
1. Locate the statement "Thecombined weight of occupantsand cargo should never exceedXXX kg or XXX lb." on yourvehicle’s placard.
2.Determine the combinedweight of the driver andpassengers that will be ridingin your vehicle.
3.Subtract the combined weightof the driver and passengersfrom XXX kg or XXX lb.
4.The resulting figure equals theavailable amount of cargo andluggage load capacity. Forexample, if the “XXX” amountequals 1,400 lb. and there willbe five 150 lb. passengers inyour vehicle, the amount ofavailable cargo and luggageload capacity is 650 lb.(1400-750 (5 x 150) = 650 lb.).
5.Determine the combinedweight of luggage and cargobeing loaded on the vehicle.That weight may not safelyexceed the available cargo andluggage load capacitycalculated in Step 4.
6.If your vehicle will be towing atrailer, load from your trailerwill be transferred to yourvehicle. Consult this manual todetermine how this reduces theavailable cargo and luggageload capacity of your vehicle.
The following gives you a fewexamples on how to calculate the
available amount of cargo andluggage load capacity:
*Suppose your vehicle has a1400-pound (635-kilogram) cargoand luggage capacity. You decideto go golfing. Is there enough loadcapacity to carry you, four of yourfriends and all the golf bags? Youand four friends average 220pounds (99 kilograms) each andthe golf bags weigh approximately30 pounds (13.5 kilograms) each.The calculation would be: 1400 -(5 x 220) - (5 x 30) = 1400 - 1100- 150 = 150 pounds. Yes, you haveenough load capacity in yourvehicle to transport four friendsand your golf bags. In metric units,the calculation would be: 635kilograms - (5 x 99 kilograms) -(5 x 13.5 kilograms) = 635 - 495 -67.5 = 72.5 kilograms.
*Suppose your vehicle has a1400-pound (635-kilogram) cargoand luggage capacity. You andone of your friends decide to pickup cement from the local homeimprovement store to finish thatpatio you have been planning forthe past two years. Measuring theinside of the vehicle with the rearseat folded down, you have roomfor twelve 100-pound(45-kilogram) bags of cement. Doyou have enough load capacity totransport the cement to yourhome? If you and your friend eachweigh 220 pounds (99 kilograms),the calculation would be: 1400 -(2 x 220) - (12 x 100) = 1400 - 440- 1200 = - 240 pounds. No, you donot have enough cargo capacity
to carry that much weight. Inmetric units, the calculation would
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be: 635 kilograms - (2 x 99kilograms) - (12 x 45 kilograms) =635 - 198 - 540 = -103 kilograms.You will need to reduce the loadweight by at least 240 pounds(104 kilograms). If you removethree 100-pound (45-kilogram)cement bags, then the loadcalculation would be: 1400 - (2 x220) - (9 x 100) = 1400 - 440 -900 = 60 pounds. Now you havethe load capacity to transport thecement and your friend home. Inmetric units, the calculation wouldbe: 635 kilograms - (2 x 99kilograms) - (9 x 45 kilograms) =635 - 198 - 405 = 32 kilograms.
The above calculations alsoassume that the loads arepositioned in your vehicle in amanner that does not overloadthe Front or the Rear Gross AxleWeight Rating specified for yourvehicle on the Safety ComplianceCertification Label. The label shallbe affixed to either the door hingepillar, door-latch post, or the dooredge that meets the door-latchpost, next to the driver seatingposition.
Special Loading Instructionsfor Owners of Pick-up Trucksand Utility-type Vehicles
WARNING
Loaded vehicles may handledifferently than unloadedvehicles. Extra precautions, suchas slower speeds and increasedstopping distance, should betaken when driving a heavilyloaded vehicle.
Your vehicle can haul more cargoand people than most passengercars. Depending upon the typeand placement of the load,hauling cargo and people mayraise the center of gravity of thevehicle.
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TOWING A TRAILER
WARNINGS
Do not exceed the GVWR orthe GAWR specified on thecertification label.
Towing trailers beyond themaximum recommendedgross trailer weight exceeds thelimit of the vehicle and couldresult in engine damage,transmission damage, structuraldamage, loss of vehicle control,vehicle rollover and personalinjury.
Your vehicle may have electricalitems, such as fuses or relays,related to towing. See the Fuseschapter.
Your vehicle's load capacitydesignation is by weight, not byvolume, so you cannot necessarilyuse all available space whenloading a vehicle or trailer.
Towing a trailer places an extraload on your vehicle's engine,transmission, axle, brakes, tiresand suspension. Inspect thesecomponents periodically during,and after, any towing operation.
Load Placement
To help minimize how trailermovement affects your vehiclewhen driving:
•Load the heaviest items closestto the trailer floor.
•Load the heaviest itemscentered between the left andright side trailer tires.
•Load the heaviest items abovethe trailer axles or just slightlyforward toward the trailertongue. Do not allow the finaltrailer tongue weight to goabove or below 10-15% of theloaded trailer weight.
•Select a tow bar with thecorrect rise or drop. When boththe loaded vehicle and trailerare connected, the trailer frameshould be level, or slightlyangled down toward yourvehicle, when viewed from theside.
When driving with a trailer orpayload, a slight takeoff vibrationor shudder may be present due tothe increased payload weight.Additional information regardingproper trailer loading and settingyour vehicle up for towing islocated in another chapter of thismanual. See Load Limit (page198).
You can also find information inthe RV & Trailer Towing Guideavailable at your authorizeddealer, or online.
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RV & Trailer Towing Guide Online
http://www.fleet.ford.com/towing-guides/Website
TRAILER SWAY CONTROL
WARNING
Turning off trailer sway controlincreases the risk of loss of vehiclecontrol, serious injury or death. Forddoes not recommend disabling this featureexcept in situations where speed reductionmay be detrimental (such as hill climbing),the driver has significant trailer towingexperience, and can control trailer swayand maintain safe operation.
Note:This feature does not prevent trailersway, but reduces it once it begins.
Note:This feature cannot stop all trailersfrom swaying.
Note:In some cases, if vehicle speed is toohigh, the system may activate multipletimes, gradually reducing vehicle speed.
This feature applies your vehicle brakes atindividual wheels and, if necessary, reducesengine power. If the trailer begins to sway,the stability control light flashes and themessage TRAILER SWAY REDUCESPEED appears in the information display.The first thing to do is slow your vehicledown, then pull safely to the side of theroad and check for proper tongue load andtrailer load distribution. See LoadCarrying (page 196).
RECOMMENDED TOWING
WEIGHTS
Note:Do not exceed the trailer weight foryour vehicle configuration listed in the chartbelow.
Note:Make sure to take into considerationtrailer frontal area. Do not exceed 36.5 feet²(3.39 meters²) if your vehicle is equippedwith the standard towing package, or 60feet² (5.57 meters²) if your vehicle isequipped with the optional heavy dutypackage.
Note:Exceeding this limitation maysignificantly reduce the performance of yourtowing vehicle. Selecting a trailer with a lowaerodynamic drag and rounded front designhelps optimize performance and fueleconomy.
Note:For high altitude operation, reducethe gross combined weight by 2% per 1000feet (300 meters) starting at the 1000 foot(300 meter) elevation point.
Note:Certain states require electric trailerbrakes for trailers over a specified weight.Be sure to check state regulations for thisspecified weight. The maximum trailerweights listed may be limited to thisspecified weight, as the vehicle’s electricalsystem may not include the wiringconnector needed to activate electric trailerbrakes.
Your vehicle may tow a trailer provided themaximum trailer weight is less than orequal to the maximum trailer weight listedfor your vehicle configuration on thefollowing chart.
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To calculate the maximum loaded trailerweight for your vehicle:
1. Start with the gross combined weightrating for your vehicle model and axleratio. See the following chart.
2.Subtract all of the following that applyto your vehicle:
•Vehicle curb weight
•Hitch hardware weight, such as adraw bar, ball, locks or weightdistributing
•Driver weight
•Passenger(s) weight
•Payload, cargo and luggage weight
•Aftermarket equipment weight.
3. This equals the maximum loadedtrailer weight for this combination.
Note:The trailer tongue load figures intothe payload for your vehicle. Reduce thetotal payload by the final trailer tongueweight.
Consult an authorized dealer to determinethe maximum trailer weight allowed foryour vehicle if you are not sure.
Maximum GCWRTowing PackageVehicle Type
12300 lb (5579 kg)
Standard
Two-wheel drive (exceptEL)
12500 lb (5669 kg)Two-wheel drive EL
12500 lb (5669 kg)Four-wheel drive (exceptEL)
12800 lb (5806 kg)Four-wheel drive EL
14900 lb (6758 kg)
Optional Heavy Duty
Two-wheel drive (exceptEL)
15100 lb (6849 kg)Two-wheel drive EL
15200 lb (6894 kg)Four-wheel drive (exceptEL)
15300 lb (6940 kg)Four-wheel drive EL
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ESSENTIAL TOWING CHECKS
Follow these guidelines for safe towing:
•Do not tow a trailer until you drive yourvehicle at least 1000 miles (1600kilometers).
•Consult your local motor vehicle lawsfor towing a trailer.
•See the instructions included withtowing accessories for the properinstallation and adjustmentspecifications.
•Service your vehicle more frequently ifyou tow a trailer. See your scheduledmaintenance information.
•If you use a rental trailer, follow theinstructions the rental agency givesyou.
See Load limits in the Load Carryingchapter for load specification terms foundon the tire label and Safety Compliancelabel and instructions on calculating yourvehicle's load.
Remember to account for the trailertongue weight as part of your vehicle loadwhen calculating the total vehicle weight.
Trailer Towing Connector(Vehicles with a Trailer TowingPackage and 7–Pin Connector)
When attaching the trailer wiring connectorto your vehicle, only use a proper fittingconnector that works with the vehicle andtrailer functions. Some seven-positionconnectors may have the SAE J2863 logo,which confirms that it is the proper wiringconnector and works correctly with yourvehicle.
FunctionColor
Left turn signal and stop lampYellow
Ground (-)White
Electric brakesBlue
Right turn signal and stoplampGreen
Battery (+)Orange
Running lightsBrown
Reverse lightsGrey
Hitches
WARNING
The trailer hitch on this vehicle is partof the vehicle rear crash safetystructure. Do not remove the trailerhitch. Failure to follow this warning couldcompromise vehicle crash structure andincrease the risk of injury in a rear endcrash.
Do not use a hitch that either clamps ontothe bumper or attaches to the axle.
Distribute the trailer load so 10-15% of thetotal trailer weight is on the tongue.
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Integrated Hitch Rating
WARNING
Towing trailers beyond the maximumtongue weight exceeds the limit ofthe towing system and could resultin vehicle structural damage, loss of vehiclecontrol and personal injury.
The standard integrated hitch has tworatings depending on mode of operation:
•Weight-carrying mode requires a drawbar and hitch ball. The draw barsupports all the vertical tongue load ofthe trailer.
•Weight-distributing mode requires anaftermarket weight-distributingsystem, which includes draw bar, hitchball, spring bars and snap-up brackets.This system distributes the verticaltongue load of the trailer between thetruck and the trailer.
Maximum Tongue WeightMaximum Trailer WeightMode
600 lb (272 kg)6000 lb (2721 kg)Weight carrying
920 lb (417 kg)9200 lb (4173 kg)Weight distributing
Note:These are hitch ratings only. Actualvehicle ratings are dependent on engine,transmission and axle combinations.
Weight-distributing Hitch - Vehicleswithout Automatic LevelingSuspension
WARNING
Do not adjust a weight-distributinghitch to any position where the rearbumper of the vehicle is higher thanit was before attaching the trailer. Doingso will defeat the function of theweight-distributing hitch, which may causeunpredictable handling, and could resultin serious personal injury.
When hooking-up a trailer using aweight-distributing hitch, always use thefollowing procedure:
1. Park the loaded vehicle, without thetrailer, on a level surface.
2. Measure the height to the top of yourvehicle's front wheel opening on thefender. This is H1.
3.Attach the loaded trailer to your vehiclewithout the weight-distributing barsconnected.
4. Measure the height to the top of yourvehicle's front wheel opening on thefender a second time. This is H2.
5. Install and adjust the tension in theweight-distributing bars so that theheight of your vehicle's front wheelopening on the fender is approximatelyhalf the way down from H2, toward H1.
6.Check that the trailer is level or slightlynose down toward your vehicle. If not,adjust the ball height accordingly andrepeat Steps 2-6.
When the trailer is level or slightly nosedown toward the vehicle:
•Lock the bar tension adjuster in place.
•Check that the trailer tongue securelyattaches and locks onto the hitch.
•Install safety chains, lighting, and trailerbrake controls as required by law or thetrailer manufacturer.
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Weight-distributing Hitch - Vehicleswith Automatic Leveling Suspension
WARNING
Do not adjust a weight-distributinghitch to any position where the rearbumper of the vehicle is higher thanit was before attaching the trailer. Doingso will defeat the function of theweight-distributing hitch, which may causeunpredictable handling, and could resultin serious personal injury.
Note:If you do not move the loaded vehiclefor approximately 12 hours, the levelingsystem may bleed down to a lower height.This can be especially apparent if you leavea trailer attached to the parked vehicle forlong periods. You must drive your vehicle inorder to re-level the suspension.
When hooking-up a trailer using aweight-distributing hitch, always use thefollowing procedure:
1. Load the interior of the vehicle to aweight similar to that which you intendto carry when towing. This includesthings such as passenger weight andcargo.
2. Drive the vehicle for approximately 2miles (3 kilometers) to re-level thesuspension.
3. Park the loaded vehicle, without thetrailer, on a level surface.
4. Measure the height to the top of yourvehicle's front wheel opening on thefender. This is H1.
5.Attach the loaded trailer to your vehiclewithout the weight-distributing barsconnected.
6.Make sure you securely attach and lockthe trailer tongue to the hitch.
7.Install safety chains, lighting, and trailerbrake controls as required by law or thetrailer manufacturer.
8. Drive the vehicle and trailer at 20–25mph (32–40 km/h) for approximately2 miles (3 kilometers) to re-level thesuspension.
9. Park your vehicle and trailer on a levelsurface.
10.Measure the height to the top of yourvehicle's front wheel opening on thefender a second time. This is H2.
11. Install and adjust the tension in theweight-distributing bars so that theheight of your vehicle's front wheelopening on the fender isapproximately half the way downfrom H2, toward H1.
12. Check that the trailer is level orslightly nose down toward yourvehicle. If not, remove the trailer,adjust the ball height accordingly andrepeat Steps 5-11.
When the trailer is level or slightly nosedown toward the vehicle:
•Lock the bar tension adjuster in place.
•Check that the trailer tongue securelyattaches and locks onto the hitch.
•Install safety chains, lighting, and trailerbrake controls as required by law or thetrailer manufacturer.
Safety Chains
Note:Do not attach safety chains to thebumper.
Always connect the safety chains to theframe or hook retainers of your vehiclehitch.
To connect the safety chains, cross thechains under the trailer tongue and allowenough slack for turning tight corners. Donot allow the chains to drag on the ground.
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