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The short version
- An Odyssey wheel bearing from 2000 to 2016 is a genuine press job at the front, and owners describe the job in blunt terms.
- A screw type puller will not move it. Reports point at a twenty ton press and heat as the realistic answer.
- Rust changes the calculation, since seized hardware around the bearing beats a home attempt before the bearing itself does.
- The rear is a bolt on hub assembly, which makes it the easy end of this van.
An Odyssey wheel bearing from 2000 to 2016 spans three distinct eras of hardware. All three share one complaint. The front presses into the knuckle, and it does not want to leave.
Owners who have tried a screw type puller report that it will not move the part. That single detail explains most of what follows here.
The rear tells a different story. Knowing which end is failing changes the whole conversation before a wrench comes out.
What an Odyssey wheel bearing job really takes
The bearing presses into the knuckle. The knuckle itself comes off the van before anything can be pressed out of it.
Owners report that a screw type puller does not budge the part. The workaround people describe is a twenty ton press with solid blocking, plus heat on the housing to help the fit let go.
A van sits closer to its rated weight than a sedan does across an ordinary week of driving. That extra mass works the front press fit harder over the same mileage.
Bearing life is rated against load as much as against distance. A van that runs full most weeks asks more of that same press fit than one that runs mostly empty.
That difference does not show up on an odometer. It shows up as noise years earlier than a lightly loaded van of the same age, on a bearing with an identical build date.
A screw type puller works on plenty of front hubs elsewhere. It is simply undersized for what this particular knuckle asks of it. That is the detail most first time owners miss.
The half shaft usually has to come out before the knuckle does. That is an extra step most shop quotes already price in, but a home mechanic should plan for it too.
Budget the whole day for a front job, not just the hour the bearing itself takes. The surrounding steps are where the time actually goes.
Owners who have priced this job more than once say the same thing. The bearing is cheap. The labor around it is not.
That gap between parts cost and labor cost is the single biggest surprise for anyone pricing an Odyssey wheel bearing job for the first time.
The procedure itself is on the press in page. How the front differs from the rear on this van is on the front versus rear page.
Fitting an Odyssey wheel bearing correctly
The encoder face on the new bearing has to point toward the sensor. Backward gives a wheel speed fault on the first drive, not a slow developing one.
The retaining ring inside the knuckle corrodes into its groove on an older van. Freeing it, not the bearing itself, is often the slowest part of the job.
A rebuilt hub that howls or trips a fault code right away usually points at one of those two steps rather than at a bad part. Orientation details worth checking before final assembly are on the orientation page.
Neither step takes long on its own. Both are easy to rush past when a shop is trying to turn the bay around quickly.
Rust changes the calculation
Forum advice from people who have actually done this job is direct. In a salt state, paying a shop is the common recommendation rather than a fallback.
What defeats a home attempt is rarely the bearing itself. It is every fastener and heat shield bolt around it that has seized into its own corrosion.
A quote that looks high for an Odyssey wheel bearing job often reflects that reality. It is not padding.
A shop working on a rusted van budgets for seized bolts, not just the bearing. That is time an estimate has to account for before the press even comes out.
Sway bar links, subframe bolts and the lower ball joint hardware sit right next to the knuckle. On an older van, any one of them can turn a planned afternoon into a multi day job.
None of this is unique to the Odyssey. It is simply more common here because the front already asks for more force than most front hubs need.
A shop that has seen this van before usually quotes accordingly. One that has not may revise the number once the wheel actually comes off.
Asking whether the shop has done an Odyssey wheel bearing job before is a fair question. The answer often predicts how the estimate will hold up.
A shop that hedges on the question is worth a second call. One that answers plainly usually has the right press already on hand.
Getting a number to compare against, before a shop opens the van up, is on the quote page.
The rear is the easy end
The rear is a complete hub and bearing assembly. Remove the brake disc, undo the mounting bolts, and the unit comes away with no press anywhere in the sequence.
Where a complete front knuckle is listed for a given year, buying it removes the press step entirely. It costs more in parts than the bearing alone.
That contrast is why a rear Odyssey wheel bearing job and a front one on the same van are barely comparable afternoons. One needs a shop press. The other needs a wrench.
A reasonable estimate treats the two ends separately. A shop quoting the same price for both positions has not looked closely at either one.
Owners who plan to do the rear themselves generally find it a reasonable first bearing job. The front is a poor place to learn the process for the first time.
The rear still corrodes, just less severely. Soak the mounting bolts ahead of time regardless of which end you are working on.
Four bolts and a connector are usually the whole job at the rear. There is no knuckle to remove and no press to schedule.
A rear Odyssey wheel bearing swap is a fair weekend project for someone comfortable with basic hand tools. The front is a different proposition entirely.
Anyone comparing the two jobs for the first time is often surprised by how little the rear resembles the front. They share a name and little else.
Matching the number to the part in your hand
More than one catalog covers this van, and they do not always describe the same position the same way.
Matching the number stamped on the old part, rather than trusting a year range alone, is the safer route on a van with this much catalog history behind it.
Cross referencing an old number against a current listing is on the cross reference page. Warranty terms on a bearing that fails early are worth reading before any repair starts, and those are on the warranty page.
The 2005 to 2010 van and the 2011 to 2017 van look similar from outside the wheel well. The hardware underneath is not identical, and the part numbers above reflect that rather than a single running change.
A VIN check at a parts counter settles the question quickly. It is faster than pulling the old part first and guessing from its shape.
Keep the old part on hand at the counter regardless. A part number typed in wrong is a common cause of a second trip.
The trim level rarely matters for this part. The generation of the van matters far more than whether it was an EX or a Touring.
That is a smaller list to check than most owners expect. Year range first, catalog listing second, and the trim badge does not enter into it.
The press fit and the labor stay similar across all three eras of van, even where the exact part differs. Budget for the press step regardless of which one is on the lift.
Before you commit to the job
- Confirm the corner first, since front and rear are very different jobs on this van. A front quote and a rear quote should never read the same.
- Test the van unloaded, because a full cabin can mask play at the wheel. Load hides exactly the looseness you are trying to feel for.
- Rock the wheel at twelve and six with it raised off the ground, then again at three and nine to separate a bearing from a tie rod.
- Rule out the tires before blaming the bearing, since uneven wear hums the same way. Rotating them is a cheap first test.
- Ask whether press work is included in any quote for a front job, since it is the part most likely to be quoted separately later.
The checking procedure itself is on the checking page. Separating tire noise from a bearing complaint is on the tire noise page.
Odyssey wheel bearing part numbers
The chart below covers every Odyssey wheel bearing position the catalogs document for 1995 through 2017, front and rear. Parallel listings from separate catalogs are kept as separate rows rather than merged into one.
| Years | Detail | Number |
|---|---|---|
| 2011 to 2017 | Front, hub bearing assembly | 513293 check price |
| 2011 to 2017 | Front, hub bearing assembly, parallel listing | WE60974 check price |
| 2011 to 2017 | Rear, hub bearing assembly | 512366 check price |
| 2005 to 2017 | Rear, hub bearing assembly, parallel listing | WE60447 check price |
| 2005 to 2010 | Front, press-in | 510086 check price |
| 2005 to 2010 | Rear hub | 512320 check price |
| 1999 to 2004 | Front, press-in | 510059 check price |
| 1999 to 2004 | Rear hub | 512180 check price |
| 1995 to 1998 | Front, press-in | 510038 check price |
| 1998 | Rear hub | 512123 check price |
Every model year this chart resolves: 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003, 2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011, 2012, 2013, 2014, 2015, 2016 and 2017.
The catalogs list the 2011 to 2017 front position as a hub bearing assembly. That is not the plain press-in bearing wording the older rows use. The wording change alone does not say whether the newer part still calls for a press, so match the physical unit on the van rather than assuming the older description still applies.
The rear tells a similar story. One catalog carries a single rear number across 2005 to 2017, while another splits the same span into 512320 for the earlier van and 512366 for the later one. Both are correct catalog listings for the same generations, so match the number stamped on the old part rather than picking a side.
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Common questions
Do I need a press for an Odyssey wheel bearing?
At the front yes, and owners report a screw type puller will not do it. A twenty ton press with heat is the realistic answer, and a shop already owns both.
Is the rear the same job?
No. The rear is a bolt on hub assembly with no press work involved at any point, and it comes off with hand tools in a fraction of the time.
Should this be a home job?
In a dry climate, possibly, if a press is already available. In a salt state, the experienced advice from people who have tried it is to pay a shop, since corroded fasteners cost more time than the bearing itself.
Why do these wear out?
Weight is the main driver. A loaded van works its bearings far harder than an empty one, and life falls off steeply with load rather than evenly with distance.
Why did the ABS light come on after the repair?
Most often the new bearing went in with the encoder facing the wrong way. Confirm orientation before final assembly rather than after the light comes on, since the fix is the same job over again.