2020 Chevrolet Corvette Wheel Interchange

OEM wheel and tire fitment specs for the 2020 Chevrolet Corvette, including bolt pattern (PCD), center bore diameter, thread size, rim diameter, rim width, wheel offset, and backspacing.

2020 Chevrolet Corvette Fitment Specs

Baseline mounting dimensions used for interchange decisions.

Bolt Pattern5x120
Center Bore66.9 mm
Lug ThreadM14 x 1.5
OEM Wheel Sizes19"
OEM Widths8.5" – 10"
OEM Offset Range43 mm – 52 mm

Multiple OEM configurations exist for this vehicle. Fitment can vary by trim, brakes, and factory wheel package – confirm your exact setup before buying.

Wheels That Interchange With a 2020 Chevrolet Corvette

Results are evaluated from bolt pattern, center bore direction, OEM width/offset envelope, and lug hardware – not bolt pattern alone.

Direct Fit

2021 Chevrolet Corvette

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -5.02 mm, inner change -14.02 mm vs mid OEM).

2022 Chevrolet Corvette

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -5.02 mm, inner change -14.02 mm vs mid OEM).

2014 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2015 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2016 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2017 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2018 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2019 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2020 Chevrolet Impala

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -4.02 mm, inner change -15.02 mm vs mid OEM).

2014 Chevrolet SS

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -10.02 mm, inner change -9.02 mm vs mid OEM).

2015 Chevrolet SS

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -10.02 mm, inner change -9.02 mm vs mid OEM).

2016 Chevrolet SS

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -10.02 mm, inner change -9.02 mm vs mid OEM).

2017 Chevrolet SS

Direct Fit
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match
  • Wheel geometryCompatible with OEM envelope

Geometry within known OEM envelope (approx. outer change -10.02 mm, inner change -9.02 mm vs mid OEM).

Fits With Hub Rings

2017 Chevrolet Equinox

Fits With Hub Rings
  • Bolt pattern5x120 · Match
  • Center bore70.3 → 66.9 mm

Required part70.3 → 66.9 mm hub-centric rings

Required: 70.3 → 66.9 mm hub-centric rings. Donor width/offset sits outside the known OEM envelope for this vehicle.

Check Fitment

2023 Chevrolet Corvette

Check Fitment
  • Bolt patternNot fully verified
  • Center boreNot fully verified
  • Wheel geometryNot fully verified

Bolt pattern data is incomplete for a full interchange decision.

2010 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2011 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2012 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2013 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2014 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2015 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2021 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2022 Chevrolet Camaro

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle. Precomputed data suggested a spacer; geometry was re-checked against OEM envelope.

2010 Chevrolet Equinox

Check Fitment
  • Bolt pattern5x120 · Match
  • Center bore66.9 mm · Match

Donor width/offset sits outside the known OEM envelope for this vehicle.

Showing 24 of 30 evaluated donors. Same-model years are prioritized.

Chevrolet Corvette Years With Compatible Wheels

Only years with evidence-based interchange relationships are listed. Adjacent years are not assumed compatible.

Will Wheels From Another Vehicle Fit?

Compare a donor vehicle or custom wheel against this 2020 Chevrolet Corvette.

Compare

Compare wheel compatibility between two vehicles

Wheels from (donor vehicle)

Installed on (your vehicle)

Selected Car:

2020 Chevrolet Corvette

Compare Rims

Specification
Wheels from
Installed on
Result (Click it)
Bolt Pattern
Bolt Pattern
The total number of bolt holes and the diameter of the circle they form.
-
5x120
Center Bore
Center Bore
The hole in the center of the wheel that fits over the vehicle’s hub.
-
66.9 mm
Thread Size
Thread Size
The size and spacing of the threads on the bolts or nuts that hold the wheel in place.
-
M14 x 1.5
Rim Diameter
Rim Diameter
The wheel diameter in inches that determines which tire sizes will fit.
-
19"
Rim Width
Rim Width
The distance between the inner edges of the wheel is measured in inches.
-
8.5"
Wheel Offset
Wheel Offset
How far the wheel sits inward or outward relative to the hub mounting surface.
-
52 mm
Backspacing
Backspacing
Shows how much space the wheel takes up toward the inside of the vehicle.
-
-
Wheel Fasteners
Wheel Fasteners
The type of hardware used to secure the wheel to the vehicle.
-
-

Wheel Fitment Parts for the 2020 Chevrolet Corvette

Products below are matched to required fitment dimensions from our parts inventory. Confirm seat style, thickness, and clearance before ordering.

Lug Nuts / Wheel Bolts

M14 x 1.5

Wheel Adapters

5x120 · 66.9 mm hub

Directional bolt-pattern adapters. A spacer does not change PCD.

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Why These Wheels Fit

Wheel interchange depends on more than bolt pattern. Where data is available, this site compares:

  • Bolt pattern / PCD
  • Center bore direction (donor wheel bore must not be smaller than the hub)
  • Wheel diameter, width, and offset against known OEM ranges
  • Lug thread / hardware differences (vehicle-side hardware)

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.

2020 Chevrolet Corvette Wheel Fitment Guide | wheelinterchange.com

Known OEM Fitment For 2020 Chevrolet Corvette

The values below reflect confirmed OEM specifications that may apply to certain trims or axles of the 2020 Chevrolet Corvette. Other factory configurations can differ by trim or front vs rear axle. If anything is missing or your vehicle has a different setup, verify it on your door jamb tire label, in the owner’s manual, or through a GM dealer using your VIN, then use the on-page calculator to compare safely.

ParameterValue
Bolt pattern (studs x PCD)5x120
Center bore (mm)66.9
Thread sizeM14 x 1.5
Rim diameter (in)19
Rim width (in)8.5
Wheel offset ET (mm)52
Backspacing (in)6.3
Tire section width (mm)245
Tire aspect ratio (%)35
Tire rim diameter (R)19

Notes:

  • Many performance cars use a staggered setup. If your rear axle uses a different wheel and tire size, confirm it with OEM sources and compare both axles in the calculator.
  • If your Corvette has optional brakes or suspension packages, clearances and offsets can vary. Measure and compare before purchase.

How To Use The Wheel Interchange Calculator

The calculator lets you compare a donor wheel and tire to your 2020 Corvette and try custom sizes. Follow these steps:

  • Set Installed on (your vehicle) to 2020 Chevrolet Corvette. This loads the known OEM baseline values shown above for the selected axle. If your car has a different OEM size, overwrite those fields with your confirmed OEM data from the door label or owner’s manual.
  • Enter Wheels from (donor vehicle). Add the donor’s wheel specs and tire size if known.
  • Use Custom wheel size to try a new rim diameter, width, and offset. The calculator updates geometry like inner clearance and outer poke so you can judge fender and suspension clearance.
  • Use Custom tire size to set section width and aspect ratio. When you change rim diameter, the tire diameter in the comparison updates so you can keep overall diameter close to stock.
  • Review results. Look for changes in inner clearance, outer poke, and overall tire diameter. Keep tire diameter change small to maintain speedometer accuracy and ABS behavior.

If any OEM field is unknown or varies by trim, confirm it using your VIN at a GM dealer, the door-jamb tire label, the owner’s manual, or the build sheet. Enter that exact data as the baseline before comparing.

Fitment Checklist Before You Buy

  • Bolt pattern: Must be 5x120.
  • Center bore: OEM is 66.9 mm. If aftermarket wheels have a larger bore, use hub-centric rings sized to 66.9 mm. Do not use wheels with a smaller bore than the hub.
  • Thread size: M14 x 1.5. Use the correct seat type for your wheels and ensure proper engagement length.
  • Offset and backspacing: Compare ET and backspacing in the calculator to avoid inner rubbing on suspension and outer poke past the fender.
  • Brake clearance: Verify spoke and barrel clearance over calipers and rotor hats. Some wheel designs with the same specs can clear differently.
  • Load rating: Wheel and tire load ratings must meet or exceed OEM.
  • TPMS: Ensure compatible GM TPMS sensors and follow relearn procedures after installation.
  • Staggered setups: If your car is staggered, keep the stagger and do not rotate front to rear unless sizes match. Compare front and rear axles separately.

Plus Sizing And Common Upgrades

Plus sizing can improve handling and appearance when done carefully.

  • Maintain overall tire diameter close to stock. Aim for minimal change to keep speedometer, ABS, and traction control behavior consistent.
  • Balance width and offset. Wider wheels often need a lower or higher offset to maintain inner clearance and fender coverage. Use the calculator to predict inner clearance and outer poke.
  • Mind brake and suspension clearance. A wider rim or different offset can contact calipers, knuckles, or liners. Measure your car and compare with the calculator output.
  • Staggered considerations. If your OEM setup is staggered, keep the width difference and choose tire sizes that maintain correct front to rear diameter relationship.
  • Ride quality. Lower aspect ratios reduce sidewall height and can increase harshness and road noise. Evaluate street use vs track goals.

Because trims and packages can change OEM sizes, always start by confirming your exact stock specs from OEM sources, then use those as the baseline for your plus-size comparison in the calculator.

Installation Tips

  • Work on a cool vehicle parked on level ground. Chock wheels that stay on the ground.
  • Lift only at approved GM jack points and support the car with stands.
  • Clean the hub face and wheel mounting pad. Remove corrosion so the wheel sits flush. A light film on the hub face should only be used if specified by GM service information.
  • If wheels are not hub-centric to 66.9 mm, install proper hub-centric rings before mounting.
  • Hand-thread lug nuts with the correct seat type. Tighten in a star pattern and torque to the value in the owner’s manual or GM service manual.
  • Relearn TPMS after installation as specified by GM. Some vehicles use an in-vehicle menu, others need a relearn tool.
  • Re-torque lug nuts after 50 to 100 miles of driving.

Tools And Helpful Supplies

  • Floor jack, jack stands, and wheel chocks
  • 1/2 inch drive torque wrench: Search on Amazon
  • Thin wall lug socket set for M14 hardware
  • Wire brush and brake cleaner for hub and rotor hat
  • Hub-centric rings 66.9 mm: Search on Amazon
  • M14 x 1.5 lug nuts of the correct seat type: Search on Amazon
  • GM TPMS relearn tool: Search on Amazon

FAQs

Is the 2020 Corvette staggered from the factory?
Some configurations are staggered front to rear. Because sizes can vary by trim or package, confirm your exact front and rear OEM sizes on the door label or in the owner’s manual, then enter each axle into the calculator to compare.

Can I use a wheel with a larger center bore than 66.9 mm?
Yes, if you install hub-centric rings that reduce the wheel bore to 66.9 mm. Do not use a wheel with a smaller bore than the hub.

Will 5x120 wheels from another brand fit my Corvette?
Bolt pattern match is only one factor. You also need the correct center bore, offset, brake clearance, and load rating. Enter the donor wheel specs in the calculator and compare to your confirmed OEM baseline.

How much offset change is safe?
There is no single number that works for all cars. Use the calculator to see inner clearance to suspension and outer poke relative to the fender. Verify brake and knuckle clearance on the car before driving.

Do I need new TPMS sensors?
If reusing OEM wheels, you can usually reuse sensors if they are in good condition. For new wheels, ensure sensors are GM compatible for 2020 and perform a relearn after installation. Follow GM service information for the exact procedure.

What tire diameter change is acceptable?
Keep overall diameter as close to OEM as possible to protect speedometer accuracy and driver-assist systems. Use the calculator to monitor diameter change when adjusting wheel and tire sizes.

Can I run spacers?
Only if required for brake or suspension clearance after careful calculation and test fit. Use hub-centric spacers that maintain a 66.9 mm center bore and ensure proper thread engagement with appropriate extended hardware.

Nick Marchenko

Automotive Expert