2017 VOLVO XC60 brake lights

DRIVER SUPPORT
204•
City Safety – symbols and messages (p. 208)
• City Safety – Laser sensor (p. 209)
City Safety – function
Function
Location of the laser sensor in the windshield 6
City Safety
™ monitors traffic ahead of you using
a laser sensor mounted in the upper section of the windshield. If a collision is imminent, City Safety ™ will automatically apply the brakes,
which may feel like hard braking. If the difference in speed between your vehicle and the vehicle ahead is more than approximately 9 mph (15 km/h), City Safety ™ alone cannot
prevent a collision from taking place. The driver must apply the brakes to help avoid a collision orreduce its effect. When the function activates and applies the brakes, a message will appear in the information display to indicate that the system is/has beenactive.
NOTE
•
When City Safety
™ applies the brakes,
the brake lights will illuminate.
• In cases where City Safety
™ has stopped
the vehicle, the system will then release the brakes. The driver must apply thebrakes to keep the vehicle at a standstill.
Related information
• City Safety – introduction (p. 203)
• City Safety – operation (p. 205)
• City Safety – limitations (p. 205)
• City Safety – troubleshooting (p. 206)
• City Safety – symbols and messages (p. 208)
• City Safety – Laser sensor (p. 209)
6
The illustration is generic; certain details may vary from model to model

DRIVER SUPPORT
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* Option/accessory, for more information, see Introduction.235
Front park assist
The distance monitored in front of the vehicle is approximately 2.5 ft (0.8 m). The audible signalcomes from the audio system's front speakers. It may not be possible to combine auxiliary head- lights and front park assist since these lightscould trigger the system's sensors.
NOTE
Front park assist is deactivated when the parking brake is applied and or when the gear selector is in the P position.
Related information
• Park assist – introduction (p. 233)
• Park assist – limitations (p. 236)
• Park assist – operation (p. 235)
• Park assist – troubleshooting (p. 237) •
Rear Park Assist Camera (PAC) – function (p. 238)
Park assist – operation
Function
Park assist and CTA
* button
The system is activated automatically when the vehicle is started. The indicator light in the buttonin the center console illuminates when the sys-tem is on. • The front park assist system is active from the time the engine is started until the vehi-cle exceeds a speed of approximately 6 mph(10 km/h). It is also active when the vehicleis backing up.
• Rear park assist is active when the engine isrunning and reverse gear has been selected.

STARTING AND DRIVING
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* Option/accessory, for more information, see Introduction.251
1. The turn signals will flash several times.
2. The engine will start.
3. The turn signals will illuminate for 3 seconds
to indicate that the engine has started.
After the engine has started, the vehicle remains locked but the alarm is disarmed.
Active functions
When the engine is started with ERS, the follow- ing functions are activated: • The climate control system
• The infotainment system.
• Approach lighting
Deactivated functions
When the engine is started with ERS, the follow- ing functions are deactivated: •
Headlights
• Parking lights
• License plate lights
• Windshield wipers
Related information
•
Engine Remote Start (ERS)
* – switching off
the engine (p. 251)
• Engine Remote Start (ERS)
* – introduction
(p. 250)
Engine Remote Start (ERS) * –
switching off the engine
Any of the following will switch off the engine if it has been started with ERS: • Pressing the lock button (1) or the unlock button (2) on the remote key
• Unlocking the vehicle
• Opening a door
• Depressing the accelerator or brake pedal
• Moving the gear selector from the
P position
• If there are less than approx. 2.5 gallons(10 liters) of fuel in the tank
• More than 15 minutes have elapsed.
If the engine has been started with ERS andswitches off, the turn signals will illuminate for3 seconds.
Message in the instrument panel display
If ERS is interrupted, a text message will be dis- played in the instrument panel.
Related information
• Engine Remote Start (ERS)
* – introduction
(p. 250)
• Engine Remote Start (ERS)
* – starting the
engine (p. 250)
Jump starting
Follow these instructions to jump start your vehi- cle's dead battery or to jump start another vehi-cle's dead battery using your vehicle.
G021347
Connecting the jumper cables
If the 12-volt auxiliary battery to be used is in another vehicle, check that the vehicles are nottouching to prevent premature completion of acircuit. Be sure to follow jump starting instruc-tions provided for the other vehicle. To jump start your vehicle:
1. Switch off the ignition (set the ignition to mode 0, see Ignition modes (p. 80)).
2. First connect the red jumper cable to the auxiliary battery's positive (+) terminal (1).

STARTING AND DRIVING
263
Hill Descent Control (HDC) – operation
Function
•HDC can be switched on and off with the button in the center console. An indicatorlight in the button illuminates when HDC isactivated.
• The indicator light
in the instrument
panel illuminates and a message is displayed when the system is controlling the vehicle'sspeed.
• HDC only functions when
first or reverse
gears are selected (
1 will be shown in the
instrument panel display when first gear is selected).
NOTE
HDC cannot be activated if the gear selector is the D position.
Using HDCHDC allows the car to roll forward at a maximum speed of 6 mph (10 km/h), and 4 mph (7 km/h)in reverse. However, the accelerator pedal can beused to select any speed that is possible in firstor reverse gears. When the accelerator pedal isreleased, speed is quickly reduced again to6 mph (10 km/h) or 4 mph (7 km/h), dependingon the gear selected, regardless of the hill's gra-dient. It is not necessary to apply the brakes.
• The brake lights illuminate automaticallywhen HDC is controlling the vehicle's speed.
• The driver can slow or stop the vehicle at anytime by applying the brakes.
HDC is deactivated when:
• The button on the center console is pressed
• A gear higher than first gear is selected
• D
is selected on vehicles with an automatic
transmission
HDC can be deactivated at any time. If this isdone while driving down a steep hill, the system'sbraking effect will decrease gradually.
NOTE
Engine response to pressure on the accelera- tor pedal may be slightly slower than normalwhen HDC is activated.
Related information
• Hill Descent Control (HDC) – introduction (p. 262)
• Brakes – general (p. 264)

STARTING AND DRIVING
266
Anti-lock braking system (ABS) The ABS system helps to improve vehicle con- trol (stopping and steering) during severe brak-ing conditions by limiting brake lockup.
When the system "senses" impending lockup, braking pressure is automatically modulated inorder to help prevent lockup that could lead to askid. The system performs a brief self-diagnostic test when the engine has been started and driverreleases the brake pedal. Another automatic testmay be performed when the vehicle first reachesa speed of approximately 6 mph (10 km/h). Thebrake pedal will pulsate several times and asound may be audible from the ABS controlmodule, which is normal.
Related information
•Parking brake – general information (p. 267)
• Emergency Brake Assistance (EBA) (p. 266)
• Brakes – general (p. 264)
Brake lights The brake lights come on automatically when the brakes are applied.
Adaptive brake lights
The adaptive brake lights activate in the event of sudden braking or if the ABS system is activated.This function causes an additional taillight oneach side of the vehicle to illuminate to help alertvehicles traveling behind. The adaptive brake lights activate if:
• The ABS system activates for more than approximately a half second
• In the event of sudden braking while thevehicle is moving at speeds above approxi-mately 6 mph (10 km/h).
When the vehicle has come to a stop, the brakelights and additional taillights remain on for aslong as the brake pedal is depressed or untilbraking force on the vehicle is reduced.
Related information
• Brakes – general (p. 264)
• Parking brake – general information (p. 267)
Emergency Brake Assistance (EBA)
EBA is designed to provide full brake effect immediately in the event of sudden, hard brak-ing.
Emergency Brake AssistanceThe EBA system is activated by the speed with which the brake pedal is depressed. When the EBA system is activated, the brake pedal will go down and pressure in the brake sys-tem immediately increases to the maximum level.Maintain full pressure on the brake pedal in orderto utilize the system completely. EBA is automati-cally deactivated when the brake pedal isreleased.

STARTING AND DRIVING
271
Driving through water
The vehicle should be driven with extreme cau- tion if it is necessary to drive through standingwater.
The vehicle can be driven through water up to a depth of approximately 13 in. (35 cm) at walkingspeed to help prevent water from entering thedifferential and the transmission. Water reducesthe oil's lubricating capacity and may shorten theservice life of these components.
• Take particular care when driving throughflowing water.
• Clean the electrical connections for trailerwiring after driving in mud or water.
• When driving through water, maintain lowspeed and do not stop in the water.
WARNING
•Avoid driving through standing or rushing water. Doing so can be dangerous and itmay also be difficult to determine theactual depth of the water.
• If water cannot be avoided, after drivingthrough the water, press lightly on thebrake pedal to ensure that the brakes arefunctioning normally. Water or mud canmake the brake linings slippery, resultingin delayed braking effect.
CAUTION
•Engine damage will occur if water is drawn into the air cleaner.
• If the vehicle is driven through waterdeeper than approximately 13 in.(35 cm), water may enter the differentialand the transmission. This reduces theoil's lubricating capacity and may shortenthe service life of these components.
• Damage to any components, the engine,transmission, turbo-charger, differential orits internal components caused by flood-ing, vapor lock or insufficient oil is notcovered under warranty.
• Do not allow the vehicle to stand in waterup to the door sills longer than absolutelynecessary. This could result in electricalmalfunctions.
• If the engine has been stopped while thevehicle is in water, do not attempt torestart it. Have the vehicle towed out ofthe water.
Related information
•Towing the vehicle (p. 282)
• Towing by tow truck (p. 284)
Engine and cooling system
Under special conditions, for example when driv- ing in hilly terrain, extreme heat or with heavyloads, there is a risk that the engine and coolingsystem will overheat.
Proceed as follows to avoid overheating the engine.
• Maintain a low speed when driving with atrailer up long, steep hills. For information,see Towing a trailer (p. 279)
• Do not turn the engine off immediately whenstopping after a hard drive.
WARNING
The cooling fan may start or continue to oper- ate (for up to 6 minutes) after the engine hasbeen switched off.
• Remove any auxiliary lights from in front of the grille when driving in hot weather condi-tions.
• Do not exceed engine speeds of 4500 rpm ifdriving with a trailer in hilly terrain. The oiltemperature could become too high.

STARTING AND DRIVING
272
Conserving electrical current
Keep the following in mind to help minimize bat- tery drain:
• When the engine is not running, avoid using ignition mode
II. Many electrical systems (the
audio system, the optional navigation system, power windows, etc) will function in ignition modes 0 and I. These modes reduce drain
on the battery.
• Please keep in mind that using systems, accessories, etc., that consume a great dealof current when the engine is not runningcould result in the battery being completelydrained. Driving or having the engine runningfor approximately 15 minutes will help keepthe battery charged.
• The optional 12-volt socket in the cargoarea (p. 143) area provides electrical currenteven with the ignition switched off, whichdrains the battery.
Before a long distance trip
It is always worthwhile to have your vehicle checked by a trained and qualified Volvo servicetechnician before driving long distances. Yourretailer will also be able to supply you with bulbs,fuses, spark plugs and wiper blades for your usein the event that problems occur.
As a minimum, the following items should be checked before any long trip:
• Check that engine runs smoothly and thatfuel consumption is normal.
• Check for fuel, oil, and fluid leakage.
• Have the transmission oil level checked.
• Check condition of drive belts.
• Check state of the battery's charge.
• Examine tires carefully (the spare tire aswell), and replace those that areworn (p. 290). Check tire pressure (p. 297).
• The brakes, front wheel alignment, and steer-ing gear should be checked by a trained andqualified Volvo service technician only.
• Check all lights, including high beams.
• Reflective warning triangles are legallyrequired in some states/provinces.
• Have a word with a trained and qualifiedVolvo service technician if you intend to drivein countries where it may be difficult toobtain the correct fuel. •
Consider your destination. If you will be driv-ing through an area where snow or ice arelikely to occur, consider snow tires (p. 303).
Related information
•
Changing a wheel – removing wheel (p. 291)
• Bulbs – introduction (p. 334)

MAINTENANCE AND SERVICING
339
7. Reinstall the headlight housing.
Related information
•
Bulbs – specifications (p. 341)
Bulbs – rear fog lights
The rear fog lights can be reached from behind the bumper
1. Remove the bulb holder by turning it coun- terclockwise.
2. Remove the burned out bulb by pressing it in and turning it counterclockwise.
3. Insert a new bulb, press it downward and turn it clockwise.
4. Reinsert the bulb holder and turn it clock- wise.
Related information
• Bulbs – specifications (p. 341)
Bulbs – location of taillight bulbs
The following illustrations show the location of the bulbs in the taillight cluster.
Taillight lens, right side
Parking/side marker lights (LED)
Brake light
Backup light
Turn signal
Brake light (LED)
Related information
• Bulbs – introduction (p. 334)
• Bulbs – specifications (p. 341)