JEEP Grand Wagoneer L Wheel Lug Pattern & Offset Guide

The JEEP Grand Wagoneer L features specific wheel lug patterns, offset values, and center bore dimensions essential for proper wheel fitment. Understanding these specifications ensures compatibility and optimal performance when selecting replacement wheels or tires.\n\nTypically, the Grand Wagoneer L uses a lug pattern defined as lug count × PCD (pitch circle diameter in millimeters). The vehicle's offset (ET) is designed to maintain appropriate wheel positioning relative to the suspension and bodywork, while the center bore ensures the wheel sits securely on the hub.\n\nOur year-sorted reference table presents detailed lug patterns, offset ranges, center bore measurements, and rim size contexts for the JEEP Grand Wagoneer L. This information provides a clear fitment guide for aftermarket wheel selection or OEM replacements.\n\nEnsure any new wheels match the original bolt pattern, offset, and center bore specifications listed per model year to avoid fitment issues and maintain vehicle safety and handling characteristics.

Year
Make / model / trim Year Tire Rim width (in) Rim diam. (in) Bolt pattern Offset ET Bore DIA Mounting
JEEP Grand Wagoneer L High-Altitude2026285/45R229225×1273022M14*1.5
JEEP Grand Wagoneer L Summit2025275/55R208.5205×1273520M14*1.5
JEEP Grand Wagoneer L Base2024265/60R188185×1274018M14*1.5

FAQ

What is the standard lug pattern for the JEEP Grand Wagoneer L?
The JEEP Grand Wagoneer L typically uses a 5 × 127 mm lug pattern, meaning 5 lug nuts arranged on a 127 mm pitch circle diameter.
Why is offset (ET) important for JEEP Grand Wagoneer L wheels?
Offset ensures the wheel aligns correctly with the vehicle's suspension and body, affecting handling and preventing clearance issues.
Can I use wheels with a different center bore on my Grand Wagoneer L?
Wheels must match the center bore size or use hub-centric rings, as mismatched center bores can cause vibrations and improper fitment.
Tire size calculatorShow

Compare two tire sizes — diameter, speedometer error, and clearance change.