OEM wheel and tire fitment specs for the 2000 Ford F-250, including bolt pattern (PCD), center bore diameter, thread size, rim diameter, rim width, wheel offset, and backspacing.
2000 Ford F-250 Fitment Specs
Baseline mounting dimensions used for interchange decisions.
A normal wheel spacer does not change bolt pattern. Hub rings cannot enlarge a wheel bore that is smaller than the hub. Brake clearance and tire package fitment still require vehicle-specific checks when not confirmed in the dataset.
2000 Ford F-250 Wheel Fitment Guide
Known OEM Fitment For 2000 Ford F-250
Use the figures below as a starting point. Do not buy wheels or tires until you verify all dimensions for your exact trim and axle package using the door jamb tire sticker, the owner’s manual, VIN-specific OEM data, and the on-page calculator.
Bolt pattern
8x170
Center bore
124.9 mm
Thread size
M14 x 2.00
Rim diameter
Unknown
Rim width
Unknown
Wheel offset (ET)
Unknown
Backspacing
Unknown
Tire section width
Unknown
Tire aspect ratio
Unknown
Tire rim diameter
Unknown
Why several values are unknown: they can vary by cab style, drivetrain, payload package, and factory wheel option. Confirm your exact specs by checking the driver door jamb sticker and cross-referencing with Ford OEM parts data. The calculator on this page will also help you compare any donor wheel to your truck.
How To Use The Wheel Interchange Calculator
The calculator lets you compare a donor wheel and tire to your 2000 Ford F-250 and test custom sizes before buying.
Select Wheels from (donor vehicle). Enter or pick the donor wheel size. If you know only offset or width, you can enter just those fields.
Select Installed on (your vehicle) and set it to 2000 Ford F-250. Leave any unknown OEM fields blank if you do not have them. The calculator handles unit conversions for you.
Use Custom wheel size to try different rim diameter, width, and offset. When you change rim diameter, the comparison updates the tire diameter automatically if you also set Custom tire size.
Use Custom tire size to set section width and aspect ratio. Watch overall tire diameter and inside clearance changes relative to your current setup.
Check results for inner clearance to suspension and brakes, outer poke beyond fenders, and speedometer change. Aim to keep overall tire diameter within about 3 percent of stock unless you are recalibrating.
Tip: If you do not know your factory wheel width, measure the current wheel off the truck. Width is measured bead seat to bead seat, not overall lip to lip.
Fitment Checklist Before You Buy
Bolt pattern must be 8x170. Do not attempt to fit 8x6.5 or 8x165.1 wheels.
Center bore must be at least 124.9 mm. A smaller bore will not seat on the hub. Larger bores can work if the wheel is properly centered by the lugs or by a hub-centric ring designed for your wheel’s bore.
Load rating on wheels and tires must meet or exceed the GVWR and axle ratings on your door jamb sticker. Many light truck wheels have different ratings by size and brand.
Offset and backspacing must clear brake calipers, steering knuckle, leafs, and inner fender at full lock and full compression. Use the calculator to estimate, then test fit if possible.
Lug nuts must match both the truck’s M14 x 2.00 thread and the wheel’s seat type. Most aftermarket truck wheels use 60 degree conical seats. Mag or shank-seat wheels need matching nuts and washers.
4x4 front hubs and center caps: ensure manual hub knobs and dust caps have clearance in the wheel center. Some center caps need trimming or removal.
Tire diameter and width must clear at full steering lock and full suspension travel. Check mud flaps, bumper edges, and inner fender liners.
TPMS: most 2000 trucks do not have factory TPMS. If you add aftermarket sensors, confirm valve hole size compatibility.
Plus Sizing And Common Upgrades
Many owners move to larger diameters or wider tires for stance or tire availability. Because factory sizes vary by trim, do not assume a specific stock size. Use the steps below instead of guessing.
Find your current tire size on the door jamb sticker or tire sidewall. Enter it into the calculator as your baseline.
Change rim diameter and try tire sizes that keep overall diameter change within about 3 percent to help maintain gearing feel and speedometer accuracy.
Watch inner clearance when increasing wheel width or using lower offsets. Wider wheels with the same offset sit closer to suspension on the inside.
All-terrain and mud-terrain tires often run larger than their labeled size. Leave extra clearance margin.
If considering 35 inch class tires, verify fender and bumper clearance at full lock. Many trucks require a leveling kit, trimming, or specific offsets to avoid rubbing.
Installation Tips
Work on a level surface. Use a floor jack with adequate capacity and secure the truck on heavy duty jack stands under the frame.
Clean the hub face and the wheel mounting pad with a wire brush so the wheel sits perfectly flat.
Mount wheels dry. Do not lubricate lug nut threads or seats unless the wheel or OEM service information explicitly instructs otherwise.
Hand start all lug nuts, then snug in a star pattern. Lower the truck and torque to the OEM spec for your VIN and wheel type using a calibrated torque wrench.
If using open-ended nuts with longer studs or spacers, verify at least 7 full turns of engagement on M14 x 2.00.
Re-torque after 50 to 100 miles and again after any hard use or towing.
For hub-centric fit, ensure the wheel fully seats on the 124.9 mm hub. If the wheel has a larger bore, confirm centering while torquing.
Start with the required 8x170 bolt pattern and at least a 124.9 mm center bore. Then use the calculator to compare width, offset, and tire diameter from the donor to your truck. Because offsets, brake packages, and trims vary, verify with a physical test fit or OEM data before purchasing.
Can I use older 8x6.5 wheels on this truck?
No. 8x6.5 (8x165.1) is a different pattern and will not fit an 8x170 hub.
Do I need hub-centric rings?
Only if your wheel’s center bore is larger than 124.9 mm and a properly sized ring is available. Many heavy duty wheels are designed to run lug-centric without rings, but correct centering during torquing is critical.
What offset should I choose?
There is no single correct value for all 2000 F-250 trims. Use the calculator to model inner clearance and outer poke relative to your current wheels. Leave extra room for tire bulge and flex. When in doubt, test fit.
Will 35 inch tires fit without rubbing?
Fitment depends on wheel offset, actual tire dimensions, suspension height, and fender geometry. Use the calculator to check diameter and width changes, then inspect at full lock and full compression. Many setups need a leveling kit or trimming.
What lug nuts do I need?
The truck uses M14 x 2.00 threads. Match the seat style to the wheel design, typically 60 degree conical for many aftermarket wheels. Do not reuse bulged or damaged nuts.
What tire pressure should I run?
Follow the driver door jamb sticker for your specific axle and load rating. Adjust only within the guidance of the tire manufacturer when loads change.
Are spacers safe on this truck?
High quality hub-centric spacers that match 8x170 can be used if installed correctly and if you maintain proper stud engagement and torque. Check local regulations and re-torque frequently. Spacers change effective offset, so model this in the calculator.
Disclaimer: This guide is informational. For exact specifications, always confirm with your door jamb sticker, owner’s manual, Ford service information, and physical measurements. When values are unknown or vary by trim, use the on-page calculator and OEM sources before purchasing.