Finding the right replacement rims or upgrading your wheels requires knowing your exact pitch circle diameter, or PCD. The 4x114.3 bolt pattern—often interchanged with the imperial 4x4.5 inches measurement—features four lug holes sitting evenly spaced across a circle with a 114.3mm diameter. It's common across classic rear-wheel-drive Japanese cars, popular 1990s compact sedans, and various international models.
If you're hunting for compatible wheels, center bore sizing and offset matter just as much as the lug count. A wheel can have the identical 4x114.3 spacing, but if the center bore is too small or the offset pushes the tire into your suspension struts, it won't work safely. Let's break down which vehicles use this pattern, what specs to check, and how to avoid costly fitment mistakes.
Major Vehicles with the 4x114.3 Bolt Pattern
Manufacturers across Asia, America, and Europe utilized this specific PCD over several decades. Knowing which models share your pattern opens up wider choices when sourcing factory replacements or aftermarket options.
Nissan and Datsun
Nissan and its predecessor Datsun heavily favored this layout for sports cars and everyday commuters through the 1980s, 1990s, and 2000s.
- Nissan 240SX, 260Z, and 280Z: Classic rear-wheel-drive performance platforms running a 4x114.3 setup.
- Nissan Altima (1993–2001): First-generation and second-generation models relied on this pattern.
- Nissan Sentra (2000–2006): Select trims transitioned to 4x114.3 before later revisions changed layout.
- Nissan Cube and Versa: Compact city models from the late 2000s adopted the same spacing.
Honda and Acura
While Honda is famous for its ubiquitous 4x100 pattern on smaller Civics, several larger mid-size sedans and luxury variants required the larger 4x114.3 spacing.
- Honda Accord (1993–2003): Mid-generation Accords utilized this PCD alongside a 64.1mm center bore.
- Honda Prelude (1992–2000): Four-lug variants of this sports coupe matched the Accord layout.
- Acura Legend (1986–1990) and TL (1995–1998): Early luxury offerings from Acura incorporated this specific bolt configuration.
Mitsubishi and Hyundai
Budget-friendly and mid-size imports from South Korea and Japan heavily featured 4x114.3 well into the 2000s.
- Mitsubishi Galant (1989–2004): Spanning multiple generations, the Galant relied consistently on this PCD.
- Mitsubishi Lancer: Standard base models and early Evolution iterations (Evo I-III) utilized 4x114.3 with a 67.1mm center bore.
- Hyundai Sonata and Elantra: 1990s and early 2000s iterations commonly featured this pattern.
- Kia Optima and Spectra: First-generation sedans adopted the same platform measurements.
Why Center Bore and Offset Make or Break Fitment
Matching the four-lug pattern is only half the battle. Ignoring hub dimensions leads to vibrations, steering wheel wobble, or wheels that won't sit flush against the brake rotor.
The center bore is the circular hole in the middle of the wheel that centers it onto the vehicle's axle hub. If your car has a hub diameter of 66.1mm (like most Nissans) and you buy a wheel with a 67.1mm bore (common on Mitsubishis), the wheel rests entirely on the lug studs instead of the hub. This puts immense shear stress on the hardware.
Using hub-centric rings bridges this gap securely. Plastic or aluminum rings slide into the wheel's center bore to match it perfectly down to your car's exact hub dimension.
Offset (ET) dictates how far inward or outward the mounting face sits relative to the centerline of the rim.
- Positive offset places the mounting surface toward the front side of the wheel, pulling the rim inward closer to the suspension.
- Negative offset pushes the wheel outward, creating a deep-dish look common on older rear-wheel-drive setups.
Dropping a wheel with the wrong offset onto your car causes severe rubbing against inner plastic fender liners or outer quarter panels when turning sharply or driving over bumps. Always cross-reference factory specifications before pulling the trigger on a new set of rims.
Common Wheel Fitment Mistakes to Avoid
Upgrading or swapping wheels introduces several pitfalls that catch DIY builders off guard. Keeping these points in mind saves you from wasted cash and unsafe driving dynamics.
- Ignoring thread pitch and lug seat type: Factory wheels and aftermarket rims often require different lug nut styles. Tapered (conical), ball (radius), and shank seats must match the wheel's design. Mixing them up causes wheels to loosen while driving.
- Failing to test fit before mounting tires: If you buy used wheels online, bolt one onto the front and rear bare hubs before wrapping them in fresh rubber. Check clearance against brake calipers, steering knuckles, and suspension arms.
- Trusting universal fitment claims: Avoid cheap spacers or multi-drilled "universal" wheels that claim to fit both 4x100 and 4x114.3. They weaken structural integrity and rarely center correctly on the hub.
For deeper technical breakdowns on global automotive standards and safety compliance, you can check resources like the Society of Automotive Engineers or review official manufacturer specs via NHTSA.
Frequently Asked Questions
Can I use 4x100 wheels on a 4x114.3 car?
No. The bolt holes are spaced too closely together. Even a tiny 1.4mm discrepancy means the studs won't align with the holes, and forcing them will permanently bend or snap your wheel studs.
What does PCD stand for?
PCD stands for Pitch Circle Diameter. It measures the imaginary circle drawn through the center of all your wheel lug holes, expressed in millimeters.
Are 4x114.3 and 4x4.5 inches the same thing?
Yes. 4x4.5 inches is the imperial equivalent of 4x114.3mm. Manufacturers sometimes use them interchangeably on older catalog listings, but they refer to identical measurements.
How do I measure my bolt pattern at home?
For a four-lug pattern, measure straight across from the outer edge of one lug hole to the center of the hole directly across from it. If that distance totals 114.3mm (or 4.5 inches), you have a 4x114.3 setup.
