2017 Chevrolet Volt Wheel Interchange
2017 Chevrolet Volt Wheel Interchange and Fitment Guide
Known OEM Fitment For 2017 Chevrolet Volt
The following factory specifications are provided for the 2017 Chevrolet Volt. Use them as your baseline when comparing donor wheels and planning upgrades. Do not assume unlisted dimensions are the same across trims. If anything on your car differs from this list, verify by checking the wheel stampings, your owner manual, or a GM service source.
| Bolt pattern | 5x105 |
| Center bore | 56.6 mm |
| Thread size | M12 x 1.5 |
| Rim diameter | 17 in |
| Rim width | 7.0 in |
| Wheel offset | ET 41 mm |
| Backspacing | 5.11 in |
| Stock tire size | 215/50R17 |
Notes:
- Backspacing listed above is the OEM baseline for the 17x7 ET41 wheel.
- Wheel markings typically show size and offset on the back of a spoke or barrel. Measure center bore with a caliper if unsure.
How To Use The Wheel Interchange Calculator
The on-page calculator lets you compare a donor wheel or a custom setup against your 2017 Chevrolet Volt. It shows dimensional changes and helps you predict clearance and speedometer effects before you buy.
- Step 1 - In the Wheels from panel, enter the donor vehicle or manually input its wheel and tire specs.
- Step 2 - In the Installed on panel, select your vehicle as 2017 Chevrolet Volt so the OEM baseline above is loaded.
- Step 3 - To test aftermarket wheels, use Custom wheel size to set rim diameter, width, and offset. The calculator will recompute inner clearance and outer poke relative to stock.
- Step 4 - Use Custom tire size to adjust section width and aspect ratio. When you change rim diameter, the calculator updates tire diameter in the comparison so you can quickly evaluate speedometer change and fender clearance.
- Step 5 - Review results. Aim to keep overall tire diameter close to stock, and watch inner clearance to struts and outer poke toward the fender. If anything looks marginal, measure your car and consult OEM service data.
Fitment Checklist Before You Buy
Run through these checks to minimize surprises during installation.
- Bolt pattern - Wheel must be 5x105. Adapters change geometry and fastener load and are not recommended for safety.
- Center bore - Vehicle hub is 56.6 mm. The wheel’s center bore must be 56.6 mm or larger. If larger, use quality hub-centric rings to 56.6 mm. Never force a smaller bore onto the hub.
- Offset and width - Use the calculator to compare against the OEM 17x7 ET41. Keep offset and width changes conservative to protect wheel bearing load and avoid rubbing. Check both inner clearance to the strut and outer poke toward the fender.
- Brake clearance - Visually and physically confirm caliper and spoke clearance. Paper or clay gauges help verify at least a few millimeters of free space around calipers.
- Tire-to-body clearance - At full lock and full compression, ensure no contact with liners, pinch welds, or fenders. The calculator highlights risk areas, but always test fit.
- Thread engagement - With M12 x 1.5 studs, ensure a minimum of 7 full turns of nut engagement or the equivalent stud engagement specified by GM. Replace damaged studs or nuts.
- Fastener seat type - Match lug nut seat to wheel seat design. Many aftermarket wheels use a 60 degree conical seat, but verify with the wheel manufacturer.
- TPMS - Reuse or replace compatible sensors. Frequency and protocol can vary. Verify by VIN or sensor labeling and perform a relearn after installation.
- Load rating - Wheel and tire load ratings must meet or exceed the vehicle’s axle load requirements.
Plus Sizing And Common Upgrades
Plus sizing changes wheel diameter and tire profile while keeping overall tire diameter close to stock. This helps maintain speedometer accuracy and reduces the risk of rubbing.
- Diameter target - Many shops aim to stay very close to stock overall diameter, often within about 3 percent. Use the calculator to confirm the exact difference and check clearances.
- Width - Modest increases in wheel width can improve tire support. Each added half inch of width typically pushes the inner and outer edges unless you adjust offset. Use the calculator to balance inner clearance vs outer poke.
- Offset - Small changes in offset have a large effect on inner clearance and fender flushness. Start from OE ET41 and adjust carefully.
- Tires - Choose load and speed ratings that meet or exceed OEM. Verify that the selected tire size fits the chosen rim width per the tire manufacturer’s approved range.
If you are unsure whether a specific size will fit your trim or brake package, measure your available inner clearance and fender space, then validate with the calculator and OEM documentation.
Installation Tips
- Test fit first - Mount one front wheel and hand spin to check caliper clearance and liner contact before installing all four.
- Clean mounting faces - Remove rust and debris from the hub and wheel mounting pad. A clean, flat interface prevents vibration.
- No lubrication on threads unless OEM specifies - Oil or anti-seize can change torque. If GM specifies dry torque, keep threads dry and clean.
- Torque in a star pattern - Use a calibrated torque wrench and tighten in stages. Refer to the GM service manual for the correct lug nut torque for your specific trim.
- Re-torque - After 50 to 100 miles, recheck torque on all lug nuts.
- TPMS - Install compatible sensors and perform a relearn procedure per GM instructions.
- Hub-centric rings - If using rings to step down to 56.6 mm, seat them fully and ensure they are the correct material and temperature rating.
Tools And Helpful Supplies
- Torque wrench, 1/2 inch drive: Search on Amazon
- GM TPMS relearn tool: Search on Amazon
- Jack stands rated for your vehicle weight: Search on Amazon
- Hub-centric rings to 56.6 mm: Search on Amazon
Also useful: breaker bar, wire brush, plastic-safe cleaner for hubs, tire mounting paste, valve cores, new valve stems if needed, and a quality floor jack.
FAQs
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Can I install wheels from another Chevrolet model on my 2017 Volt?
Only if the donor wheels exactly match critical specs like 5x105 bolt pattern, center bore 56.6 mm or larger, appropriate offset, and adequate brake clearance. Use the calculator to compare dimensions and always test fit. Do not assume cross-model compatibility.
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Will larger diameter wheels fit my Volt?
They may, depending on width, offset, and tire size. Use the calculator to keep overall tire diameter close to stock and confirm inner and outer clearances. Some trims or brake packages may be tighter, so verify on your specific car.
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Do I need hub-centric rings with aftermarket wheels?
If the wheel’s center bore is larger than 56.6 mm, use rings to center the wheel on the hub and reduce vibration. Choose the correct outer diameter for your wheel and an inner diameter of 56.6 mm for the Volt.
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What lug nuts should I use with aftermarket wheels?
The thread is M12 x 1.5. The required seat type and length depend on the wheel design. Many aftermarket wheels use a 60 degree conical seat, but confirm with the wheel manufacturer. Always ensure proper thread engagement.
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What torque should I use for the lug nuts?
Follow the GM service manual for your exact vehicle and wheel. Do not guess. Torque values can vary by wheel material and design.
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Can I reuse my factory TPMS sensors?
Often yes, if they are compatible with the new wheels and still functional. Sensor frequency and protocols can vary. Verify by VIN or sensor label and perform the relearn procedure after installation.
Disclaimer: Specifications above reflect available data for the 2017 Chevrolet Volt at the time of writing. If anything on your vehicle does not match, defer to the on-page calculator, physical measurements, and official GM documentation.
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