2020 Toyota Camry Owners Manual - Do-it-yourself maintenance

Bulb Sizes

Do-it-yourself maintenance

Items	Parts and tools
Battery condition (P. 440)	Warm water Baking soda Grease Conventional wrench (for terminal clamp bolts) Distilled water (batteries with vent plugs only)
Brake fluid level (P. 439)	FMVSS No.116 DOT 3 or SAE J1703 brake fluid Rag or paper towel Funnel (used only for adding brake fluid)
Engine coolant level (P. 437)	“Toyota Super Long Life Coolant” or a similar high quality ethylene glycol-based non-silicate, non- amine, non-nitrite and non-borate coolant with long- life hybrid organic acid technology U.S.A.: “Toyota Super Long Life Coolant” is pre-mixed with 50% coolant and 50% deionized water. Canada: “Toyota Super Long Life Coolant” is pre-mixed with 55% coolant and 45% deionized water. Funnel (used only for adding engine coolant)
Engine oil level (P. 434)	“Toyota Genuine Motor Oil” or equivalent Rag or paper towel Funnel (used only for adding engine oil)
Fuses (P. 470)	Fuse with same amperage rating as original
Light bulbs (P. 473)	Bulb with same number and wattage rating as origi- nal Flathead screwdriver Wrench
Radiator/con- denser (P. 438)	-
Tire inflation pressure (P. 459)	Tire pressure gauge Compressed air source
Washer fluid (P. 443)	Water or washer fluid containing antifreeze (for win- ter use) Funnel (used only for adding water or washer fluid)

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The hood will pop up slightly.

Open hood warning buzzer

If the vehicle reaches a speed of 3 mph (5 km/h), the master warning light flashes and a buzzer sounds to indicate that the hood is not fully closed.

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Front

Rear

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1 Fuse boxes (if equipped)

(P. 470)

Engine oil filler cap (P. 435)

Engine oil level dipstick

(P. 434)

Brake fluid reservoir

(P. 439)

Battery (P. 440)

Radiator (P. 438) Electric cooling fan Condenser (P. 438)

Engine coolant reservoir

(P. 437)

Washer fluid tank (P. 443)

3.5 L V6 (2GR-FKS) engine

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(P. 470)

Engine oil filler cap (P. 435)

Engine oil level dipstick

(P. 434)

Brake fluid reservoir

(P. 439)

Battery (P. 440)

Radiator (P. 438) Electric cooling fan Condenser (P. 438)

Engine coolant reservoir

(P. 437)

Washer fluid tank (P. 443)

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Checking the engine oil

Park the vehicle on level ground. After warming up the engine and turning it off, wait more than 5 minutes for the oil to drain back into the bottom of the engine.

Holding a rag under the end, pull the dipstick out.

2.5 L 4-cylinder (A25A-FKS) engine

3.5 L V6 (2GR-FKS) engine

Wipe the dipstick clean. Reinsert the dipstick fully.

Holding a rag under the end, pull the dipstick out and check the oil level.

Low Normal Excessive

The shape of the dipstick may differ depending on the type of vehicle or engine.

Adding engine oil

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Make sure to check the oil type and prepare the items needed before adding oil.

Engine oil selection	P. 541
Oil quantity (Low Full)	2.5 L 4-cylinder (A25A-FKS) engine 1.6 qt. (1.5 L, 1.3 Imp. qt.) 3.5 L V6 (2GR-FKS) engine 1.9 qt. (1.8 L, 1.6 lmp. qt.)
Items	Clean funnel

Remove the oil filler cap by turning it counterclockwise. Add engine oil slowly, checking the dipstick.

Install the oil filler cap by turning it clockwise.

Engine oil consumption

A certain amount of engine oil will be consumed while driving. In the following situations, oil consumption may increase, and engine oil may need to be refilled in between oil maintenance intervals.

When the engine is new, for example directly after purchasing the vehicle or after replacing the engine

If low quality oil or oil of an inappropriate viscosity is used

When driving at high engine speeds or with a heavy load, or when driving while accelerating or decelerating frequently

When leaving the engine idling for a long time, or when driving frequently through heavy traffic

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Reservoir cap “F” line

“L” line

If the level is on or below the “L” line, add coolant up to the “F” line. (P. 531)

Coolant selection

Only use “Toyota Super Long Life Coolant” or a similar high quality ethylene glycol based non-silicate, non-amine, non-nitrite, and non-borate coolant with long-life hybrid organic acid technology.

U.S.A.:

“Toyota Super Long Life Coolant” is a mixture of 50% coolant and 50% deion- ized water. (Minimum temperature: -31°F [-35°C])

Canada:

“Toyota Super Long Life Coolant” is a mixture of 55% coolant and 45% deion- ized water. (Minimum temperature: -44°F [-42°C])

For more details about engine coolant, contact your Toyota dealer.

If the coolant level drops within a short time of replenishing

Visually check the radiator, hoses, engine coolant reservoir caps, drain cock and water pump.

If you cannot find a leak, have your Toyota dealer test the cap and check for leaks in the cooling system.

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If either of the above parts is extremely dirty or you are not sure of their condition, have your vehicle inspected by your Toyota dealer.

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Checking fluid level

“MAX”

“MIN”

Adding fluid

Make sure to check the fluid type and prepare the necessary item.

Fluid type	FMVSS No.116 DOT 3 or SAE J1703 brake fluid
Item	Clean funnel

Brake fluid can absorb moisture from the air

Excess moisture in the brake fluid can cause a dangerous loss of braking effi- ciency. Use only newly opened brake fluid.

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Battery exterior

Make sure that the battery terminals are not corroded and that there are no loose connections, cracks, or loose clamps.

Terminals

Hold-down clamp

Checking battery fluid (batteries with vent plugs)

Check that the fluid level is above the “LOWER LEVEL” line.

“LOWER LEVEL” line

If the fluid level is at or below the “LOWER LEVEL” line, add dis- tilled water.

Adding distilled water (batteries with vent plugs)

If it is difficult to see the fluid

level from the side, check it by looking directly into the cell.

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Before recharging

When recharging, the battery produces hydrogen gas which is flammable and explosive. Therefore, observe the following before recharging:

If recharging with the battery installed on the vehicle, be sure to disconnect the ground cable.

Make sure the power switch on the charger is off when connecting and dis- connecting the charger cables to the battery.

After recharging/reconnecting the battery (vehicles with a smart key sys- tem)

Unlocking the doors using the smart key system may not be possible imme- diately after reconnecting the battery. If this happens, use the wireless remote control or the mechanical key to lock/unlock the doors.

Start the engine with the engine switch in ACCESSORY mode. The engine may not start with the engine switch turned off. However, the engine will operate normally from the second attempt.

The engine switch mode is recorded by the vehicle. If the battery is recon- nected, the vehicle will return the engine switch mode to the status it was in before the battery was disconnected. Make sure to turn off the engine before disconnecting the battery. Take extra care when connecting the bat- tery if the engine switch mode prior to discharge is unknown.

If the system will not start even after multiple attempts, contact your Toyota dealer.

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situations:

A washer does not work.

“Windshield Washer Fluid Low” is displayed on the multi-infor- mation display.

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Check the spare tire condition and pressure if not rotated.

New tread Worn tread

Treadwear indicator

The location of treadwear indicators is shown by a “TWI” or “” mark, etc., molded into the sidewall of each tire.

Replace the tires if the treadwear indicators are showing on a tire.

Rotate the tires in the order shown.

To equalize tire wear and extend tire life, Toyota recommends that tire rotation is carried out at the same interval as tire inspection.

Do not fail to initialize the tire pressure warning system after tire rotation.

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Vehicles without a tire inflation pressure display function

If the tire pressure drops below a predetermined level, the driver is warned by a warning light. (P. 498)

Vehicles with a tire inflation pressure display function

The tire pressure detected by the tire pressure warning system can be displayed on the multi-information display.

4.2-inch display 7-inch display

If the tire pressure drops below a predetermined level, the driver is warned by a screen display and a warning light. (P. 498)

4.2-inch display 7-inch display

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Installing tire pressure warning valve and transmitters

When new tire pressure warning valve and transmitters are installed, new ID codes must be registered in the tire pressure warning computer and the tire pressure warning system must be initialized. (P. 448)

Initializing the tire pressure warning system

The tire pressure warning system must be initialized in the fol- lowing circumstances:

When the tire inflation pressure is changed such as when chang- ing traveling speed or load weight.

When the tire inflation pressure is changed such as when the tire size is changed.

When rotating the tires.

Vehicles with a tire inflation pressure display function: After per- forming the transmitter ID code registration procedure. (P. 448)

When the tire pressure warning system is initialized, the current tire inflation pressure is set as the benchmark pressure.

How to initialize the tire pressure warning system

Park the vehicle in a safe place and stop the engine for 20 min- utes or more.

The initialization procedure cannot be started while the vehicle is moving.

Adjust the tire inflation pressure to the specified cold tire inflation pressure level. (P. 545)

Make sure to adjust the tire pressure to the specified cold tire infla- tion pressure level. The tire pressure warning system will operate based on this pressure level.

Start the engine. (P. 204, 206)

Select (4.2-inch display) or (7-inch display) on the multi- information display using the meter control switches on the steer- ing wheel. (P. 100, 112).

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Select “TPWS” and then press .

Select “Set Pressure” then press and hold until the tire pressure warning light blinks 3 times.

Then a message will be dis- played on the multi-information display.

Vehicles with a tire inflation pressure display function: “- -” will be displayed on the multi- information display for the inflation pressure of each tire while initialization is being per- formed.

Vehicles with a tire inflation pressure display function: Drive at approximately 25 mph (40 km/h) or more for approximately 10 to 30 minutes.

When initialization is complete, the inflation pressure of each tire will be displayed on the multi-information display.

Even if the vehicle is not driven at approximately 25 mph (40 km/h) or more, initialization can be completed by driving for a long time. However, if initialization does not complete after driving for 1 hour or more, park the vehicle in a safe place for approximately 20 minutes and then drive the vehicle again.

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Registering ID codes

Every tire pressure warning valve and transmitter has a unique ID code. In addition to the set of tire pressure warning system sensor ID codes initially registered to the vehicle, a second set of ID codes can be registered.

A second set of tire pressure warning system sensor ID codes can be registered at your Toyota dealer. When 2 sets of ID codes have been registered, either ID code set can be selected.

Vehicles with a tire inflation pressure display function

Every tire pressure warning valve and transmitter has a unique ID code. When replacing a tire pressure warning valve and transmitter, it is necessary to register the ID codes.

The ID codes can be registered on (4.2-inch display) or (7- inch display) of the multi-information display.

Changing the available set of ID codes (vehicles without a tire inflation pressure display function)

When 2 sets of ID codes are registered, the corresponding ID code set for the installed wheels can be selected on (4.2-inch display) or (7-inch display) of the multi-information display. It is not nec- essary to reregister the ID codes each time the wheels are changed.

For information regarding changing the registered ID codes for an ID code set, contact your Toyota dealer.

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How to register the ID codes (vehicles with a tire inflation pres- sure display function)

Select (4.2-inch display) or (7-inch display) on the multi- information display using the meter control switches on the steer- ing wheel. (P. 100, 112)

4.2-inch display: Select “Vehicle Settings” and then press . 7-inch display: Select and then press and hold .

Select “TPWS” and then press .

Select “Change Wheel” then press and hold until the tire pressure warning light blinks slowly 3 times.

Then a message will be dis- played on the multi-information display.

When registration is being per- formed, the tire pressure warn- ing light will blink for approximately 1 minute then illuminate and “- -” will be dis- played for the inflation pres- sure of each tire on the multi- information display.

Drive at approximately 25 mph (40 km/h) or more for approxi- mately 10 to 30 minutes.

Registration is complete when the tire pressure warning light turns off and the inflation pressure of each tire is displayed on the multi- information display.

Even if the vehicle is not driven at approximately 25 mph (40 km/h) or more, registration can be completed by driving for a long time. However, if registration does not complete after driving for 1 hour or more, perform the procedure again from the beginning.

Initialize the tire pressure warning system. (P. 446)

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When to replace your vehicle’s tires

Tires should be replaced if:

The treadwear indicators are showing on a tire.

You have tire damage such as cuts, splits, cracks deep enough to expose the fabric, and bulges indicating internal damage

A tire goes flat repeatedly or cannot be properly repaired due to the size or location of a cut or other damage

If you are not sure, consult with your Toyota dealer.

Replacing tires and wheels

If the ID codes of the tire pressure warning valve and transmitters are not registered, the tire pressure warning system will not work properly. In this case, after driving for about 20 minutes, the tire pressure warning light will blink for approximately 1 minute and then illuminate to indicate a system malfunction.

Tire life

Any tire over 6 years old must be checked by a qualified technician even if it has seldom or never been used or damage is not obvious.

Routine tire inflation pressure checks

The tire pressure warning system does not replace routine tire inflation pressure checks. Make sure to check tire inflation pressure as part of your routine of daily vehicle checks.

Low profile tires (vehicles with 18 or 19-inch wheels)

Generally, low profile tires will wear more rapidly and tire grip perfor- mance will be reduced on snowy and/or icy roads when compared to standard tires. Be sure to use snow tires on snowy and/or icy roads and drive carefully at a speed appropriate for road and weather conditions.

Maximum load of tire

Check that the maximum load of the replacement tire is greater than 1/2 of the Gross Axle Weight Ratings (GAWR) of either the front axle or the rear axle, whichever is greater.

For the GAWR, see the Certification Label. For the maximum load of the tire, see the load limit at maximum cold tire inflation pressure mentioned on the sidewall of the tire. (P. 552)

Tire types

Summer tires

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Summer tires are high-speed performance tires best suited to highway driving under dry conditions. Since summer tires do not have the same traction performance as snow tires, summer tires are inadequate for driving on snow-covered or icy roads. For driving on snow-covered roads or icy roads, the use of snow tires is recommended. When install- ing snow tires, be sure to replace all four tires.

All season tires

All season tires are designed to provide better traction in snow and to be adequate for driving in most winter conditions as well as for use year-round. All season tires, however, do not have adequate traction performance compared with snow tires in heavy or loose snow. Also, all season tires fall short in acceleration and handling performance com- pared with summer tires in highway driving.

Snow tires

For driving on snow-covered roads or icy roads, we recommend using snow tires. If you need snow tires, select tires of the same size, con- struction and load capacity as the originally installed tires. Since your vehicle has radial tires as original equipment, make sure your snow tires also have radial construction. Do not install studded tires without first checking local regulations for possible restrictions. Snow tires should be installed on all wheels. (P. 353)

If the tread on snow tires wears down below 0.16 in. (4 mm)

The effectiveness of the tires as snow tires is lost.

Situations in which the tire pressure warning system may not oper- ate properly

In the following situations, the tire pressure warning system may not operate properly.

If non-genuine Toyota wheels are used.

If a tire has been replaced with a tire that is not an OE (Original Equipment) tire.

If a tire has been replaced with a tire that is not of the specified size.

If tire chains, etc. are installed.

If a window tint that affects radio wave signals is installed.

If there is a lot of snow or ice on the vehicle, particularly around the wheels or wheel housings.

If the tire inflation pressure is much higher than the specified level.

If wheels not equipped with tire pressure warning valve and transmit- ter are used.

If the ID codes of the tire pressure warning valve and transmitters are not registered in the tire pressure warning computer.

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Performance may be affected in the following situations.

When driving near a TV tower, electric power plant, gas station, radio station, large display, airport or other facility that generates strong radio waves or electrical noise

When carrying a portable radio, cellular phone, cordless phone or other wireless communication device

Vehicles with a tire inflation pressure display function: If tire position information is not correctly displayed due to the radio wave conditions, the display may be corrected by changing the location of the vehicle as the radio wave conditions may change.

When the vehicle is stopped, the time taken for the warning to start or turn off may be longer.

When the inflation pressure of a tire drops rapidly, for example when a tire has burst, the warning may not operate.

Initialization procedure

Make sure to perform the initialization procedure after adjusting the tire inflation pressure.

Also, make sure the tires are cold before performing the initialization procedure or adjusting the tire inflation pressure.

If the engine switch is turned to the “LOCK” position (vehicles without a smart key system) or off (vehicles with a smart key system) during ini- tialization, it is not necessary to restart the initialization procedure from the beginning as it will begin automatically when the engine switch is turned back to the “ON” position (vehicles without a smart key system) or IGNITION ON mode (vehicles with a smart key system).

If initialization has accidentally been started when it is not necessary, adjust the tire inflation pressure to the specified level when the tires are cold and then perform the initialization procedure again.

Vehicles with a tire inflation pressure display function: While the position of each tire is being determined and the inflation pressures are not being displayed on the multi-information display, if the inflation pressure of a tire drops, the tire pressure warning light will come on.

Warning performance of the tire pressure warning system

The warning of the tire pressure warning system will change in accor- dance with the conditions under which it was initialized. For this reason, the system may give a warning even if the tire pressure does not reach a low enough level, or if the pressure is higher than the pressure that was adjusted to when the system was initialized.

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If the tire pressure warning system is not initialized properly

Vehicles without a tire inflation pressure display function

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Initialization can be completed in a few minutes. However, in the following cases, the settings have not been recorded and the system will not oper- ate properly. If repeated attempts to record tire inflation pressure settings are unsuccessful, have the vehicle inspected by your Toyota dealer.

If initialization is attempted and the tire pressure warning light does not blink 3 times.

If, when the vehicle has been driven for about 20 minutes after perform- ing initialization, the tire pressure warning light blinks for approximately 1 minute and then illuminates.

Vehicles with a tire inflation pressure display function

In the following situations, initialization may take longer than usual to be completed or may not be possible. (Usually, the vehicle will need to be driven for approximately 10 to 30 minutes to complete initialization.)

If initialization is not complete after driving approximately 30 minutes, continue driving for a while.

If the vehicle is driven on an unpaved road, it may take longer to com- plete initialization.

If the vehicle is backed up while performing initialization, data col- lected during initialization will be cleared and it will take longer than normal to complete.

If the vehicle is driven in heavy traffic or another situation where other vehicles are driven close by, it may take time for the system to recog- nize the tire pressure warning valve and transmitters of your vehicle over those of other vehicles.

If initialization is not complete after driving for approximately 1 hour, park the vehicle in a safe place for approximately 20 minutes and then drive the vehicle again.

In the following situations, initialization will not be started or was not completed properly and the system will not operate properly. Perform the initialization procedure again.

If, when attempting to start initialization, the tire pressure warning light does not blink 3 times.

If, when the vehicle has been driven for about 20 minutes after per- forming initialization, the tire pressure warning light blinks for approxi- mately 1 minute and then illuminates.

If initialization cannot be completed after performing the above proce- dure, contact your Toyota dealer.

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When registering ID codes (vehicles with a tire inflation pressure dis- play function)

Before performing ID code registration, make sure that no wheels with tire pressure warning valve and transmitters installed are near the vehi- cle.

Make sure to initialize the tire pressure warning system after registering the ID codes. If the system is initialized before registering the ID codes, the initialized values will be invalid.

As the tires will be warm when registration is completed, make sure to allow the tires to cool before performing initialization.

Canceling ID code registration (vehicles with a tire inflation pressure display function)

To cancel ID code registration after it has been started, turn the engine switch off before driving the vehicle.

If the vehicle is driven after ID code registration is started, to cancel reg- istration, perform the ID code registration start procedure again and turn the engine switch off before driving.

If ID code registration has been canceled, the tire pressure warning light will blink for approximately 1 minute when the engine switch is turned to the “ON” position (vehicles without a smart key system) or IGNITION ON mode (vehicles with a smart key system) and then illuminate. The tire pressure warning system will be operational when the tire pressure warning light turns off.

If the warning light does not turn off even after several minutes have elapsed, ID code registration may not have been cancelled correctly. To cancel registration, perform the ID code registration start procedure again and then turn the engine switch off before driving.

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If ID codes are not registered properly (vehicles with a tire inflation pressure display function)

In the following situations, ID code registration may take longer than usual to be completed or may not be possible. (Usually, the vehicle will need to be driven for approximately 10 to 30 minutes to complete ID code registration.)

If ID code registration is not complete after driving for approximately 30 minutes, continue driving for a while.

If the vehicle is driven on an unpaved road, it may take longer than normal to complete registration.

If the vehicle is backed up while performing registration, data col- lected during registration will be cleared, and it will take longer than normal to complete.

If the vehicle is driven in heavy traffic or another situation where other vehicles are driven close by, it may take time for the system to recog- nize the tire pressure warning valve and transmitters of your vehicle over those of other vehicles.

If a wheel with a tire pressure warning valve and transmitter installed is inside or near the vehicle, registration of the ID codes for the installed wheels may not be possible.

If ID registration is not complete after driving for approximately 1 hour, park the vehicle in a safe place for approximately 20 minutes and then perform the ID code registration procedure again.

In the following situations, ID code registration will not be started or was not completed properly and the system will not operate properly. Per- form the ID code registration procedure again.

If, when attempting to start ID code registration, the tire pressure warning light does not blink slowly 3 times.

If, when the vehicle has been driven for about 20 minutes after per- forming ID code registration, the tire pressure warning light blinks for approximately 1 minute and then illuminates.

If ID code registration cannot be completed after performing the above procedure, contact your Toyota dealer.

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Tire pressure warning system certification

For vehicles sold in the U.S.A.

For vehicles sold in Canada

Model: PMV-E000

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NOTICE

Repairing or replacing tires, wheels, tire pressure warning valve and transmitters and tire valve caps

When removing or fitting the wheels, tires or the tire pressure warning valve and transmitters, contact your Toyota dealer as the tire pressure warning valve and transmitters may be damaged if not handled cor- rectly.

Make sure to install the tire valve caps. If the tire valve caps are not installed, water may enter the valves of the tire pressure warning valve and transmitters and the valves may become stuck.

When replacing tire valve caps, do not replace them with metal caps or any tire valve caps other than specified, as they may become stuck.

To avoid damage to the tire pressure warning valve and transmit- ters

When a tire is repaired with liquid sealants, the tire pressure warning valve and transmitter may not operate properly. If a liquid sealant is used, contact your Toyota dealer or other qualified service shop as soon as possible. Make sure to replace the tire pressure warning valve and transmitter when replacing the tire. (P. 446)

Driving on rough roads

Take particular care when driving on roads with loose surfaces or pot- holes.

These conditions may cause losses in tire inflation pressure, reducing the cushioning ability of the tires. In addition, driving on rough roads may cause damage to the tires themselves, as well as the vehicle’s wheels and body.

Low profile tires (vehicles with 18 or 19-inch wheels)

Low profile tires may cause greater damage than usual to the tire wheel when sustaining impact from the road surface. Therefore, pay attention to the following:

Be sure to use proper tire inflation pressure. If tires are under-inflated, they may be damaged more severely.

Avoid potholes, uneven pavement, curbs and other road hazards. Fail- ure to do so may lead to severe tire and wheel damage.

If tire inflation pressure of each tire becomes low while driving

Do not continue driving, or your tires and/or wheels may be ruined.

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Tire pressure gauge

Remove the tire valve cap.

Press the tip of the tire pressure gauge onto the tire valve. Read the pressure using the gauge gradations.

If the tire inflation pressure is not at the recommended level, adjust the pressure.

If you add too much air, press the center of the valve to deflate.

After completing the tire inflation pressure measurement and adjustment, apply soapy water to the valve and check for leakage.

Put the tire valve cap back on.

Tire inflation pressure check interval

You should check tire inflation pressure every two weeks, or at least once a month.

Do not forget to check the spare.

Effects of incorrect tire inflation pressure

Driving with incorrect tire inflation pressure may result in the following:

Reduced fuel economy

Reduced driving comfort and poor handling

Reduced tire life due to wear

Reduced safety

Damage to the drivetrain

If a tire needs frequent inflating, have it checked by your Toyota dealer.

6-3. Do-it-yourself maintenance

Instructions for checking tire inflation pressure

When checking tire inflation pressure, observe the following:

Check only when the tires are cold.

461

If your vehicle has been parked for at least 3 hours or has not been driven for more than 1 mile or 1.5 km, you will get an accurate cold tire inflation pressure reading.

Always use a tire pressure gauge.

It is difficult to judge if a tire is properly inflated based only on its appear- ance.

It is normal for the tire inflation pressure to be higher after driving as heat is generated in the tire. Do not reduce tire inflation pressure after driving.

Never exceed the vehicle capacity weight.

Passengers and luggage weight should be placed so that the vehicle is balanced.

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Replacement wheels are available at your Toyota dealer.

*: Conventionally referred to as “offset”.

Toyota does not recommend using the following:

Wheels of different sizes or types

Used wheels

Bent wheels that have been straightened

Use only Toyota wheel nuts and wrenches designed for use with your aluminum wheels.

When rotating, repairing or changing your tires, check that the wheel nuts are still tight after driving 1000 miles (1600 km).

Be careful not to damage the aluminum wheels when using tire chains.

Use only Toyota genuine balance weights or equivalent and a plas- tic or rubber hammer when balancing your wheels.

When replacing wheels

The wheels of your vehicle are equipped with tire pressure warning valve and transmitters that allow the tire pressure warning system to provide advance warning in the event of a loss in tire inflation pressure. When- ever wheels are replaced, tire pressure warning valve and transmitters must be installed. (P. 446)

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Open the glove box and remove the glove box cover inside the glove box.

Remove the filter cover. Unlock the filter cover.

Move the filter cover in the direction of the arrow, and then pull it out of the claws.

Remove the filter case.

There may be foreign objects on top of the air conditioning filter.

6-3. Do-it-yourself maintenance

The “­UP” marks shown on the fil- ter and the filter case should be pointing up.

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Checking interval

Inspect and replace the air conditioning filter according to the maintenance schedule. In dusty areas or areas with heavy traffic flow, early replacement may be required. (For scheduled maintenance information, please refer to the “Schedule maintenance guide” or “Owner’s Manual Supplement”.)

If air flow from the vents decreases dramatically

The filter may be clogged. Check the filter and replace if necessary.

Air conditioning filter with deodorizing function

When fragrances are placed in your vehicle, the deodorizing effect may become significantly weakened in a short period.

When an air conditioning odor comes out continuously, replace the air condi- tioning filter.

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Replace the battery with a new one if it is depleted.

Flathead screwdriver

Small flathead screwdriver

Lithium battery CR2032

Vehicles without a smart key system Remove the key cover.

To prevent damage to the key,

cover the tip of the flathead screw- driver with a rag.

If the battery cover is difficult to remove, lift the edge to remove it.

Insert a new battery with the “+” terminal facing up.

6-3. Do-it-yourself maintenance

Push the entire edge of the battery cover into the key.

Align the key cover with the key and then press it straight into the key.

Make sure that the key cover is securely installed without any gaps between it and the key.

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Release the lock and remove the mechanical key.

Remove the key cover.

To prevent damage to the key, cover the tip of the flathead screw- driver with a rag.

When removing the cover, the electronic key module may stick to the cover and the battery may not be visible. In this case, remove the electronic key module in order to remove the battery.

Insert a new battery with the “+” terminal facing up.

Operate the or switch and check that the doors can be locked/unlocked.

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469

When replacing the key battery

Be careful not to lose the battery or any other small parts.

Use a CR2032 lithium battery

Batteries can be purchased at your Toyota dealer, local electrical appliance shops or camera stores.

Replace only with the same or equivalent type recommended by the manu- facturer.

Dispose of used batteries according to local laws.

If the key battery is depleted

The following symptoms may occur:

The smart key system (if equipped) and wireless remote control will not function properly.

The operational range will be reduced.

470 6-3. Do-it-yourself maintenance

Engine compartment (type A) Engine compartment (type B)

(if equipped)

Push the tabs in and lift the lid off. Push the tabs in and lift the lid

off.

Under the driver’s side instru- ment panel

Remove the lid.

Make sure to push the claw when removing/installing the lid.

6-3. Do-it-yourself maintenance

Only type A fuses can be removed using the pullout tool.

Type A Type B

Type C

471

Replace the blown fuse with a new fuse of an appropriate amperage rat- ing. The amperage rating can be found on the fuse box lid.

472 6-3. Do-it-yourself maintenance

After a fuse is replaced

If the lights do not turn on even after the fuse has been replaced, a bulb may need replacement. (P. 473)

If the replaced fuse blows again, have the vehicle inspected by your Toyota dealer.

If there is an overload in a circuit

The fuses are designed to blow, protecting the wiring harness from damage.

6-3. Do-it-yourself maintenance

473

Front Rear

Front turn signal/parking lights (bulb type)

Front side marker lights (bulb type)

Back-up lights (bulb type)

Rear turn signal lights (bulb type)

Rear side marker lights (bulb type)

474 6-3. Do-it-yourself maintenance

Front turn signal/parking lights (bulb type)

Remove the light bulb.

Install a new light bulb and then install the bulb base to the light unit by inserting it and turning it clockwise.

6-3. Do-it-yourself maintenance

Front side marker lights (bulb type)

Turn the steering wheel to the left when replacing the right side light bulb, and turn the steering wheel to the right when replac- ing the left side light bulb.

To protect the front bumper from being damaged, apply protective tape around the clip as shown in the illustra- tion.

Use masking tape, etc. Do not use duct tape, as it may leave residue or damage the paint when removed.

475

476 6-3. Do-it-yourself maintenance

To separate the front bumper from the fender liner, pry up the fender liner while pulling the front bumper outward as shown in the illustration.

Remove the light bulb.

Install a new light bulb and then install the bulb base to the light unit by inserting it and turning it clockwise.

6-3. Do-it-yourself maintenance

Make sure that the fender liner is correctly positioned on the inner side of the front bumper.

Remove the protective tape.

477

478 6-3. Do-it-yourself maintenance

Back-up lights (bulb type)

Partly remove the trunk lid cover.

Disconnect the connector while depressing the lock release. (When replacing right side bulb only.)

Turn the bulb base counter- clockwise.

Remove the light bulb.

6-3. Do-it-yourself maintenance

479

Install a new light bulb and then install the bulb base to the light unit by inserting it and turning it clockwise.

Connect the connector. (When replacing right side bulb only.)

Reinstall the trunk lid cover with the clips.

480 6-3. Do-it-yourself maintenance

Rear turn signal lights (bulb type) and rear side marker lights (bulb type)

Use masking tape, etc. Do not use duct tape, as it may leave residue or damage the paint when removed.

Insert a flathead screw- driver between the cover and the light unit and pry up the cover in several positions as shown in the illustration to disengage the claws (indicated by a dotted line).

Pull the cover toward the rear of the vehicle to dis- engage the claws (indi- cated by a dotted line) and remove the cover.

To prevent scratching the vehi- cle, wrap the tip of the flathead screwdriver with a cloth, etc.

Remove the light unit.

6-3. Do-it-yourself maintenance

481

Hold the folded portion and pull it toward the rear of the vehicle to remove the light unit.

Turn the bulb base counterclockwise.

Rear turn signal lights Rear side marker lights

Rear turn signal lights Rear side marker lights

482 6-3. Do-it-yourself maintenance

Rear turn signal lights Rear side marker lights

Align the tabs and push the light unit toward the front of the vehi- cle to install it.

Install the cover.

6-3. Do-it-yourself maintenance

483

Replacing the following bulbs

If any of the lights listed below has burnt out, have it replaced by your Toyota dealer.

Headlights

Daytime running lights

Parking lights (LED type)

Front turn signal lights (LED type)

Front side marker lights (LED type)

Side turn signal lights (if equipped)

Tail lights

Rear side marker lights (LED type)

Stoplights

Rear turn signal lights (LED type)

Back-up lights (LED type)

High mounted stoplight

License plate lights

LED light bulbs

The lights other than the front turn signal/parking lights (bulb type), front side marker lights (bulb type), back-up lights (bulb type), rear turn signal lights (bulb type) and rear side marker lights (bulb type) consist of a number of LEDs. If any of the LEDs burn out, take your vehicle to your Toyota dealer to have the light replaced.

Condensation build-up on the inside of the lens

Temporary condensation build-up on the inside of the headlight lens does not indicate a malfunction.

Contact your Toyota dealer for more information in the following situations:

Large drops of water have built up on the inside of the lens.

Water has built up inside the headlight.

484 6-3. Do-it-yourself maintenance

	485
When trouble arises	7
7-1. Essential information
Emergency flashers 486
If your vehicle has
to be stopped in
an emergency 487
If the vehicle is trapped
in rising water 489
7-2. Steps to take in
an emergency
If your vehicle needs
to be towed 490
If you think something
is wrong 493
Fuel pump shut off
system 494
If a warning light turns
on or a warning buzzer
sounds 495
If a warning message
is displayed 505
If you have a flat tire 510
If the engine will not
start 521
If the electronic key does
not operate properly
(vehicles with a smart
key system) 523
If the vehicle battery
is discharged 526
If your vehicle
overheats 531
If the vehicle becomes
stuck 534

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