2022 Dodge Durango Wheel Interchange

2022 Dodge Durango Wheel Fitment Guide | wheelinterchange.com

Known OEM Fitment For 2022 Dodge Durango

The values below reflect a confirmed OEM configuration for the 2022 Dodge Durango. Other trims and brake packages may use different wheel sizes, offsets, and tire sizes. If a value is not listed, assume it may vary by trim and verify it on your vehicle’s tire placard, the owner’s manual, or an official OEM source before buying parts.

Important: Performance trims and towing packages can have larger brakes and different wheel specifications. Always confirm by VIN with a dealer, on the driver door jamb tire/loading label, or in the service manual.

How To Use The Wheel Interchange Calculator

The on-page calculator lets you compare a donor wheel setup against your 2022 Durango and preview clearance changes before you buy. It supports both wheel and tire size changes.

• Step 1. In “Wheels from (donor vehicle)”, enter the wheel and tire size you want to try. If you are bringing wheels from another vehicle, input that vehicle’s wheel diameter, width, and offset. If you are changing tires, enter the donor tire’s section width and aspect ratio.
• Step 2. In “Installed on (your vehicle)”, select 2022 Dodge Durango and start with the known OEM baseline above.
• Step 3. Use “Custom wheel size” to adjust rim diameter, width, and offset. Use “Custom tire size” to adjust section width and aspect ratio. When you change rim diameter, the tool will update overall tire diameter in the comparison so you can keep speedometer error in check.
• Step 4. Review inner clearance to suspension and brakes, and outer poke relative to fenders. The calculator will show how far the new setup moves inward or outward compared with the OEM wheel.
• Step 5. Keep overall tire diameter close to stock. A common target is within about 3 percent of the OEM overall diameter to help maintain speedometer, ABS, and stability control behavior.
• Step 6. Use the results as a pre-check. Always follow up with a physical test fit and an OEM clearance inspection before mounting tires.

Fitment Checklist Before You Buy

• Bolt pattern: The wheel must be 5x127. A different bolt pattern will not fit safely.
• Center bore: OEM is 71.6 mm. Aftermarket wheels must have a center bore that is 71.6 mm or larger. If larger, use quality hub-centric rings sized to 71.6 mm at the hub. A smaller bore will not fit.
• Thread size and seat: Hardware is M14 x 1.5. Match the lug nut or bolt seat style to the wheel manufacturer’s specification. Do not mix conical, ball, or mag seats. Verify required shank if applicable.
• Offset and backspacing: Start from the OEM baseline of ET 56 on 18x8. Use the calculator to estimate inner clearance to struts, control arms, and brake calipers, and outer clearance to fenders and liners. Avoid excessive poke or interference.
• Brake clearance: Some trims use larger brake packages. Always test fit the bare wheel to confirm spoke and barrel clearance over the calipers and rotor hat.
• Load rating: Wheel and tire load ratings must meet or exceed the Durango’s GAWR/axle and vehicle GVWR requirements. Check the door label and the wheel/tire manufacturer data.
• Overall diameter: Keep the new tire’s overall diameter close to the OEM baseline (about 30.5 in from 265/60R18) to help maintain speedometer and safety system behavior.
• TPMS: The Durango uses tire pressure sensors. Ensure sensor compatibility with your trim and model year, and plan for sensor transfer or new programmable sensors and relearn.
• Spacers/adapters: Use only hub-centric, high-quality spacers when absolutely necessary, with proper extended studs or compatible bolts. Re-verify thread engagement and torque.
• Torque spec: Use the OEM wheel fastener torque from the owner’s manual or service manual. Re-torque after 50 to 100 miles.

Plus Sizing And Common Upgrades

Many owners consider larger wheel diameters for appearance and handling. The safest way to plan a plus-size setup is to maintain approximately the same overall tire diameter while adjusting width and offset for clearance.

• Baseline reference: The known OEM 265/60R18 is about 30.5 inches tall. Aim to keep your new tire diameter within roughly 3 percent of this value unless your trim’s OEM specification differs.
• Wider wheels: Increasing wheel width changes inner and outer clearance. Use the calculator to see how a change in width plus offset affects both sides of the wheel.
• Larger diameters: If you move to 20 or 22 inch rims, select a lower-profile tire that keeps overall diameter near the baseline. Enter the sizes in the calculator to preview speedometer error and clearance.
• Ride and load: Larger wheels with shorter sidewalls can reduce ride compliance. Verify tire load index meets or exceeds OEM.
• Test fit: Always test fit wheels on the vehicle to confirm caliper and spoke clearance before mounting tires.

Installation Tips

• Safety first: Park on level ground, apply the parking brake, and use wheel chocks.
• Jacking points: Use OEM jacking points and support the vehicle with rated jack stands. Never work under a vehicle supported only by a jack.
• Hub prep: Clean the hub face and center bore. Remove corrosion with a nylon or brass brush. A thin film of anti-seize on the hub face can help prevent future sticking. Avoid contaminating studs or brake surfaces.
• Hub-centric rings: If your wheel’s center bore is larger than 71.6 mm, install quality rings sized to 71.6 mm at the hub and the wheel’s bore at the wheel side.
• Mounting: Hand start all fasteners. Do not use an impact to start threads. Confirm correct seat style for the wheel.
• Torque: Tighten in a star pattern in stages using a calibrated torque wrench to the OEM specification. Re-torque after 50 to 100 miles.
• TPMS: Transfer OEM sensors or install compatible sensors. Perform the relearn procedure specified for your trim and model year.
• Final checks: Turn the steering lock-to-lock and compress the suspension if possible to confirm clearance. Listen for rubbing on the first drive and re-check after hitting bumps and full lock turns.

Tools And Helpful Supplies

• 1/2 inch drive torque wrench Search on Amazon
• 1/2 inch drive breaker bar Search on Amazon
• Wheel chocks Search on Amazon
• Hub-centric rings 71.6 mm inner diameter Search on Amazon

FAQs

• What is the bolt pattern for the 2022 Dodge Durango?

  The confirmed bolt pattern is 5x127 for the configuration listed above.

• What is the center bore size?

  71.6 mm. Wheels with a larger center bore can be used with hub-centric rings sized to 71.6 mm at the hub. Wheels with a smaller bore will not fit over the hub.

• What lug nuts or bolts does it use?

  The thread size is M14 x 1.5. Match the seat style to the wheel design as specified by the wheel manufacturer. Use the OEM torque specification from the owner’s or service manual and re-torque after 50 to 100 miles.

• Will 20 inch or 22 inch wheels fit my Durango?

  It depends on your trim, brake package, and the wheel’s width and offset. Use the calculator to compare against the OEM baseline, keep overall tire diameter close to stock, and perform a physical test fit to verify brake and fender clearance.

• Can I use wheels from another vehicle?

  Possibly, but only if the bolt pattern, center bore, offset, load rating, and brake clearance are correct. Enter the donor wheel specs in the calculator, then test fit and verify with OEM measurements before driving.

• What is the stock tire size?

  One confirmed OEM configuration is 265/60R18 on an 18x8 ET 56 wheel. Other trims may differ. Check your tire placard and owner’s manual to confirm your exact factory size.

• Do I need new TPMS sensors?

  If reusing OEM wheels and tires, you can usually keep the existing sensors. For new wheels or additional sets, use compatible sensors for your model year and perform the required relearn. Verify compatibility with an OEM source or a reputable sensor supplier.

• How do I keep my speedometer accurate after changing sizes?

  Use the calculator to keep overall tire diameter near the OEM baseline. Staying within about 3 percent of stock helps minimize speedometer error and maintain ABS and stability system behavior.