OEM wheel and tire fitment specs for the 2013 Chevrolet Silverado 3500HD, including bolt pattern (PCD), center bore diameter, thread size, rim diameter, rim width, wheel offset, and backspacing.
2013 Chevrolet Silverado 3500HD 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.
2013 Chevrolet Silverado 3500HD Wheel Fitment Guide
This page focuses on safe, accurate wheel and tire fitment for the 2013 Chevrolet Silverado 3500HD. Specifications can vary by trim, axle, brakes, and whether your truck is single rear wheel (SRW) or dual rear wheel (DRW). If a value below is unknown or varies, use the on-page calculator and verify against your door jamb tire label and OEM service information before purchasing.
Known OEM Fitment For 2013 Chevrolet Silverado 3500HD
Bolt pattern (studs x PCD)
8x180
Center bore (mm)
124.1
Thread size
M14 x 1.5
Rim diameter (in)
Unknown. Check your door jamb tire label or owner’s manual.
Rim width (in)
Unknown. Verify per trim and wheel option.
Wheel offset (ET, mm)
Unknown. SRW and DRW use different offsets. Confirm before ordering.
Backspacing (in)
Unknown. Use the calculator to convert from confirmed offset and width.
Tire section width (mm)
Unknown. Check the tire size on your certification label.
Tire aspect ratio (%)
Unknown. Refer to your OEM tire size.
Tire rim diameter (R)
Unknown. The “R” value in your tire size indicates rim diameter.
Important: 3500HD SRW and DRW trucks do not share the same wheel specs. Dually inner and outer wheels are specialty parts with different offsets and clearances. Always confirm which configuration you have.
How To Use The Wheel Interchange Calculator
Set “Installed on (your vehicle)” to 2013 Chevrolet Silverado 3500HD. Choose SRW or DRW if prompted.
To compare a potential donor setup, select that donor vehicle or enter a Custom wheel size and Custom tire size.
Adjust rim diameter, rim width, and offset in the Custom wheel size. The calculator will update backspacing and track changes in clearance.
Enter tire section width and aspect ratio in the Custom tire size. When you change rim diameter, the calculator updates tire diameter in the comparison so you can keep overall diameter close to stock.
Watch the readouts for:
Inner clearance to suspension and brakes
Outer poke relative to the fender
Overall tire diameter difference to maintain speedometer accuracy
If your OEM rim and tire sizes are unknown, read the tire size from the driver’s door jamb label or your current tire sidewall, enter that as the baseline, then compare upgrades.
Fitment Checklist Before You Buy
Configuration: Identify SRW vs DRW. Dually wheels and offsets are unique front vs rear and are not interchangeable with SRW.
Bolt pattern: Must be 8x180. Older GM 8x165.1 and Ford 8x170 will not fit.
Center bore: Wheel must fit over 124.1 mm hubs. If aftermarket bore is larger, hub-centric rings may help with centering but do not replace proper clamping or correct offset.
Lug seat and hardware: Confirm the lug nut seat style required by the wheel (conical, mag, flange). Always use M14 x 1.5 hardware compatible with the wheel’s seat type.
Load rating: Wheel and tire load index must meet or exceed your truck’s GAWR and intended use, especially for towing or hauling.
Brake and suspension clearance: Verify spoke and barrel clearance for calipers, tie rods, and control arms. Use the calculator’s inner clearance estimate and physically test-fit when possible.
Offset and backspacing: Use the calculator to ensure proper inboard clearance and outer fender coverage. DRW setups are highly offset-specific.
Tire diameter: Keep overall diameter close to stock unless you have gearing and speedometer calibration plans. Aim to stay within about 3 percent unless you understand the trade-offs.
TPMS: Plan to move or program sensors compatible with your truck. Check frequency, protocol, and relearn steps for your year.
Stud engagement: Lug nuts must fully engage the threads. Do not stack washers or use incorrect shank lengths.
Spacers or adapters: If used, they must be hub-centric, 8-lug HD rated, with proper stud length. Re-torque carefully and understand towing implications. Avoid unless necessary.
Plus Sizing And Common Upgrades
Plus sizing increases rim diameter while lowering tire profile to keep the overall diameter similar. This preserves gearing, ABS calibration, and speedometer accuracy. Because the exact factory rim and tire sizes for the 2013 Silverado 3500HD vary by trim and SRW vs DRW, confirm your starting size from the door jamb label or owner’s manual, then use the calculator to model changes.
SRW trucks: Many owners target larger diameter wheels with appropriate load-rated all-terrain or highway tires. Check clearance at full lock and compression, especially on trucks with snow plows, larger brakes, or aftermarket control arms.
DRW trucks: Use dual-rated wheels with the correct offset to maintain the rear dual spacing. Avoid wider tires that cause sidewall contact between the duals.
Leveling or lift kits: If you have a level or lift, re-check inner and outer clearance and tire diameter in the calculator. Alignment may be required after changes.
Speedometer and gearing: If you increase overall tire diameter, plan for speedometer recalibration and consider effects on towing performance and braking.
Installation Tips
Prepare the hub: Clean rust from the hub face and center pilot with a wire brush. The wheel must sit perfectly flush.
Check hardware: Match M14 x 1.5 threads and the correct lug seat. Hand start every nut to prevent cross-threading.
Tighten sequence: Snug in a star pattern. Torque in stages to the OEM specification for your truck using a calibrated torque wrench.
TPMS: Move sensors to the new wheels or install compatible sensors and perform the relearn procedure.
Re-torque: After initial installation, re-torque the lug nuts after a short shakedown drive and again after the first 50 to 100 miles, following OEM guidance.
Test clearances: With the truck on the ground, turn lock to lock and check for rubbing. Re-check with suspension compressed if possible.
Will 8x165.1 or 8x170 wheels fit my 2013 Silverado 3500HD?
No. The 2013 3500HD uses 8x180. Different 8-lug patterns are not interchangeable.
How do I confirm my factory rim and tire size if I am not sure?
Read the tire size on the driver’s door jamb label or on your current tires. Enter that size in the calculator as your baseline, then compare potential upgrades.
Do SRW and DRW wheels interchange?
No. Dually wheels use different offsets and are designed to maintain proper dual spacing. SRW and DRW wheels are not directly interchangeable.
Do I need hub-centric rings?
If the aftermarket wheel has a larger center bore than 124.1 mm, rings can help with centering. They do not increase load rating. Use wheels and hardware that meet or exceed the truck’s load requirements.
Can I use spacers or adapters to change bolt pattern or stance?
Use only hub-centric, HD-rated components with proper stud engagement, and re-torque carefully. Adapters introduce additional risk on heavy-duty trucks. Avoid for towing unless engineered and rated for the load.
What offset or backspacing should I choose?
It varies by brake package, SRW vs DRW, and tire size. Use the calculator to model inner and outer clearance, then verify physically. Do not purchase without confirming against your specific truck.
Will my TPMS sensors work with new wheels?
Generally yes if the wheels accept compatible sensors. You will need to move your sensors or install compatible replacements and perform a relearn. Check sensor specs for your year and system.
What torque should I use on the lug nuts?
Follow the OEM torque specification for your exact trim and wheel type as listed in the owner’s manual or service information. Do not guess.
If any specification is unknown for your 2013 Chevrolet Silverado 3500HD, rely on the on-page calculator for clearance modeling and confirm final numbers with OEM documentation and a physical test fit. This is the safest path to a trouble-free installation.