spare wheel FORD RANGER 2023 Owners Manual

speed. Avoid abrupt steering, accelerationand braking. This could result in anincreased risk of vehicle roll over, loss ofvehicle control and personal injury. Use theavailable road surface to bring your vehicleto a safe direction of travel.
In the event of an emergency stop, avoidskidding the tires and do not attempt anysharp steering wheel movements.
If your vehicle goes from one type ofsurface to another, such as concrete togravel, there can be a change in the wayyour vehicle responds to a maneuver usingsteering, acceleration or braking.
Operating Four-Wheel Drive with aSpare or Mismatched Tires
On four-wheel drive vehicles, the size ofthe spare tire can affect the four-wheeldrive system. If there is a significantdifference between the size of the sparetire and the remaining tires, you could havelimited four-wheel drive functionality,added noise, discomfort and drivelinedamage. Due to normal tire wear, yourspare tire is not necessarily the same sizeas your on-road tires, which makes yourspare tire a dissimilar size. Use the sparetire on a limited basis only. When drivingwith a dissimilar wheel and tire assemblydo not:
•Exceed 50 mph (80 km/h) with afour-wheel drive mode turned on.
•Turn on a four-wheel drive modeunless the vehicle is stationary.
•Use a four-wheel drive mode on drypavement.
Driving with the full-size dissimilar sparewheel and tire assembly can limitfour-wheel drive functionality, especiallywhen driving in a mechanically lockedfour-wheel drive mode. You can experiencethe following:
•Additional noise from the transfer caseor other drive components.
•Difficulty shifting out of a mechanicallylocked four-wheel drive mode.
•Driveline component damage.
Mechanical Shift Blocking
On vehicles with an electronicshift-on-the-fly transfer case, the transfercase distributes torque to the front wheelsby mechanically interlocking the front andrear driveshafts together. Various externalfactors can affect shifting performance ofthis type of system including, but notlimited to:
•Vehicle acceleration.
•Dissimilar tire sizes.
•High steering input.
For vehicles with an electronicshift-on-the-fly transfer case, whenshifting into two-wheel drive high on dry,hard surfaced roads, we recommend thatthe following procedure is followed toreduce the likelihood of a mechanical shiftblock:
•While driving straight, come to a stopon a flat, horizontal surface.
•Shift into park (P).
•Select 2H and wait for the 2H LED tobecome solid.
•Shift into reverse (R) and let the vehicleroll backward up to 5 ft (1 m).
•Shift into drive (D) and let the vehicleroll forward up to 5 ft (1 m).
•Driving the vehicle around a tight turnat a slow speed.
If the system is mechanically blocked, oneor more of the following actions can relievethe mechanical shift block:
•Momentary acceleration.
•Momentary braking.
•Bringing the vehicle to a stop.
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ELECTRONIC LOCKING
DIFFERENTIAL (IF EQUIPPED)
Note:Do not operate the system on dryhard surface roads. Doing so could lead toexcessive tire noise and wear. Use thesystem only on consistently slippery or loosesurfaces.
The system locks the left and right portionsof the rear axle together to form a soliddriving axle, resulting in increased rearwheel traction in certain conditions.
Press and hold the electronic differentiallock button for 2 seconds to activate thesystem.
Note:The lock button is on the centerconsole.
Note:Do not perform this operation whencruise control or trail control are selectedand active. The system may not engage asexpected.
The electronic differential lock can lockand unlock when the internal gears arealigned and no torque load is placed onthe differential. To aid alignment, drive thevehicle in a straight line with theaccelerator pedal released. Alternatively,drive slowly forward and backward whilemoving the steering wheel from side to sideto allow the electronic differential lock tolock.
High vehicle speed and high acceleratorpedal application inhibit the electroniclocking differential system engagement.Follow the instruction on the instrumentcluster for engagement anddisengagement.
Note:You can use the system in any drivemode 2H, 4H or 4L.
Note:When you engage the system, theElectronic Stability Program (ESP) functionssuch as Stability Control, Traction Control,Hill Descent Control, Emergency stop signal,Hill Start Assist and Trailer Sway Controlare deactivated, the ESP Off indicatorilluminates, and the HDC on indicator turnsoff.
Note:When the anti-lock braking systemis operating, the system disengages.
The electronic locking differential systemcan affect various terrain modes. SeePrinciple of Operation (page 182).
Operating Electronic LockingDifferential with Spare orMismatched Tires
The size of the spare tire can affect theperformance of the electronic lockingdifferential system. When there is asignificant size difference between the tworear tires, you could have limited electroniclocking differential functionality. If yourelectronic locking differential has difficultydisengaging, release your accelerator pedaland turn the steering wheel in the oppositedirection while rolling forward.
Note:We recommend that you engage anddisengage the electronic locking differentialwhen stopped, and a spare tire is mountedon the rear axle.
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•Check your hitch, electrical connectionsand trailer wheel lug nuts thoroughlyafter you have traveled 50 mi (80 km).
•When stopped in congested or heavytraffic during hot weather, place thetransmission in park (P) to aid engineand transmission cooling and to helpA/C performance.
•Turn off the speed control with heavyloads or in hilly terrain. The speedcontrol may turn off automaticallywhen you are towing on long, steepgrades.
•Shift to a lower gear when driving downa long or steep hill. Do not apply thebrakes continuously, as they mayoverheat and become less effective.
•If your transmission is equipped with aGrade Assist or Tow/Haul feature, usethis feature when towing. This providesengine braking and helps eliminateexcessive transmission shifting foroptimum fuel economy andtransmission cooling.
•If your vehicle is equipped withAdvanceTrac with RSC, this systemmay turn on during typical corneringmaneuvers with a heavily loaded trailer.This is normal. Turning the corner at aslower speed while towing may reducethis tendency.
•If you are towing a trailer frequently inhot weather, hilly conditions, at thegross combined weight rating, or anycombination of these factors, considerrefilling your rear axle with syntheticgear lubricant if the axle is not alreadyfilled with it. See Capacities andSpecifications (page 325).
•Allow more distance for stopping witha trailer attached. Anticipate stops andbrake gradually.
•Avoid parking on a grade. However, ifyou must park on a grade:
1.Turn the steering wheel to point yourvehicle tires away from traffic flow.
2.Set your vehicle parking brake.
3.Place the automatic transmission inpark (P).
4.Place wheel chocks in front and backof the trailer wheels. Chocks are notincluded with your vehicle.
Your vehicle may be equipped with atemporary or conventional spare tire. Atemporary spare tire is different in diameteror width, tread-type, or is from a differentmanufacturer than the road tires on yourvehicle. Consult information on the tirelabel or Safety Compliance label forlimitations when using.
Launching or Retrieving a Boat orPersonal Watercraft (PWC)
Note:Disconnect the wiring to the trailerbefore backing the trailer into the water.
Note:Reconnect the wiring to the trailerafter removing the trailer from the water.
When backing down a ramp during boatlaunching or retrieval:
•Do not allow the static water level torise above the bottom edge of the rearbumper.
•Do not allow waves to break higherthan 6 in (15 cm) above the bottomedge of the rear bumper.
Exceeding these limits may allow water toenter vehicle components:
•Causing internal damage to thecomponents.
•Affecting driveability, emissions, andreliability.
Replace the rear axle lubricant anytimethe rear axle has been submerged in water.Water may have contaminated the rearaxle lubricant, which is not normallychecked or changed unless a leak issuspected or other axle repair is required.
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Protected ComponentRatingItem
Powertrain control module.10 A228
USB charge port.7.5 A229
Not used.-30
Not used.-31
Fuel pump relay.-32
A/C clutch relay.-33
Trailer reverse lamp.10 A234
Not used.-35
Not used.-36
Heated exterior mirror.10 A237
Trailer right-hand turn and stop lamp relay.-38
Trailer left-hand turn and stop lamp relay.-39
Trailer reverse lamp relay.-40
Horn relay.-41
Four wheel drive motor no. 2 relay.-42
Not used.-43
Not used.-44
Not used.-45
Not used (spare).10 A346
Brake pedal switch.10 A347
Horn.20 A248
Transmission control module oil pump.15 A249
Not used (spare).10 A250
Not used.-51
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GENERAL INFORMATION
Notice to utility vehicle and truckowners
WARNING: Utility vehicles have asignificantly higher rollover rate thanother types of vehicles.
WARNING: Vehicles with a highercenter of gravity (utility and four-wheeldrive vehicles) handle differently thanvehicles with a lower center of gravity(passenger cars). Avoid sharp turns,excessive speed and abrupt steering inthese vehicles. Failure to drive cautiouslyincreases the risk of losing control of yourvehicle, vehicle rollover, personal injuryand death.
WARNING: In a rollover crash, anunbelted person is significantly morelikely to die than a person wearing aseatbelt.
WARNING: Do not becomeoverconfident in the ability of four-wheeldrive vehicles. Although a four-wheeldrive vehicle may accelerate better thana two-wheel drive vehicle in low tractionsituations, it won't stop any faster thantwo-wheel drive vehicles. Always driveat a safe speed.
Utility vehicles and trucks handledifferently than passenger cars in thevarious driving conditions that areencountered on streets, highways andoff-road. Utility vehicles and trucks are notdesigned for cornering at speeds as highas passenger cars any more than low-slungsports cars are designed to performsatisfactorily under off-road conditions.
Study your owner's manual and anysupplements for specific information aboutequipment features, instructions for safedriving and additional precautions toreduce the risk of an accident or seriousinjury.
Four-wheel drive system (If Equipped)
A vehicle equipped with four-wheel drive(when selected) has the ability to use allfour wheels to power itself. This increasestraction which could enable you to safelydrive over terrain and road conditions thata conventional two-wheel drive vehiclecannot.
On some four-wheel drive models, theinitial shift from two-wheel drive tofour-wheel drive while the vehicle ismoving can cause a momentary clunk andratcheting sound. These sounds are normalas the front drivetrain comes up to speedand are not cause for concern.
Note:In four-wheel drive vehicles, the sizeof the spare tire relative to the remainingtires can have an effect on the 4x4 system'sability to engage and disengage.
Operating 4WD Vehicles with aSpare tire or Mismatched Tires
On four-wheel drive vehicles, the size ofthe spare tire can affect the 4X4 system.If there is a significant difference betweenthe size of the spare tire and the remainingtires, the four-wheel drive functionality willbe limited.
When driving with the full-size dissimilarspare wheel and tire assembly, werecommend that you do not:
•Exceed 50 mph (80 km/h) with 4WDmode turned on.
•Turn on a 4WD mode unless thevehicle is stationary.
•Use 4WD mode on dry pavement.
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When driving with the full-size dissimilarspare wheel and tire assembly, 4WDfunctionality could be limited, especiallywhen driving in a mechanically locked 4WDmode. You could experience the following:
•Additional noise from the transfer caseor other drive components.
•Difficulty shifting out of a mechanicallylocked 4WD mode.
Use of a dissimilar spare wheel and tireassembly could lead to impairment of thefollowing:
•Comfort and noise.
•Winter weather driving capability.
•Wet driving capability.
•Four-wheel drive capability.
How your vehicle differs fromother vehicles
Sport utility vehicles and trucks can differfrom some other vehicles in a fewnoticeable ways. Your vehicle could be:
•Higher - to allow higher load carryingcapacity and to allow it to travel overrough terrain without damagingunderbody components.
•Shorter - to give it the capability toapproach inclines and drive over thecrest of a hill without damagingunderbody components. All otherthings held equal, a shorter wheelbasecould make your vehicle quicker torespond to steering inputs than avehicle with a longer wheelbase.
•Narrower - to provide greatermaneuverability in tight spaces,particularly in off-road use.
As a result of the above dimensionaldifferences, Sport utility vehicles andtrucks often will have a higher center ofgravity and a greater difference in centerof gravity between the loaded andunloaded condition. These differences thatmake your vehicle so versatile also makeit handle differently than an ordinarypassenger car.
TIRE CARE
Information About UniformTire Quality Grading
Tire Quality Grades apply to newpneumatic passenger car tires.The Quality grades can be foundwhere applicable on the tiresidewall between tread shoulderand maximum section width. Forexample: Treadwear 200Traction AA Temperature A.
These Tire Quality Grades aredetermined by standards that theUnited States Department ofTransportation has set.
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Tire Quality Grades apply to newpneumatic passenger car tires.They do not apply to deep tread,winter-type snow tires,space-saver or temporary usespare tires, light truck or LT typetires, tires with nominal rimdiameters of 10 to 12 inches orlimited production tires as definedin Title 49 Code of FederalRegulations Part 575.104 (c)(2).
U.S. Department ofTransportation Tire qualitygrades: The U.S. Department ofTransportation requires us to giveyou the following informationabout tire grades exactly as thegovernment has written it.
Treadwear
The treadwear grade is acomparative rating based on thewear rate of the tire when testedunder controlled conditions on aspecified government test course.For example, a tire graded 150would wear one and one-half (1½) times as well on thegovernment course as a tiregraded 100. The relativeperformance of tires dependsupon the actual conditions of theiruse, however, and could departsignificantly from the norm due tovariations in driving habits, servicepractices, and differences in roadcharacteristics and climate.
Traction AA A B C
WARNING: The tractiongrade assigned to this tire isbased on straight-ahead brakingtraction tests, and does notinclude acceleration, cornering,hydroplaning or peak tractioncharacteristics.
The traction grades, from highestto lowest are AA, A, B, and C. Thegrades represent the tire’s abilityto stop on wet pavement asmeasured under controlledconditions on specifiedgovernment test surfaces ofasphalt and concrete. A tiremarked C could have poor tractionperformance.
Temperature A B C
WARNING: Thetemperature grade for this tire isestablished for a tire that isproperly inflated and notoverloaded. Excessive speed,underinflation, or excessiveloading, either separately or incombination, can cause heatbuildup and possible tire failure.
The temperature grades are A(the highest), B and C,representing the tire’s resistanceto the generation of heat and itsability to dissipate heat when
tested under controlled conditionson a specified indoor laboratory
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T type tires have some additionalinformation beyond those of Ptype tires. These differences aredescribed below:
A.T: Indicates a type of tire,designated by the Tire and RimAssociation, that is intended fortemporary service on cars, sportutility vehicles, minivans and lighttrucks.
B.145: Indicates the nominalwidth of the tire in millimetersfrom sidewall edge to sidewalledge. In general, the larger thenumber, the wider the tire.
C.80: Indicates the aspect ratiowhich gives the tire's ratio ofheight to width. Numbers of 70 orlower indicate a short sidewall.
D.D: Indicates a diagonal type tire.
R: Indicates a radial type tire.
E.16: Indicates the wheel or rimdiameter in inches. If you changeyour wheel size, you will have topurchase new tires to match thenew wheel diameter.
Location of the Tire Label
You will find a Tire Labelcontaining tire inflation pressureby tire size and other importantinformation located on the B-Pillaror the edge of the driver's door.See Load Carrying (page 218).
Inflating Your Tires
Safe operation of your vehiclerequires that your tires areproperly inflated. Remember thata tire can lose up to half of its airpressure without appearing flat.
Every day before you drive, checkyour tires. If one looks lower thanthe others, use a tire gauge tocheck pressure of all tires andadjust if required.
At least once a month and beforelong trips, inspect each tire andcheck the tire pressure with a tiregauge (including spare, ifequipped). Inflate all tires to theinflation pressure recommendedby us.
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the manufacturer’s recommendedcold inflation pressure which canbe found on the SafetyCompliance Certification Label(affixed to either the door hingepillar, door-latch post, or the dooredge that meets the door-latchpost, next to the driver's seatingposition), or Tire Label located onthe B-pillar or the edge of thedriver's door. The cold inflationpressure should never be set lowerthan the recommended pressureon the Safety ComplianceCertification Label or Tire Label.
When weather temperaturechanges occur, tire inflationpressures also change. A 10°F(6°C) temperature drop cancause a corresponding drop of 1psi (7 kPa) in inflation pressure.Check your tire pressuresfrequently and adjust them to theproper pressure which can befound on the Safety ComplianceCertification Label or Tire Label.
To check the pressure in yourtire(s):
1. Make sure the tires are cool,meaning they are not hot fromdriving even a mile.
Note:If you are checking tirepressure when the tire is hot, (forexample, driven more than 1 mile[1.6 kilometers]), never bleed orreduce air pressure. The tires arehot from driving and it is normal forpressures to increase aboverecommended cold pressures. Ahot tire at or below recommendedcold inflation pressure could besignificantly under-inflated.
Note:If you have to drive adistance to get air for your tire(s),check and record the tire pressurefirst and add the appropriate airpressure when you get to thepump. It is normal for tires to heatup and the air pressure inside to goup as you drive.
2. Remove the cap from the valveon one tire, then firmly press thetire gauge onto the valve andmeasure the pressure.
3. Add enough air to reach therecommended air pressure.
Note:If you overfill the tire, releaseair by pressing on the metal stemin the center of the valve. Thenrecheck the pressure with your tiregauge.
4. Replace the valve cap.
5. Repeat this procedure for eachtire, including the spare.
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Note:Some spare tires operate ata higher inflation pressure than theother tires. For T type mini-sparetires, see the Dissimilar spare wheeland tire assembly information fora description. Store and maintainat 60 psi (4.15 bar). For full-sizeand dissimilar spare tires, see theDissimilar spare wheel and tireassembly information for adescription. Store and maintain atthe higher of the front and rearinflation pressure as shown on theSafety Compliance CertificationLabel or Tire Label.
6. Visually inspect the tires tomake sure there are no nails orother objects embedded thatcould poke a hole in the tire andcause an air leak.
7. Check the sidewalls to makesure there are no gouges, cuts orbulges.
Inspecting Your Tires andWheel Valve Stems
Periodically inspect the tire treadsfor uneven or excessive wear andremove objects such as stones,nails or glass that could bewedged in the tread grooves.Check the tire and valve stems forholes, cracks, or cuts that couldpermit air leakage and repair orreplace the tire and replace thevalve stem. Inspect the tiresidewalls for cracking, cuts,bruises and other signs of damageor excessive wear. If internaldamage to the tire is suspected,have the tire dismounted and
inspected in case it needs to berepaired or replaced. For yoursafety, tires that are damaged orshow signs of excessive wearshould not be used because theyare more likely to blow out or fail.
Improper or inadequate vehiclemaintenance can cause tires towear abnormally. Inspect all yourtires, including the spare,frequently, and replace them ifone or more of the followingconditions exist:
Tire Wear
When the tread is worn down toone sixteenth of an inch (2millimeters), tires must bereplaced to help prevent yourvehicle from skidding andhydroplaning. Built-in treadwearindicators, or wear bars, whichlook like narrow strips of smoothrubber across the tread willappear on the tire when the treadis worn down to one sixteenth ofan inch (2 millimeters).
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