Wheel Bearing Replacement Cost in 2026: $250-$600 Bolt-On, $400-$900 Pressed-In

Here's what nobody tells you when the quote lands: the bearing is a $50-$150 part. What turns that into a $700 invoice isn't the part — it's how your car holds it.

Two designs exist, and they're a different job wearing the same name. A bolt-on hub assembly is a complete unit — bearing, hub, studs, usually the ABS sensor — held to the knuckle by three or four bolts. Undo them, bolt the new one on: 1-2 hours, no press, nothing that affects your alignment. A pressed-in bearing sits inside the knuckle, and reaching it means taking the knuckle off the car, onto a hydraulic press, pushing the old bearing out and the new one in without wrecking anything: 2-4 hours — and because tie rods, ball joints, or strut bolts came apart, an alignment at $100-$200 is now mandatory.

The parts line on the pressed-in job looks cheaper. The labor line erases that and keeps going. Same failure, same symptom, $400 apart — decided by a design choice the factory made years ago.

Then there's the diagnostic, and it runs backwards from what everyone assumes. Steer left and the car's weight shifts onto the right wheels — so the bearing that gets loudest turning left is the one on the right. People name the wrong corner constantly, and shops that don't verify replace it.

And before any of that: check your tires. Cupped, scalloped tread produces a droning hum that rises with speed and changes in turns — indistinguishable from a bearing by ear. Rotating your tires costs nothing and settles it: if the noise moves with them, you just saved $500.

Here's everything: the free tests that name the corner and rule out the tires, the bolt-on-versus-pressed-in question that decides your bill, the alignment rule for when it's required and when it's an upsell, the axle-nut torque that quietly kills new bearings, and the escalation math — because waiting turns one bearing into a bearing, a spindle, and a rotor. By the end you'll know which corner, which design, and what your number should be.

I built Pulscar — an AI tool that diagnoses car problems before you pay a mechanic — after spending $6,000 on misdiagnosed repairs over a few years, starting with a $380 bill for what turned out to be a $5 fix. Wheel bearings are a favorite of that pattern: the noise is vague, the corner is easy to get wrong, and almost nobody checks the tires first. This guide fixes all three for free.

How to use this guide

In order: rule out the tires — rotate them, it's free, and cupped tread sounds identical. Name the corner — the turn test, remembering it's backwards. Ask which design — bolt-on hub or pressed-in, because that's the $400 question and it also answers the alignment one. Then your route: not the bearing, bolt-on, pressed-in, the rust complications, or the delay math.

One rule overrides everything: never approve a bearing before someone has spun the wheel and rocked it. A bad bearing has a physical signature — roughness or play you can feel with the wheel off the ground — and any shop quoting one from a test drive alone is guessing at a corner. That check takes two minutes and it's the difference between fixing your noise and buying a bearing that was fine.

First: is it even a bearing? (The 5-minute filter)

The speed test — free, and the one that matters. Bearing noise tracks road speed, never engine RPM. At a steady 45 mph, shift to neutral and coast. Unchanged hum with the engine idling = it rotates with your wheels: a bearing, or tires. If it changes with the engine, you're in a different article — whining that follows RPM.

The turn test — free, and remember it's backwards. At a steady 40-50 mph, gentle sweeping turns each way. Louder left = the right bearing. Louder right = the left one. Weight transfers to the outside wheel, and the loaded bearing complains. No change in turns is often rear bearings — or tires.

The tire check — skipping it is how people buy bearings they didn't need. Run a hand across the tread, especially the inner edge you can't see. Scalloped high-and-low spots mean cupping, and cupped tires drone exactly like a bearing. Then rotate front-to-back: if the noise moves, it's the tires.

The play test — needs the wheel off the ground. Rock the tire at 3 and 9 o'clock: play points at a bearing or tie rod. Then 12 and 6: bearing or ball joint. Then spin it by hand — a failing bearing feels rough or gritty, and you'll often hear it. This is the physical confirmation your quote should be based on.

The heat check — after a drive, careful. Feel each wheel's center hub. A failing bearing makes friction, and a hub noticeably hotter than its twin has just identified itself.

Not a hum at all? Clunking over bumps is suspension. Grinding when braking is pads. Noise only when turning can be CV joints. The humming guide sorts them all.

The 10-minute driveway protocol

Step 1 — Coast in neutral (2 minutes, free). 45 mph, shift to neutral. Unchanged = wheels, not engine — half the field gone before you spend a dollar.

Step 2 — Sweep left, sweep right (3 minutes, free). Gentle turns at 40-50. Louder left = right bearing. Louder right = left bearing. Write it down — you'll be asked, and being right saves an argument.

Step 3 — Feel the tread (2 minutes, free). Hand across each tire, inner edge included. Scalloping means cupping, and cupped tires hum. Found it? Rotate before booking anything.

Step 4 — The 3-9 and 12-6 rock (5 minutes, needs a jack). Wheel off the ground, safely on a stand. Rock at 3-9, then 12-6 — any play is a finding. Then spin it: rough or gritty = bearing.

Step 5 — Touch the hubs (1 minute, after a drive, careful). One hub hotter than its twin is a strong signal. Hot enough to burn means stop driving.

Step 6 — Ask the design question (one call, free, worth $400). "Bolt-on hub assembly or pressed-in bearing at that corner?" Bolt-on: 1-2 hours, no alignment. Pressed-in: 2-4 hours, knuckle off, alignment required. This one question explains the entire spread between two quotes — and whether an alignment on your invoice is legitimate or padding.

Find your situation: eight ways people arrive here

"A hum that gets louder the faster I go." Classic bearing. Coast in neutral to rule out the engine, then check the tires before booking.

"It's louder when I turn left." Then it's the right bearing. Weight moves to the outside wheel. Almost everyone gets this backwards.

"One shop said $320, another $780." Ask each which design they're quoting. Bolt-on versus pressed-in is a different job — both numbers may be honest.

"They want to add an alignment." Correct on a pressed-in bearing — the knuckle came off. Wrong on a bolt-on hub, where nothing that sets alignment was touched.

"The ABS light came on with the noise." The sensor usually lives inside the hub. That's consistent with a bearing, and it's why hub assemblies include a new sensor.

"My last bearing lasted eight months." Suspect the axle nut torque — over-tightening destroys a new bearing quietly, and it's the most common installation error there is.

"I just got new tires and the hum is gone." Then it was the tires. Cupped tread and a bearing sound the same, and only one of them costs $500.

"It's a rust-belt car." Add $50-$200 and an hour. Seized hubs and snapped ABS sensors are the local tax — an honest shop warns you upfront.

What actually determines your price

Bolt-on versus pressed-in — the $400 variable. Hub: 1-2 hours, no press, no alignment. Pressed-in: 2-4 hours, press, knuckle off, alignment required. Ask which you have first.

The alignment, and whether it's real. $100-$200, mandatory on pressed-in, unnecessary on bolt-on — one of the few line items that's honest on one invoice and padding on another.

Part quality, which matters more here than usual. Budget bearings $30-$80 may last 30,000-50,000 miles. Quality aftermarket $60-$150 typically passes 80,000. Timken, SKF, NTN and OEM run $100-$300 and last longest. On a part this expensive to install, cheap is false economy.

Vehicle type. Compacts $150-$450. Midsize SUVs $250-$600. Trucks and large SUVs $300-$800. European and luxury past $700, sometimes past $1,000 on complex AWD.

Rust. Seized hubs, stuck axle nuts, and corroded fasteners add $50-$200 and up to an hour. A snapped ABS sensor is another $40-$200.

Front versus rear. Rear bearings often run $250-$550 — simpler access, less load. But a sealed rear hub or a rear-drive truck flips that entirely.

What else is already off the car. If brakes are being done at that corner anyway, the bearing rides along on labor already paid for. Real savings — ask.

The price ladder: every outcome, 2026 numbers

Read it bottom-up when a quote arrives — and note that the top rung is free. A tire rotation and a five-minute rock of the wheel stand between you and every number below them.

Your number, by what you drive

Two table rules. The last row is the cheapest money on this page: if that corner is coming apart for brakes anyway, adding the bearing costs close to parts alone, because the labor is already on the invoice. Ask about it whenever a bearing is merely getting noisy rather than screaming — timing it with brakes you already needed is free labor. And rust-belt owners should hear the adder before the job starts, not after. A shop that says "seized hardware may add an hour, I'll call before I go past the estimate" is being straight with you; one that discovers it silently and bills it is not.

Which route is yours? Answer five questions

Question 1: Does the noise move when you rotate the tires? → Route 1. Your number: $0-$50. It was never a bearing.

Question 2: Confirmed bearing, and your car uses a bolt-on hub? → Route 2. Your number: $250-$600. No press, no alignment.

Question 3: Confirmed bearing, and it's pressed into the knuckle? → Route 3. Your number: $400-$900. Plus a legitimate alignment.

Question 4: Rust-belt car, ABS light on, or a seized hub? → Route 4. Your number: +$50-$400. The complications tier.

Question 5: Grinding, wobble, or a hot hub? → Route 5. Your number: $800-$2,000. Stop driving.

Wheel bearing replacement: the five routes

Route 1: It isn't the bearing — $0 to $50

Fix it yourself — the free elimination. Three tests, no tools worth naming, and they settle it before anyone opens a parts catalog.

(1) The neutral coast. 45 mph, neutral, listen. Unchanged = it rotates with your wheels, so engine and transmission are out. (2) The tread read. Hand flat across each tire, including the inner edge you can't see from standing. Scalloped high-and-low spots are cupping, and cupping drones exactly like a bearing. (3) The rotation proof. Move the tires front to back and drive. If the noise moved, it's the tires. If it stayed, you've confirmed a bearing for free and know which corner. (4) The pressure check. Air them to spec — a hum that changes with tire pressure was never a bearing.

The honest boundary: a rotation won't fix cupping, it proves it. Cupped tires usually mean worn suspension underneath — the next conversation, but a very different one from a $700 bearing.

At the shop, if you'd rather: "Before we talk about bearings: are my tires cupped, and does the noise follow a rotation? And I'd like you to rock the wheel at 3-9 and 12-6 and spin it by hand while I watch."

Which side is my bad wheel bearing on? The opposite one from what your instinct says — and it's the most useful free test here. When you turn, weight transfers to the outside wheels, so turning left loads the right side of the car. If the humming gets louder as you steer left, the right bearing is the suspect; louder turning right points at the left. Do it at a steady 40-50 mph with gentle sweeping turns, listening for volume rather than pitch. Noise that doesn't change in turns is often rear bearings, or tires. And the tell that separates a bearing from everything else: it tracks road speed, never engine RPM. Coast in neutral at 45 — an identical hum with the engine idling is rotating with your wheels. People name the wrong corner constantly, and a shop that doesn't verify by hand will replace whatever you pointed at. Pulscar tells you which corner to demand they check.

Route 2: The bolt-on hub — $250 to $600

The good version. The hub assembly arrives as one sealed unit — bearing, hub, wheel studs, usually the ABS sensor — and it bolts to the steering knuckle with three or four bolts. No press. No knuckle removal. Nothing touched that affects your alignment.

Why the part costs more and you still win. A bare bearing is $50-$150; a hub assembly is $200 and up. That looks worse until you count hours: the hub skips the press setup, the knuckle removal, and the reassembly — where the $200-$500 of pressed-in labor lives. Higher parts line, lower total.

The ABS sensor bonus. Most hub assemblies have the wheel-speed sensor built in, so a new one is included. A corroded sensor is a $40-$200 adder on any other version of this job — here it's free with the unit.

The step that decides whether your new bearing lives. The axle nut has a torque spec, and it isn't a suggestion. Over-tighten it and you preload the new bearing into an early grave — often within a year. Under-tighten and you get wheel wobble. A shop that torques to spec with a wrench rather than an impact gun is a shop whose work lasts, and it's fair to ask.

Fix it yourself — realistic on this design. A bolt-on hub is genuinely within reach with hand tools, and it's where the DIY math works: $50-$200 in parts against $250-$600 fitted.

(1) Buy the torque wrench first. Not optional — the axle nut spec is real, and over-tightening preloads the new bearing into failure within months. The $40 wrench is cheaper than the second bearing. (2) Assess the rust honestly. Salt-belt car with corroded bolts is where DIY jobs die at 9pm with the car on a stand. (3) Break the axle nut loose with the wheel on the ground, before jacking — it's torqued to hundreds of foot-pounds and will spin the hub otherwise. (4) Support the caliper on wire from the spring; never let it hang on the hose. (5) Three or four bolts, then the hub — it may be rust-welded in, so penetrating oil and a puller. (6) Clean the mating surface before the new hub goes on: debris means it sits crooked, which means noise. (7) Torque the axle nut to spec with the wheel back down, new nut if it's single-use.

The honest boundary: pressed-in bearings need a hydraulic press. Driveway-and-hammer damages the bearing during installation, and it fails months later — after you've forgotten why.

At the shop, if you'd rather: "Bolt-on hub, so: quality unit — Timken, SKF, NTN or OEM — brand on the invoice, axle nut torqued to spec with a wrench, and no alignment charge, since the knuckle isn't coming off. What's the parts warranty?"

Route 3: The pressed-in bearing — $400 to $900

Here the bearing sits inside the knuckle, and the only way to it is taking the knuckle off the car: disconnecting tie rods, ball joints, often strut bolts; onto a hydraulic press; old bearing out; bore cleaned; new one pressed in square without damage.

Why the alignment is real here and not there. Every component that came loose to free the knuckle — tie rod, ball joint, strut bolts — is a component that sets your camber and toe. Putting them back doesn't put them back exactly. The $100-$200 alignment isn't an upsell on this job; it's the finishing step, and skipping it wears your tires unevenly. On a bolt-on hub, none of that happened, and the same charge would be padding. Same words on two invoices, honest on one.

The risk that makes this a shop job. Pressing a bearing in crooked, or on the wrong race, ruins it during installation — sometimes invisibly, so it fails months later. The knuckle bore can be damaged too, and that's a much larger repair. "Cheaper part" doesn't mean "cheaper job."

The bundling lever. The tie rods and ball joints are already disconnected. If any are marginal, this is the cheapest hour they'll ever be replaced in — the teardown is paid for. Ask.

At the shop: "Pressed-in bearing, so I expect: knuckle off, proper press work, and the alignment included since you're disturbing the geometry anyway. While the tie rod and ball joint are disconnected, are either of them worn enough to do now?"

Why do two shops quote $300 and $700 for the same wheel bearing? Because they may be quoting genuinely different jobs. Modern cars use one of two designs. A bolt-on hub assembly is a complete unit — bearing, hub, studs, usually the ABS sensor — bolted to the knuckle: 1-2 hours, no press, no alignment afterward. A pressed-in bearing is the bearing alone, and reaching it means taking the steering knuckle off the car, setting it on a hydraulic press, and pressing the old one out and the new one in without damage: 2-4 hours, and because tie rods and ball joints came loose, an alignment at $100-$200 is now part of the job. The parts line looks cheaper on the pressed-in bearing; the labor line more than erases it. Ask which design your car has before comparing a single number. Pulscar tells you which questions turn a confusing pair of quotes into an obvious choice.

Route 4: Rust, sensors, and the complications — add $50 to $400

Salt fuses a hub into a knuckle like they were cast together, and a one-hour job becomes two with heat, penetrating oil, and pullers. This adder is legitimate — the difference between an honest shop and a careless one is when you hear about it.

The ABS sensor problem. The wheel-speed sensor is usually integral to the hub or bolted beside it, and corrosion means it often snaps off during removal: $40-$200. Two things follow. An ABS light arriving with the hum is consistent with a bearing, not a coincidence — the sensor reads a ring inside it. And it's a quiet argument for the hub assembly where both exist: the new sensor comes in the box.

The related-parts reality. While the corner is apart, ask about the tie rod end and ball joint — if either is worn, the labor overlap is large, and doing them separately means paying that teardown twice.

What to demand upfront. "Estimate on clean hardware, and your ceiling if it's seized. Call me before you cross it." A shop that answers clearly has done a hundred of these. One that won't commit to a ceiling is telling you something.

At the shop: "Rust-belt car. What's the estimate on clean hardware, and what's the worst case if the hub is seized? And if the ABS sensor snaps, what does that add? I'd like both numbers now, not later."

Route 5: The delay math — $800 to $2,000

A humming bearing isn't an emergency. It's a notice, and it stays one for weeks or months — which is exactly why this route exists. The failure is slow enough to ignore, and ignoring it costs in two currencies.

The money. A worn bearing chews the spindle it rides on and wears the rotor beside it. Suspension techs tell the same story: people who wait don't replace a bearing, they replace a bearing, a spindle, and a rotor. A $350 job becomes $800-$2,000 because the noise was tolerable.

The other currency. At the end of a bearing's life the wheel seizes or separates. That's not a repair conversation. Stop driving and get it towed if you feel wobble in the steering, if there's grinding rather than humming, if the ABS light is on with the noise, or if the hub is hot to the touch after a drive. A $75-$150 tow is the cheapest line item on this page.

The tire tax you're already paying. A failing bearing lets the wheel wander microscopically out of true, scrubbing tread. By the time it's replaced, the tires at that corner have often paid for part of the repair.

At the shop: "It's been humming a while. Beyond the bearing, check the spindle and the rotor at that corner and tell me if either is damaged — I'd rather know now than find out when the new bearing goes noisy in a year."

Is it safe to drive with a bad wheel bearing? For a short while, with an expensive clock running. A bearing that has started humming usually keeps humming for weeks or months before anything dramatic happens, so a faint noise means schedule the repair, not abandon the car. But bearings never improve, and the failure at the end is the wheel seizing or separating — at speed, exactly as bad as it sounds. The practical argument is money: a worn bearing chews the spindle it rides on and wears the rotor beside it, so a $250-$600 job becomes $800-$2,000 for people who wait. Tow it — $75-$150 — if you feel wobble, if the ABS light joins the noise, if there's grinding rather than humming, or if the hub is hot after a drive. Those four signs mean the notice period ended. Pulscar reads the sound and tells you whether you're booking a repair or calling a truck.

What the diagnosis looks like at a good shop

Thirty minutes, five checkpoints — each a question you're allowed to ask:

The road test, with turns (10 min). Ask: "which way did it get louder, and which corner does that point to?" If the answer doesn't invert the direction, they don't know this test.

The tires, ruled out (5 min). Ask: "are the tires cupped?" Thirty free seconds, and the most common wrong answer in this category.

The wheel off the ground (10 min). Rock at 3-9 and 12-6, spin by hand. Ask: "did you feel play, and was it rough?" The physical confirmation that turns a guess into a diagnosis.

The design named (2 min). Ask: "bolt-on hub or pressed-in?" This determines your price, your hours, and whether an alignment belongs on the invoice.

The hardware assessed (3 min). Ask: "how bad is the corrosion, and what's your ceiling if it fights you?" On a salt-belt car, worth $200 of surprises.

The diagnostic trap: three ways a bearing job goes wrong

Trap one: the bearing sold to a set of tires. The situation: hum rises with speed, louder in turns. The quote: $580, front bearing. What's real: cupped tires, and a $50 rotation proves it in one drive. Cupped tread and a bearing are indistinguishable by ear — but one test is free. The defense question: "Did you check the tires for cupping, and does the noise follow a rotation?" What a diagnostic should cost covers what your fee should buy.

Trap two: the wrong corner. The situation: driver says "louder turning left," shop replaces the left bearing. What's real: turning left loads the right wheel — the right bearing was the suspect. The noise remains, the driver is out $500, and the shop suggests "must be the other one too." The defense question: "Did you confirm by hand which side has play or roughness?" A bearing convicted by road test alone is a coin flip.

Trap three: the alignment on a bolt-on hub. The situation: hub replaced, $180 alignment added. What's real: a bolt-on hub disturbs nothing that sets camber or toe — the knuckle never left the car. On a pressed-in job the same charge is mandatory and honest. The price vs the bill: $180 for a service the job didn't create. The defense question: "Did the knuckle come off? If not, why is there an alignment?" Overcharging signs covers the pattern, and disputing a bill is the backup plan.

Three real quotes, decoded

Scenario 1: 2016 CR-V, hum at 50 mph, quoted $620 for a front bearing. Owner rotated the tires first — $0, at home. The noise moved to the back with them. Cupped from skipped rotations. Total $0 for the diagnosis, and the real repair was tires that were due anyway. Lesson: the free test everyone skips ends a third of these stories.

Scenario 2: 2014 Passat, confirmed bearing, quotes at $340 and $760. The $340 was a bolt-on hub price quoted by a shop that hadn't looked up the car — it's a pressed-in design. The $760 included the press work and the alignment. The cheap shop later "discovered" the difference. The $760 was the honest number from the start. Lesson: a quote given without knowing the design isn't a quote, it's a hopeful number.

Scenario 3: 2011 Silverado, humming for over a year, then wobble. Bearing had destroyed the spindle and scored the rotor. Bearing, spindle, rotor: $1,420 — plus a $110 tow, because by then it wasn't safe to drive. Lesson: the hum was a $400 repair for most of that year, and every month of ignoring it was quietly buying parts.

Your situation right now: four playbooks

"I have a hum and a quote." Rotate the tires before approving anything. If the noise moves, it was never a bearing — and you saved $500 for the price of a rotation you needed anyway.

"I know it's a bearing but the quotes are far apart." One question: "bolt-on hub or pressed-in?" That's a genuine $400 difference in labor, and it also tells you whether the alignment on the invoice is required or invented.

"They named a corner and I'm not sure." Ask which way it got louder, then check the inversion: louder turning left means the right bearing. Then ask whether anyone rocked the wheel and spun it by hand. If not, the corner is a guess.

"It's grinding, or the wheel wobbles." That's the end of the notice period. Tow it: $75-$150 against a wheel that can seize at speed, and against a spindle and rotor that are still salvageable today and won't be next month.

After the fix: verify and protect it

The torque question, asked once. Confirm the axle nut was torqued to spec with a wrench, not an impact gun. Over-tightening is the quiet killer of new bearings — it preloads them into failure within months, and it's the most common error in this job. A shop that answers without hesitating did it right. The re-listen. Same road, same speed. Silence means the right corner was diagnosed. Quieter but present usually means the other side is going too — better known now than after the warranty lapses. The alignment logic, one last time. Pressed-in: you should have one, and a printout showing before-and-after numbers. Bolt-on: you shouldn't have paid for one. The warranty, in writing. Target 24 months or 24,000 miles on parts and labor. On a component this expensive to install, the warranty is most of the value of a premium brand. The tire check. Those tires took abuse while the bearing failed. Have them looked at while it's on the lift — and put rotations on a schedule, since cupping is where this article started for a lot of people.

Your action plan: next 10 minutes, today, this week

Next 10 minutes (free):

1. Coast in neutral at 45. Hum unchanged = it's your wheels, not your engine. That's half the field eliminated.
2. Sweep left, sweep right. Louder left = right bearing. Write down the corner — and trust the inversion, it's physics, not a trick.
3. Feel every tire's tread, inner edge included. Scalloping = cupping = a $50 answer instead of a $600 one.

Today: 4. Rotate the tires. If the noise travels with them, you're done — book tires, not bearings. 5. If you can jack it safely: rock at 3-9 and 12-6, then spin the wheel and listen. Play or roughness is your confirmation. 6. Touch the hubs after a drive. One hotter than its twin has confessed.

This week: 7. Call and ask: "bolt-on hub or pressed-in at that corner?" One question, $400 of clarity, and it settles the alignment question too. 8. Get quotes with the design named, the part brand named, and the alignment either included (pressed-in) or absent (bolt-on). Salt-belt car? Ask for the seized-hardware ceiling upfront. 9. Confirm the axle nut gets torqued to spec, and ask for 24 months on parts and labor. That sentence is what makes the difference between a bearing that lasts 80,000 miles and one you meet again next winter.

For the noise neighbors: humming noise explained (where most people meet this), grinding noises, noise when turning, clunking over bumps, and strange car noises decoded. For the vibration side: shakes at highway speed, steering wheel shaking, and pulling to one side. For what belongs on the invoice: alignment costs and brake pad costs, since that corner is already apart. For recording it properly: how to record a car noise. For the money side: what a diagnostic should cost, dealership vs independent, overcharging signs, finding an honest mechanic, and disputing a bill. And our story explains why Pulscar exists.

How these numbers were built: cross-checked against 2026 automotive estimator and shop-survey data (wheel bearing replacement $150-$800 per wheel with most jobs at $250-$600; bearings $30-$80 budget, $60-$150 quality aftermarket, $100-$300 OEM and premium including Timken, SKF and NTN; hub assemblies from $200 as a part and $230-$750 fitted; labor $100-$300 for bolt-on hubs at 1-2 hours and $200-$500 for pressed-in bearings at 2-4 hours, with 4WD hubs at 1.5-2.5 hours; compacts $150-$450, midsize SUVs $250-$600, trucks and large SUVs $300-$800, rear bearings $250-$550, European and complex AWD past $700; both sides of an axle $500-$1,200 and all four $1,000-$2,400; alignment $100-$200 required after knuckle removal and not after a bolt-on hub; seized hardware adding half an hour to an hour, ABS sensor damage $40-$200; DIY with quality parts $50-$200 per wheel; budget bearings lasting 30,000-50,000 miles against 80,000+ for quality units). Assumes independent-shop labor at $90-$159/hour; dealers add 20-40%. Prices reviewed quarterly — last verified July 2026.

Holding a bearing quote and not sure they named the right corner? Email [email protected] with which way it gets louder and we'll tell you which side to ask about.