The bolt pattern for a 2007 Honda Accord is 5x114.3 mm (five lug holes on a 114.3 mm circle).
In practical terms, this means wheels with a 5-lug, 114.3 mm bolt circle will mount on the car without adapters. This specification is a key factor when shopping for replacement wheels or upgrading to aftermarket rims for this model year.
Key specifications for wheel compatibility
Before you shop for wheels, consider the measurements that determine fitment beyond the number of lugs:
- Bolt pattern: 5x114.3 mm (5 holes on a 114.3 mm circle). The same measurement is often listed as 5x4.5 inches.
- Center bore: 64.1 mm. If a wheel bore is larger, hub-centric rings can improve centering; if smaller, the wheel may not mount.
- Stud size and thread pitch: typically M12x1.5, with five studs on the hub.
- Number of lugs: 5.
Understanding these specifications helps ensure you select wheels that mount correctly and align with the vehicle’s hub geometry, reducing the risk of vibration or fitment issues.
Practical fitment considerations
Beyond the bolt pattern, factors such as offset, wheel width, and brake caliper clearance influence compatibility. Always verify offset and clearance for your specific trim and any planned tires or aftermarket components.
Notes on compatibility and upgrades
If you’re considering wheels from other models or aftermarket options, ensure they match the 5x114.3 mm bolt pattern and the 64.1 mm center bore. For wheels with a larger bore, hub-centric rings can help with centering; for smaller bores, adapters are not recommended due to potential clearance issues.
Consult the owner’s manual or a trusted tire and wheel professional to confirm fitment, especially if you plan to alter wheel width, offset, or install performance tires that affect clearance with suspension elements.
Summary
For a 2007 Honda Accord, the standard bolt pattern is 5x114.3 mm with a 64.1 mm center bore and five M12x1.5 studs. This configuration is typical for this model year, and compatibility hinges on matching these measurements along with appropriate offset and clearance considerations.