Guide · 9 min read
PCD & Offset Explained: Will These Wheels Fit My Car?
The question everyone asks
Will these wheels fit my car? It is the first question every buyer has, and the honest answer is that it comes down to a handful of measurements. Two of them, PCD and offset, do most of the heavy lifting. Once you understand these two, the mystery around wheel fitment mostly disappears and you can shop with confidence instead of crossing your fingers.
This guide is written for owners who are not mechanics. There is no jargon you have to already know. We will build up the picture step by step, using examples from common Indian cars, so that by the end you can read a wheel spec and have a good sense of whether it suits your vehicle.
PCD: the bolt pattern, in plain words
PCD stands for Pitch Circle Diameter. Imagine the bolt holes on your wheel. Now imagine a circle drawn through the centre of all of them. PCD is two facts about that circle: how many bolt holes there are, and how wide the circle is in millimetres. It is written like 5x114.3, meaning five holes on a 114.3 mm circle.
Here is the simple rule: the PCD of the wheel must exactly match the PCD of your car's hub. There is no adapting, no forcing, no close enough. If your car is 5x114.3, the wheel must be 5x114.3. A 5x112 wheel, even though it also has five bolts, will not line up correctly and is not safe.
To picture it with real cars: the Maruti Swift is 4x100, so four bolts. The Hyundai Creta, Kia Seltos and Honda City are 5x114.3. Volkswagen and Skoda models like the Virtus and Slavia are 5x112, close to but not the same as 114.3. Big SUVs like the Thar, Scorpio-N and Fortuner are 6x139.7. Notice that two cars can both have five bolts and still be incompatible because the circle size differs. That is why both numbers matter.
Offset (ET): how far in or out the wheel sits
Offset answers a different question: not whether the wheel bolts on, but where it sits once it does. Offset, written as ET followed by a number, measures the distance between the wheel's mounting face, the flat part that presses against the hub, and the true centre line of the wheel.
A higher ET number means the mounting face is further out toward the front of the wheel, which pulls the whole wheel inward, tucking it under the car. A lower or negative ET pushes the wheel outward toward the fender, giving that wide, aggressive, planted stance many owners love. The change is measured in millimetres, and even 10 to 15 mm makes a clear visual and handling difference.
Think of two identical wheels with different offsets. The higher-offset one sits deeper inside the arch and might look a little weak. The lower-offset one fills the arch and looks purposeful, but if you go too far the tyre pokes out past the fender, rubbing on bumps and at full steering lock. Offset is the dial you turn for stance, and it has to be turned carefully.
Centre bore: the quiet third factor
PCD and offset get the attention, but a third measurement quietly decides whether your wheels run smoothly: the centre bore. This is the diameter of the hole in the middle of the wheel that sits over your car's central hub. When this hole fits the hub precisely, the hub carries the weight and centres the wheel perfectly. This is called hub-centric.
Aftermarket wheels often have a slightly larger centre bore so one design can fit several cars. The gap is filled with hub rings, small precise spacers that close the space between wheel and hub. With the right hub rings the wheel runs hub-centric and smooth. Without them, a wheel centred only by its bolts can produce a steering vibration that feels like a balancing problem but is really a fitment one.
Putting it together: does this wheel fit?
To decide whether a wheel fits, work through the checklist in order. First, does the PCD match exactly? If not, stop, it will not fit. Second, is the offset within a safe range for your car, ideally close to stock unless you deliberately want a wider stance and accept the trade-offs? Third, can the centre bore be made hub-centric with the correct hub rings? Fourth, for heavier vehicles, does the load rating suit the car's weight?
Two of these, offset and centre bore, have some flexibility. PCD and load rating do not. A wheel can clear the first checks on paper and still need a small offset or tyre adjustment to clear your brakes and arches cleanly, which is why the final confirmation is always car-specific rather than generic.
The good news is you do not have to figure all of this out alone. Because every set here is made to order, you can tell us your exact car, variant and year and we will confirm PCD, offset, centre bore and load rating, then recommend hub rings if needed, before anything is produced. A quick message on WhatsApp settles the will it fit question completely.
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Frequently asked questions
What does 5x114.3 actually mean?
It means the wheel has five bolt holes arranged on a circle 114.3 mm in diameter. Your car's hub must have the exact same pattern for the wheel to bolt on safely. Both the number of bolts and the circle size have to match.
Can two wheels have the same number of bolts but not fit?
Yes. A 5x112 and a 5x114.3 wheel both have five bolts but different circle diameters, so they are not interchangeable. Always match both numbers, not just the bolt count.
What does a lower offset do to my car?
A lower offset pushes the wheel outward toward the fender, giving a wider, more planted stance. Go too far and the tyre rubs the arch on bumps and full lock and strains the bearings. We keep offset within a safe range for your car.
Why does my new wheel vibrate even after balancing?
Often the centre bore is larger than the hub and no hub rings were fitted, so the wheel is centred only by its bolts. Adding the correct hub rings makes it hub-centric and removes the vibration. We supply the right rings where needed.
How can I be sure a wheel fits before buying?
Start from your exact car, variant and year rather than just the model. Since every set is made to order, message us on WhatsApp and we will confirm PCD, offset, centre bore and load rating before production.