2017 Chevrolet Silverado 1500 Wheel Interchange

2017 Chevrolet Silverado 1500 Wheel Fitment Guide

Known OEM Fitment For 2017 Chevrolet Silverado 1500

The Silverado 1500 had multiple factory wheel and tire packages in 2017. The values below are confirmed items but may reflect different trims or option packages. Do not assume they apply to every 2017 Silverado 1500. Always verify your exact OEM wheel and tire sizes on the driver door jamb sticker, owner’s manual, and with the on-page calculator before purchasing.

Why the mix of 18-inch wheel and 17-inch tire examples above? Different factory packages existed. If your truck shows a different OEM size on the door sticker than the example here, use your sticker as the baseline and model any changes in the calculator.

How To Use The Wheel Interchange Calculator

The calculator lets you compare a donor setup to your Silverado 1500 and model custom wheel or tire sizes. It shows dimensional changes that matter for clearance and speedometer accuracy.

• Set Installed on to 2017 Chevrolet Silverado 1500 and enter your verified OEM wheel and tire sizes from the door sticker or owner’s manual.
• Under Wheels from choose a donor vehicle or manually enter the donor wheel size and offset if you are evaluating takeoffs or aftermarket wheels.
• Use Custom wheel size to try new rim diameter, width, and offset. Watch inner clearance to suspension and outer poke relative to the fender.
• Use Custom tire size to change section width and aspect ratio. The tire diameter updates with rim diameter changes so you can keep overall diameter close to stock.
• Check the readouts for:
  • Inner clearance change to strut, control arms, and brake lines.
  • Outer position change relative to fenders and mudflaps.
  • Overall tire diameter difference for speedometer and ABS behavior.
• If any dimension looks tight, physically test-fit a wheel and turn lock-to-lock with the suspension loaded to confirm no rubbing.

Fitment Checklist Before You Buy

Use this quick checklist to prevent surprises and maintain safety.

• Bolt pattern must be 6x139.7. Anything else will not mount safely.
• Center bore on your hub is 78.1 mm. If the wheel bore is larger, use appropriate hub-centric rings. If the wheel bore is smaller than 78.1 mm, it will not fit.
• Thread size is M14 x 1.5. Lug nuts must match thread and seat type of the wheel. Do not mix conical, mag, or ball seats.
• Offset baseline is 24 mm from an OEM example. Use the calculator to see how different offsets change inner clearance and outer poke. Confirm brake caliper and suspension clearance physically.
• Load rating: Wheels and tires must meet or exceed the truck’s axle and GVWR ratings. Check manufacturer specs.
• Brake clearance: Ensure adequate radial and lateral clearance to calipers. Paint, wheel weights, and tolerances can reduce space.
• TPMS: Plan to transfer or replace sensors compatible with your 2017 Silverado 1500 and perform a relearn procedure.
• Overall diameter: Keep the new tire’s overall diameter close to your OEM baseline to maintain speedometer and driver assist function. Verify in the calculator.
• Spacers: Only use high-quality hub-centric spacers with proper hardware. Re-check torque frequently. Model spacer thickness effects in the calculator as reduced offset.

Plus Sizing And Common Upgrades

Many owners consider moving between factory-style 17 and 18 inch packages, or stepping up to larger diameters. The right approach is to start with your own OEM size as baseline, then adjust wheels and tires together so the overall tire diameter stays close to stock and clearances remain safe.

Use the calculator to try a larger rim with a lower-profile tire that keeps overall diameter near your baseline. Watch for: inner clearance to upper control arms and crash bars, outer poke beyond fenders, vertical clearance at full compression and full steering lock. If you introduce a wider wheel, monitor both inner and outer changes. Even small offset shifts can be the difference between clearing and rubbing on a truck.

Installation Tips

• Test-fit first. Spin the wheel by hand and turn lock-to-lock before final mounting.
• Clean the hub face and the wheel mounting pad. Remove rust and debris so the wheel seats flat.
• Dry threads. Do not lubricate lug stud threads or seats unless the OEM procedure explicitly calls for it.
• Use the correct lug nuts for the wheel seat style and M14 x 1.5 thread.
• Tighten in a star pattern and torque to the OEM specification from your owner’s manual. Re-torque after 50 to 100 miles.
• If using hub-centric rings, ensure they seat fully on the hub and inside the wheel bore with no play.
• Transfer TPMS sensors or install compatible sensors and perform the GM relearn procedure after installation.

Tools And Helpful Supplies

• 1/2 inch drive torque wrench
• M14x1.5 lug nuts verify seat type
• GM TPMS relearn tool
• Tire tread depth gauge

FAQs

• What is the bolt pattern on a 2017 Silverado 1500?

  6x139.7. Any wheel you install must match this bolt pattern.

• What is the hub bore size and do I need hub-centric rings?

  The truck’s hub is 78.1 mm. If your wheel’s center bore is larger than 78.1 you should use rings to center the wheel. If it is smaller than 78.1 the wheel will not fit the hub.

• Can I run larger diameter wheels like 20 inch?

  Possibly, but it depends on wheel width, offset, and tire size. Use the calculator with your OEM baseline to keep overall tire diameter close to stock and confirm inner and outer clearance. Always test-fit.

• What offset should I choose?

  An OEM example offset is 24 mm. Use that as a reference in the calculator. Increasing positive offset moves the wheel inward and may reduce inner clearance; decreasing it pushes the wheel outward and may increase fender poke. Verify clearances before buying.

• Can I reuse my factory lug nuts?

  Yes if the new wheels accept the same seat type and thread size M14 x 1.5. Many aftermarket wheels require different lug nuts. Match the wheel’s seat design.

• What is the OEM tire size?

  One confirmed factory example is 255/70R17. Other sizes may have been offered on different trims. Check your driver door sticker and use that size as the calculator baseline.

• What is backspacing and why does it matter?

  Backspacing is the distance from the wheel mounting pad to the inner wheel lip. An OEM example backspacing is 5.19 inches. More backspacing moves the wheel inward and can reduce suspension and brake clearance. Less backspacing moves the wheel outward and can increase fender poke.