Yes. You can absolutely get 28 inch wheels. But almost every answer you will find online tells you about the wheel, and the wheel is the easy part. Here is what nobody puts in front of you first: there are only about a dozen tire sizes on earth built for a 28 inch rim. Twelve or so. That short list, not the wheel catalog, decides your bolt pattern, your wheel width, your ride height, and whether the whole idea works on your vehicle at all.
I have been fitting oversize wheels for a long time, and the guys who end up disappointed almost always did it in the wrong order. They fell in love with a wheel finish, ordered a set, and then found out the tire they needed for their fender clearance does not exist. At 28 inches you pick the tire first. Everything else follows.
Before anything else, find your build in this table. There are two completely separate worlds inside the 28 inch diameter and they share nothing except the number.
Your Build |
Tire Sizes That Exist at 28 Inch |
Sidewall and Overall Height |
Wheel Width You Will Need |
|---|---|---|---|
Big body car or full size SUV, street driven |
275/25R28, 295/25R28, 255/30R28, 325/35R28 |
2.7 to 4.5 inch sidewall, 33 to 37 inches tall overall |
9 to 12 inches |
Lifted truck running 37 to 38 inch tires |
37x13.50R28, 38x13.50R28 |
4.5 to 5 inch sidewall, 37 to 38 inches tall |
10 to 12 inches |
Lifted truck running 40 inches and up |
40x15.50R28, 40x16.50R28, 42x15.50R28, 44x16.50R28 |
6 to 8 inch sidewall, 40 to 44 inches tall |
14 to 16 inches |
Anything needing a size outside those lists |
Nothing is built |
Not applicable |
Step down to 26 inch, where the tire market is real |
Look at that third column and you can already see why 28s split into two camps. A 295/25R28 has less than three inches of rubber between the rim and the road. A 44x16.50R28 has eight. Those two tires do not belong on the same planet, let alone the same shopping list, and the wheel that carries one will not carry the other.
That is the part that catches people. The tire list is the whole ballgame. Pick your row, then go find a wheel that fits it.
There are plenty of them, and more builders than the same three or four names that get repeated in every roundup.
The real roster is wide. Asanti and its three piece line, Billet Specialties, Intro Custom, American Force, RBP, Fuel, Azara, DUB, American Racing, Diablo, and Cali Off-Road all build at 28 inches. So does Boyd Coddington, which we happen to own and which has been turning out two piece forged wheels since before most of the current crop existed.
But here is the thing that changes how you shop, and it is the single most important sentence in this article after the tire list.
Roughly three out of four 28 inch wheels are forged, and roughly three out of four ship as blanks.
Blank means the center is not drilled. There is no bolt pattern in it. The wheel sits as a finished barrel and an undrilled center until somebody places an order, and then it gets machined to the pattern that customer needs. That is why you will see 28s listed with the bolt pattern shown as a blank five lug or blank eight lug instead of a number, and it is why the finish on so many of them reads as a custom call rather than a color name.
You are not buying a wheel off a shelf. You are placing a build order. Plan on lead time, plan on confirming your exact pattern and offset with a human being before the machine touches the center, and understand that a made to order forged wheel is generally not returnable once it is drilled.
The construction breakdown looks like this:
Construction |
What You Are Getting |
Where the Price Lands |
|---|---|---|
One piece cast |
The entry point at this diameter. Heavier, fewer width and offset choices, usually a stocked finish. |
The only place you will find a 28 under about a thousand a wheel |
One piece forged |
Cut from a solid forged blank. Stronger grain structure, lighter for the size, custom drilled. |
Generally starting a little above a thousand and climbing past three |
Two piece forged |
Forged center bolted to a spun barrel. Lets the builder dial your exact width and offset. |
Roughly two thousand and up per wheel |
Three piece forged |
Center, inner barrel, outer lip, assembled with hardware. Widest range of lip depth and finish. |
The bulk of the 28 inch market sits here, in the mid two thousands per wheel |
You will see price ranges quoted online that top out around two thousand dollars a wheel. In my experience that number is closer to the middle of the forged market than the top of it. Once you add a custom finish and a deep lip you are past it. Budget for the set, not for one wheel, and remember you still have four tires to buy after that. If you want the full picture on why forged costs what it does, our breakdown of the different types of forged wheels from monoblock to multi piece walks through what each process actually buys you.
This is the question that should have been at the top of every article you read on this subject, because it is the one with a short and specific answer.
On the street side, the sizes that get built are 275/25R28, 295/25R28, 255/30R28, and 325/35R28. The 295/25R28 is the workhorse of the group and has the most manufacturers behind it. Pirelli builds a 28 inch tire in a couple of these sizes, which surprises people, and the rest come from specialty and value houses like Lexani, Lionhart, Atlas, Fullway, and Venom Power. Expect somewhere between four and nine tire models per size depending on which one you land on. That is your entire selection.
On the lifted truck side, you are looking at 37x13.50R28, 38x13.50R28, 40x15.50R28, 40x16.50R28, 42x15.50R28, and 44x16.50R28. Most of those come from one manufacturer each. Fury, Venom Power, Predator, AMP, RBP, and Fuel cover this space. If you are building around a 44x16.50R28 you should know going in that you are buying a single tire model from a single company, and if that model gets discontinued your next set is a different tire.
Two rules matter here more than anywhere else in wheel fitment.
Match the tire to the rim width, not the other way around. A 16.50 section tire on a 28x16 wheel is a matched pair. Put that same tire on a 28x12 and you have pinched the sidewalls inward, crowned the contact patch, and set yourself up for shoulder wear. Our guide to picking the right tire size for wheel width covers the approved ranges.
Check your load rating. This one gets skipped constantly on big wheel builds and it is the one that actually hurts somebody. Wheels at this diameter carry load ratings anywhere from roughly 1,580 pounds up past 3,700 pounds depending on construction and intended platform. A wheel rated for a lowered car does not belong under a three quarter ton truck no matter how good the finish looks. Run the numbers against your gross axle weight rating using our wheel load rating guide before you commit.
Bolt patterns available at 28 inches tell you exactly who this size is built for. The heavy hitters are 8x165.1 and 8x170, which is one ton truck territory, plus 8x180 for the newer heavy duty GM stuff. Then 6x135 and 6x139.7 for half tons. Then 5x127 and 5x139.7 for Jeep, Ram, and older Dodge. Then a smaller group in 5x114.3, 5x115, and 5x120 for big body cars.
Translated into vehicles, that means Silverado and Sierra, F-150 and Super Duty, Ram 1500 through 3500, Tahoe, Suburban, Yukon, Escalade, Expedition, Navigator, and on the car side the Impala, Caprice, Charger, and Chrysler 300 family that the big wheel scene has always favored.
Notice what is not on that list. There is no European luxury fitment at 28 inches. No 5x112, no 5x130. If you drive something that came from Stuttgart or Munich, this size was not made with you in mind and there is no tire for it anyway.
The offset story is just as revealing. Offsets at this diameter run from deeply negative, down past minus 100 millimeters, all the way up to healthy positive numbers in the plus 20s and 30s. That spread is not a menu of preferences. It is two different jobs. The heavy negative offsets push the wheel way out past the fender for the show truck look and require either a lift, a fender modification, or both. The positive offsets tuck the wheel in for a car that has to keep its factory body lines. Order the wrong one and the wheel physically will not work, no matter how right the diameter and bolt pattern are.
Fender clearance is the last gate. A 44 inch tall tire needs somewhere to go on compression. Most people running the tall end of this list are on a substantial lift with trimmed or replaced fenders. If you are trying to keep a stock body and stock suspension, look at the street side of the tire list and measure your wheel well before you order anything.
This question keeps landing in the same search results as everything above, and the answer is that these are two completely unrelated things that happen to share a number.
In the bicycle world, 700C is a rim standard with a bead seat diameter of 622 millimeters, which works out to about 24.5 inches. In parts of Europe that same 622 millimeter rim is commonly called a 28 inch wheel, because the old sizing convention measured the outside of the tire rather than the rim. So on a bicycle, 28 inch and 700C are the same rim. Different name, same part.
An automotive 28 inch wheel is a genuine 28 inch bead seat diameter. That is roughly three and a half inches larger than a 700C bicycle rim, and it weighs something on the order of forty times as much.
What "28 Inch" Means |
Actual Rim Diameter |
Where You Hear It |
|---|---|---|
Automotive 28 inch wheel |
28.0 inches at the bead seat |
Custom trucks, big body cars, show builds |
Bicycle 28 inch, also called 700C |
622 millimeters, about 24.5 inches |
Road, trekking, hybrid, and touring bicycles, mostly in Europe |
If you searched this question and ended up reading about bicycle geometry, that is why. Two industries, one number, no relationship between them.
On a bicycle, yes, more or less. On a vehicle, the question does not come up, because there is no such thing as a 29 inch automotive wheel.
Here is the bicycle version. A 29er mountain bike is built around the same 622 millimeter rim as a 700C road wheel and the same rim that gets called 28 inch in Europe. All three names describe one rim standard. What changes is the tire on it. A 29er runs a fat mountain tire that measures close to 29 inches on the outside, while a 700C road wheel runs a narrow tire that comes out closer to 28. Same rim, different rubber, different marketing name.
That is worth knowing for one practical reason. If you are shopping for bicycle parts and you see 28 inch, 700C, and 29er used interchangeably, they are compatible at the rim. Tire width and frame clearance are what you actually have to check.
None of that carries over to cars and trucks, where 28 inch is a real 28 inch and the next size up the ladder does not exist in production.
I am not going to talk anybody out of a set of 28s. I have built plenty of them and when they are done right they stop traffic. But I have also seen what happens when somebody budgets for the wheels and tires and nothing else, so here is the honest ladder.
Your speedometer goes wrong first. Going from a factory 33 inch tire to a 40 inch tire is a jump of more than twenty percent in rolling circumference. Your speedometer will read low, your odometer will under count, and on a lot of modern trucks the transmission shift points and the traction control are working from that same wrong number. The fix is a recalibration, not a shrug, and it is a real line item on the build.
Then your gearing. A taller tire is a taller final drive ratio whether you asked for one or not. The engine has to work harder to turn it, downshifts come more often, and towing gets genuinely unpleasant. On a serious jump like this, regearing the axles is not an upgrade, it is a repair for something the tires broke. Read through when to regear after bigger tires before you decide it is optional.
Then your driveline. More rotating mass at a bigger radius means more work for everything that turns it. Rotational inertia climbs with the square of the radius, so the penalty grows faster than the weight alone would suggest. That load lands on the transmission, the differential, the wheel bearings, and the brakes. Our look at whether big rims damage transmissions gets into the actual mechanism rather than the internet argument.
Then your brakes. Same stopping system, more mass to stop, more leverage against it. Pads and rotors go faster. Panic stops take longer. Nobody puts this in the brochure.
Then the tires themselves. On the street side of that list you are running a sidewall under three inches on a heavy vehicle. There is very little rubber standing between your rim lip and a pothole. When the sidewall runs out of travel the rim flange pinches the tire against the pavement, and you get a bent lip on a forged wheel that took eight weeks to build. Sometimes the tire looks fine and a bulge shows up a week later, which is cord damage from that same impact. Our guide to tire sidewall damage and whether it is safe to drive explains how to tell a scuff from a structural failure. On a 28 inch build, learn that difference before you need it.
And then the replacement bill. Four tires, from a short list, several of them single source. If you find a size you like, buy the set together and consider a spare. This is not a size where you can walk into any shop on a Saturday.
If that ladder gave you pause, there is no shame in it. A well built 26 inch setup gets you most of the look with a real tire market behind it, and our guide to 26 inch truck wheels lays out that trade.
If you want 28s, do it in this order and you will not get burned.
1. Pick your tire size first. Go back to the first table, find your row, and choose an actual size from that column. Confirm the tire is currently in production, not just listed somewhere.
2. Measure your wheel well. Get the vertical clearance at full compression and the horizontal clearance at full lock, both sides. Write the numbers down. Compare them to the overall diameter and section width of the tire you picked.
3. Work out your offset from those measurements. Not from a photo of somebody else's truck. Your suspension, your fenders, your brake package.
4. Confirm your bolt pattern and hub bore. Both, exactly. On a blank wheel this is the number that gets machined in permanently, and there is no undoing it.
5. Check the load rating against your gross axle weight rating. Divide the axle rating by two and make sure each wheel is rated above it. Do not guess and do not assume a big expensive wheel is automatically rated high.
6. Ask about lead time in writing. Forged and custom drilled means weeks, not days. Know the number before you take your truck off the road.
7. Budget the whole job. Wheels, tires, mounting and balancing at this size, lug hardware, TPMS sensors, speedometer recalibration, and gears if you are going tall. That total is the real price of the build.
Can you get 28 inch wheels? Yes, and from more builders than most lists mention. But you are ordering a made to order forged wheel that gets drilled to your pattern, not picking one off a shelf, and the finish and the lead time reflect that.
The part that decides whether your build works is the tire. There are about a dozen sizes on the planet at this diameter, split into a low profile street list and a tall lifted truck list that have nothing to do with each other. Pick the tire, then build the wheel around it, then check your clearances, your load rating, and your gearing.
Do it in that order and a set of 28s is a beautiful thing. Do it backward and you end up with four very expensive wheels and nothing to mount on them.
Yes. Multiple manufacturers build wheels at 28 inches, including Asanti, Billet Specialties, Intro Custom, American Force, RBP, Fuel, Azara, DUB, American Racing, and Boyd Coddington. Most are forged and most ship as undrilled blanks that get machined to your bolt pattern when you order, so treat it as a build order with lead time rather than a shelf purchase.
Yes, in widths from 9 inches up to 16 inches and in bolt patterns covering half ton trucks, heavy duty trucks, Jeep, Ram, and big body cars. Roughly three quarters of them are forged, in one piece, two piece, and three piece construction, and roughly three quarters ship without a bolt pattern drilled so the builder can machine it to your vehicle.
About a dozen sizes exist. On the street side: 275/25R28, 295/25R28, 255/30R28, and 325/35R28. On the lifted truck side: 37x13.50R28, 38x13.50R28, 40x15.50R28, 40x16.50R28, 42x15.50R28, and 44x16.50R28. Several of those come from a single manufacturer, so confirm the tire is in production before ordering wheels.
Only in the bicycle world, where 28 inch and 700C describe the same 622 millimeter rim under two different naming conventions. An automotive 28 inch wheel has a true 28 inch bead seat diameter, roughly three and a half inches larger than a 700C bicycle rim and vastly heavier. The two share a number and nothing else.
On a bicycle, effectively yes. A 29er, a 700C, and a European 28 inch all use the same 622 millimeter rim. The names differ because of tire width, with a fat mountain tire measuring near 29 inches overall and a narrow road tire measuring closer to 28. On cars and trucks the comparison does not apply, since there is no 29 inch automotive wheel in production.
This is a bicycle question that shares search results with automotive wheel sizing. Bicycle fit is set by frame size and standover height, not by wheel diameter, so a bike shop measuring your inseam will give you a far better answer than any wheel size chart. Wheel diameter and rider height are only loosely related on a bicycle.
One piece cast is the only construction that lands meaningfully under a thousand dollars per wheel. Forged construction generally starts a little above that, and the bulk of the 28 inch market sits in the mid two thousands per wheel for three piece forged, climbing higher with custom finishes and deep lips. Price the full set plus four tires, since the tires at this diameter are expensive on their own.
Know your tire size and ready to see what will fit it? Browse the full selection of 28 inch wheels and match your width, offset, and bolt pattern before you order.
