressure by Model
Direct Answer
Most Toyota Camry models equipped with a compact temporary spare tire specify a spare tire pressure of 60 psi, or about 420 kPa. This is higher than the normal tire pressure for the vehicle's standard road tires, which is intentional for a compact spare's narrow construction. The exact number depends on model year, generation, and whether the Camry uses a temporary spare or a full-size spare. Always confirm using the tire and loading information label on the driver's door jamb or the owner's manual for your specific Camry.
Toyota Camry Spare Tire Pressure
For Toyota Camry models with a compact temporary spare, the specified cold inflation pressure is typically 60 psi. Examples include several Camry generations sold in North America where the compact spare is a space-saver design. However, if a Camry is equipped with a full-size matching spare tire and wheel, that spare should be inflated to the same pressure as the other road tires, often around 32 to 35 psi depending on trim and tire size. A compact spare must not be used at sustained highway speeds, and its higher pressure should be checked regularly because it loses air over time even when unused.
Toyota Corolla Spare Tire Pressure
Toyota Corolla models with a temporary compact spare generally also specify 60 psi cold. This applies to many Corolla sedans and hatchbacks where the spare is stored under the trunk floor. Some newer Corolla models may instead use a tire repair kit and no spare tire at all. When a compact spare is present, inspect the sidewall because the maximum inflation pressure is molded into the tire, and Toyota's recommended pressure for the temporary spare is commonly listed near that maximum value.
Toyota Highlander Spare Tire Pressure
The Toyota Highlander may use different spare types depending on year and configuration. When fitted with a compact temporary spare, the specified pressure is normally 60 psi cold. Some Highlander trims, especially those with a tow package or certain all-wheel-drive setups, may carry a full-size spare mounted underneath the vehicle. A full-size Highlander spare should match the pressure recommended for the other tires, which is often in the range of 35 to 36 psi, though the exact figure varies by tire size and load rating.
Why Spare Tire Pressure Is Higher
Temporary spare tires are narrower and have a smaller contact patch than standard tires. They require higher inflation pressure to carry the vehicle's load safely for a limited distance. Lower pressure in a compact spare can cause poor handling, excessive heat buildup, and possible tire failure. The 60 psi value found on many Toyota models is a cold inflation specification, meaning the tire should be checked before driving or at least three hours after the vehicle has been parked.
How to Confirm the Correct Pressure
The most reliable source is the tire and loading information placard on the driver's side door jamb or door edge. This label lists cold tire pressures for the front, rear, and spare tire when a spare is provided. The owner's manual also contains a tire pressure section with the recommended spare tire pressure for that model. If the placard does not list a spare pressure separately, and the spare is a full-size matching wheel and tire, use the same pressure as the other tires.
Checking and Maintaining a Spare Tire
A spare tire should be checked at least once a month and before any long trip. Use a reliable tire pressure gauge and measure the pressure when the spare is cold. If the spare is underneath the vehicle, as in many Highlander models, lowering it periodically for inspection helps catch pressure loss, corrosion, or damage to the cable mechanism. After using a compact spare, return it to the specified pressure before storing it again.
Limitations of Temporary Spares
A compact temporary spare is not intended for prolonged use. Speed should generally be limited to 50 mph or 80 km/h, and the spare should be replaced with a standard tire as soon as practical. Driving on a compact spare can affect braking, steering, and stability, especially in wet or slippery conditions. The high inflation pressure of the temporary spare does not compensate for its reduced size and traction.