2011 Ford F-150 Wheel Fitment Guide
Known OEM Fitment For 2011 Ford F-150
The specifications below are the known OEM reference values provided for the 2011 Ford F-150. Fitment can vary by trim, package, drivetrain, brake configuration, and market, so confirm the exact wheel and tire information for your truck using the owner’s manual, the vehicle certification label, the original wheel markings, or a Ford dealer with your VIN.
| Specification |
Known value |
| Bolt pattern |
6x135 |
| Center bore |
87.1 mm |
| Thread size |
M14 x 2.00 |
| Rim diameter |
17 inches |
| Rim width |
7.5 inches |
| Wheel offset |
ET44, or 44 mm |
| Backspacing |
5.48 inches |
| Tire section width |
255 mm |
| Tire aspect ratio |
70 percent |
| Tire rim diameter |
17 inches |
These values describe the supplied reference setup, not a guarantee that every 2011 Ford F-150 trim uses the same wheel, tire, brake clearance, or load rating. The listed 255/70R17 tire size has an approximate calculated outside diameter of 30.1 inches, but the actual mounted diameter varies by tire manufacturer and model.
How To Use The Wheel Interchange Calculator
Use the calculator to compare a donor vehicle’s wheel and tire specifications with the specifications for your 2011 Ford F-150. The calculator is a comparison tool, not a substitute for physical inspection or confirmation of vehicle-specific requirements.
- Enter the donor vehicle in the “Wheels from” section.
- Enter the 2011 Ford F-150 in the “Installed on” section.
- Compare bolt pattern, center bore, wheel width, wheel diameter, offset, backspacing, and tire dimensions.
- Use “Custom wheel size” to test a proposed rim diameter, rim width, and offset.
- Use “Custom tire size” to test section width and aspect ratio.
- Review the comparison for changes in overall tire diameter, width, and wheel position. Changing rim diameter also updates the tire diameter comparison.
- Confirm brake clearance, suspension clearance, fender clearance, stud and nut engagement, and load rating before purchasing or driving.
A calculator result does not prove that a wheel is safe or physically installable. A wheel can match the 6x135 bolt pattern and still fail because of center-bore mismatch, incorrect offset, inadequate brake clearance, unsuitable lug hardware, insufficient load capacity, or interference with suspension and body components.
Fitment Checklist Before You Buy
- Confirm the wheel uses the 6x135 bolt pattern.
- Verify that the wheel’s center bore is compatible with the 87.1 mm hub. A smaller bore will not fit over the hub. A larger bore may require properly sized hub-centric rings if the wheel manufacturer allows them.
- Check that the wheel accepts M14 x 2.00-compatible lug hardware and that the seat type matches the wheel. Do not assume the original lug nuts are suitable for an aftermarket wheel.
- Compare wheel diameter, width, and offset with the known ET44 and 7.5-inch reference dimensions.
- Check inner clearance to the brake caliper, rotor, steering components, suspension, and chassis.
- Check outer clearance to the fender, liner, and mud flap through the full steering and suspension range.
- Confirm that the tire load index and speed rating meet or exceed the vehicle and tire manufacturer requirements.
- Inspect used wheels for cracks, bends, weld repairs, corrosion around the bead seat, and damaged lug holes.
- Verify that the replacement tire is approved for the selected rim width.
- After installation, check for vibration, rubbing, air loss, and abnormal steering behavior before normal driving.
Plus Sizing And Common Upgrades
Plus sizing normally means installing a larger-diameter wheel with a lower-aspect-ratio tire while attempting to keep the overall tire diameter close to the original reference. This can help preserve approximate speedometer behavior and reduce the change in gearing, but it does not automatically preserve clearance, ride quality, load capacity, or brake compatibility.
The calculator can compare custom rim diameter, rim width, offset, tire section width, and aspect ratio. Use it to identify changes, then verify the actual tire manufacturer’s approved rim-width range and measured dimensions. Two tires with the same nominal size can have different tread widths, section widths, and overall diameters.
Moving the offset away from ET44 changes the wheel’s position relative to the suspension and fender. A wider wheel or tire can create rubbing even when the diameter is similar. Do not treat spacers, adapters, or aggressive offsets as guaranteed upgrades. They require separate checks for hub engagement, fastener compatibility, wheel load rating, clearance, and local legal requirements.
Installation Tips
- Use a level surface, engage the parking brake, and support the vehicle with properly rated jack stands. Never rely on a jack alone.
- Clean the hub face and wheel mounting surface. Remove rust, dirt, and paint buildup that could prevent the wheel from seating flat.
- Install only lug hardware with the correct M14 x 2.00 thread, seat design, diameter, and engagement for the selected wheel.
- Start every lug nut by hand to avoid cross-threading.
- Snug the lug nuts in a star or crisscross pattern, then tighten them with a calibrated torque wrench to the vehicle or wheel manufacturer’s specified torque. The correct torque value is not provided here, so confirm it from an OEM service source or the wheel manufacturer.
- Check that the wheel rotates freely and that there is no contact with the caliper, suspension, steering, or bodywork.
- Recheck lug torque after the first short drive and again according to the wheel manufacturer’s instructions.
- Stop driving if you notice rubbing, vibration, loose hardware, steering pull, or tire damage.
Tools And Helpful Supplies
Useful supplies may include a calibrated torque wrench, correctly sized sockets, a jack and jack stands, a tire-pressure gauge, a flashlight, a straightedge or clearance gauge, and a wire brush for cleaning the hub face. Socket size and torque value depend on the lug hardware and must be confirmed before use.
Shop automotive torque wrenches on Amazon
Shop wheel lug nut socket sets on Amazon
FAQs
What is the bolt pattern for the 2011 Ford F-150?
The known reference bolt pattern is 6x135, meaning six wheel studs arranged on a 135 mm pitch circle diameter. Confirm the pattern for the specific truck before ordering wheels.
What is the center bore?
The supplied reference center bore is 87.1 mm. A wheel with a smaller center bore will not fit over the hub. A larger bore may require properly sized hub-centric rings when appropriate.
What lug thread size is listed?
The supplied reference thread size is M14 x 2.00. Thread size alone is not enough to identify correct lug nuts because the seat style and required engagement must also match the wheel.
Can any 6x135 wheel fit this truck?
No. Matching the bolt pattern is only one part of fitment. Center bore, offset, width, brake clearance, tire size, load rating, lug hardware, and fender and suspension clearance must also be verified.
What is the known reference wheel size?
The provided reference is a 17 x 7.5-inch wheel with ET44 offset and approximately 5.48 inches of backspacing. Trim and equipment differences may change the correct factory specification.
Can I use the calculator to test a different wheel size?
Yes. Use the custom wheel fields to change rim diameter, width, and offset, and use the custom tire fields to change section width and aspect ratio. Changing rim diameter updates the tire diameter comparison. Always confirm the result with a physical clearance check and OEM or manufacturer documentation.
Does a larger wheel require a different tire?
Usually, a larger rim diameter requires a tire with a lower aspect ratio to maintain a similar overall diameter. The correct tire must also fit the rim width and meet the vehicle’s load and speed requirements.
Where can I confirm the exact fitment for my truck?
Check the owner’s manual, vehicle certification label, original wheel markings, tire information, Ford service information, or a Ford dealer using the vehicle identification number. These sources are especially important when trim, package, drivetrain, or brake equipment is unknown.
