Power Steering Fluid Leak: Repair Costs by Leak Location (2026 Guide)

Every power steering leak comes with two numbers, and only one of them is printed on the estimate. The first is the repair, and the price is the address: the same reddish puddle costs $0 if it's a fitting that vibrated loose, $180-$460 if it's a hose, $670-$940 if it's the pump, and $800-$2,500 if it's the rack. The second number is the deadline: the pump is lubricated and cooled by the very fluid that's escaping, and a pump that runs dry destroys itself — quietly converting whichever cheap address you had into that $900 line item on top. Which makes the whole situation a race between a $12 bottle of fluid and a $900 pump, and the bottle wins every time you let it.

The good news is that the address — the thing the entire bill depends on — is findable in your own driveway. A $25 UV dye kit does in 20 minutes what shops charge $50-$150 to do, and half the time the answer is embarrassingly cheap: a loose fitting, a $35 cap seal, a hose weeping at its crimp. The expensive answer, the rack, is real but rarer than it gets quoted — and this guide includes the trap where a $280 hose leak gets billed as a $1,200 rack because nobody isolated the source before writing the estimate.

Here's everything: the two-minute check that confirms it's PS fluid and not one of its reddish impostors, the EPS filter (most 2015+ cars have no fluid at all), the driveway protocol ending in the UV dye test, all five leak addresses with 2026 prices, the fluid-type religion that destroys seals when violated, the honest stop-leak verdict, and the aftermath route for the pump that already ran dry. By the end you'll know your leak's address, its price, and how many days the bottle buys you.

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. Power steering leaks are misdiagnosis heaven: the most expensive component sits at the bottom where all the fluid ends up, gravity signs the rack's name on every drip, and drivers authorize four-figure racks for three-figure hoses. The address comes first. Then the money.

How to use this guide

In order: the filter — confirm the fluid is PS fluid and the car even has any (the EPS split). The protocol — fifteen minutes from reservoir read to UV dye, ending with the leak's address in hand. Your address's route — fittings and reservoir, hoses, pump, rack, or the ran-dry aftermath — each with its price, its DIY boundary, and its shop script. The traps and playbooks cover the acute cases: the rack quote you're holding, the wheel that went heavy on the highway, the weekly top-up treadmill. Steering heavy right now on the road? Playbook 1 first.

One rule overrides everything: the reservoir never runs dry — top-up is not procrastination, it's pump insurance. Every strategy in this guide, from the two-week repair window to the stop-leak verdict, assumes the pump stays wet while you decide. The $8-$12 bottle is the cheapest component in the entire steering system and the only one that protects all the others; a dry pump turns every address below into that address plus $670-$940.

First: is it PS fluid — and does your car even have any? (The 2-minute filter)

The EPS split — the leak that can't exist. Most cars built after ~2015 (and many earlier) use electric power steering: an electric motor, no pump, no hoses, no fluid, no reservoir. Pop the hood and look for a small capped bottle with a steering-wheel icon — Toyota usually front-left, Honda right side near the alternator, Ford near the driver's-side firewall, GM front-left near the battery, BMW/Mercedes often under a plastic cover with a yellow or black cap. No reservoir anywhere = EPS = nothing to leak, and heavy steering is an electrical fault that stores C-codes — the heavy-steering guide runs that entire branch, EPS and hydraulic both.

The fluid split — three reddish impostors. PS fluid is pink-red fresh, reddish-brown used, thin, lightly petroleum-scented, and pools under the front, usually left of center near the pump and rack. Transmission fluid is also reddish but slightly thicker, smells stronger, and pools center-to-rear. Engine oil is dark and thick. Coolant is green/orange/pink, sweet, and dries to white crust. The paper-towel test settles it free: clean white towel or cardboard under the drip overnight — color, texture, position.

The sound split — which whine is this? A groan or whine that appears when turning and peaks near full lock is the hydraulic system complaining about low fluid — this article. A whine that rises with RPM regardless of steering is a bearing — pump or elsewhere — and the acceleration-whine guide separates them. A squeal at startup or full lock can also be a fluid-soaked serpentine belt slipping — which is sometimes how a PS leak first announces itself, in someone else's voice.

The 15-minute driveway protocol

Step 1 — The reservoir read (1 minute). Level against MIN/MAX, cold. Below MIN = fluid is leaving; the system is sealed and consumes nothing. Note the fluid's color too — milky means water contamination, dark and burnt-smelling means it's overdue regardless of the leak.

Step 2 — The puddle map (2 minutes). Cardboard under the car overnight if you haven't already. The drip's position is evidence: under the pump (belt side of the engine), under the rack (center, behind the engine, between the wheels), or under the reservoir — each points to its own route below.

Step 3 — The fitting pass (3 minutes, free money). Engine off, trace both hoses — pump to rack (high-pressure, metal fittings) and rack back to reservoir (return). Try each fitting by hand: one that turns even slightly was loose, and you may have just fixed the leak for $0. Vibration loosens fittings over years; this is the most anticlimactic repair in the steering system.

Step 4 — The hose and pump look (3 minutes). Along each hose: cracks, bulges, oil-wet rubber, weeping at the crimps; a hose that's soft and swollen is deteriorating from inside. At the pump: fluid tracking from the shaft area or dripping off the pump body = shaft seal. Listen too — a pump that whines constantly, not just on turns, is already announcing bearing wear.

Step 5 — The boot squeeze (2 minutes). At each end of the rack, the accordion rubber boots: intact, or cracked and torn? Squeeze gently — a boot that feels soft and wet is holding escaped rack fluid inside it, the rack's classic early confession, and caught here it's sometimes still a boot-and-monitor situation rather than a rack bill.

Step 6 — The UV dye endgame (20 minutes, $20-$30, definitive). Dye into the reservoir, 15-20 minutes of normal driving with several full-lock moments, then the kit's UV light over every component: the leak glows yellow-green at its exact address. This is the same test shops charge $50-$150 for, and walking in with its answer changes every conversation that follows.

The live alternative: helper turns the wheel lock to lock, engine running, while you watch with a flashlight — active leaks mist and spray visibly under pressure. (And don't hold full lock — more than a few seconds at lock spikes system pressure hard enough to make new leaks.)

Find your situation: eight ways people arrive here

"There's a reddish puddle under the front." → The filter's fluid split, then the protocol — the puddle's position is already narrowing the address.

"Steering's heavy and it whines when I park." → The classic low-fluid signature. Reservoir read now, top up today, protocol this week.

"A shop quoted me a rack — $1,200+." → Trap 1 before any signature: the rack is the most-overquoted address in steering, and the $25 dye test is your second opinion.

"I top up every week and it keeps dropping." → You're on the treadmill — safe, but paying rent. Playbook 3 does the math on when the bottle stops being cheaper than the fix.

"The wheel went heavy suddenly while driving." → Playbook 1, now — that's assist failing in real time, and the pump may be running dry as you read.

"The pump whines constantly, even straight ahead." → The pump is starving or already damaged — Route 5's territory, and the decision is seal-vs-whole-pump.

"My mechanic found a torn rack boot at inspection." → Route 4's early exit: a torn boot caught before the seals dry is the cheapest rack outcome that exists.

"No reservoir anywhere — but steering's heavy." → EPS. No fluid, no leak; the heavy-steering guide and a code read are your path.

What actually determines your price

The address — the master variable. Fitting $0, cap $15-$35, reservoir $80-$250, hose $180-$460+, pump $670-$940, rack $800-$2,500. Same puddle, 100x price range; everything else is a modifier on this.

Access. The same hose is a one-hour job on one engine and a pump-off excavation on another — which is why RepairPal's all-vehicle hose average ($715-$795) sits far above the accessible-engine range ($180-$460). Ask which kind your engine is before comparing quotes.

Pump health at repair time. A leaking pump that's quiet gets a $200-$400 seal; one that's also whining gets replaced whole ($670-$940) — a seal on a noisy pump is money buried in a dying part.

The boot clock (rack only). Rack seals fail after their protective boots tear and the seals dry out. Caught at the torn-boot stage: $50-$150. Caught at the weeping-rack stage: $800+. Same component, timing is the price.

Fluid religion. Honda takes Honda PSF only; BMW hydraulic systems take Pentosin CHF 11S; the wrong bottle swells seals into leaks within months. The cheapest way to buy a rack is topping up a Honda with "universal" fluid.

Dealer vs independent. The usual 20-40% dealer premium applies, and racks are labor-heavy enough that it compounds — the dealer-vs-independent math matters most at this system's expensive end.

The price ladder: every outcome, 2026 numbers

Read it bottom-up when a quote arrives — and notice that the top four rows, everything through the boot, are DIY-or-nearly territory. The dye test's whole job is proving which half of this ladder you're on before anyone quotes from the bottom half.

Your leak, by what you drive

Two table rules: on any Honda or European hydraulic system, the fluid type is religion, not preference — the wrong bottle is a slow-motion seal replacement; on any 2015+ car, confirm hydraulic-vs-EPS before spending a dollar on this article's problem — a surprising number of "PS leaks" on EPS cars turn out to be transmission fluid wearing red.

Which route is yours? Answer five questions

Question 1: Did the protocol end at a fitting, the cap, or the reservoir? → Route 1. Your number: $0-$250. The cheap addresses — most of them DIY.

Question 2: Dye glows at a hose or its crimp? → Route 2. Your number: $180-$460 accessible, $500-$800 buried. The most common paid address.

Question 3: Dye glows at the pump body or shaft? → Route 3. Your number: $200-$940. The seal-vs-whole-pump decision, settled by noise.

Question 4: Dye glows at the rack ends, or a boot is torn/wet? → Route 4. Your number: $50-$2,500 — the widest range in steering, and timing picks your end of it.

Question 5: The pump already ran dry — or whines constantly? → Route 5. The aftermath: pump + the original leak + a flush, priced honestly.

Power steering leak repair: the five routes

Route 1: The cheap addresses — fittings, cap, reservoir — $0 to $250

Fix it yourself — the whole route is the fix. The fitting pass from the protocol is the repair when it works: a fitting that turns by hand was loose, and snugging it may end the story — recheck the puddle spot in three days. The cap seal is a two-minute swap: pull the rubber ring under the cap, match it at the parts store, done. The reservoir is a 30-minute job on most cars: drain what's in it (turkey baster works), disconnect its hoses, swap the tank, refill with the correct fluid for your make — the table above is not optional — and cycle the wheel lock-to-lock a few times with the engine running to purge air. Any lingering whine after a refill is trapped air; a few more gentle lock-to-lock cycles clears it.

At the shop, if you'd rather: "The dye shows the leak at [the fitting / the cap / the reservoir] — quote that repair specifically, and note on the estimate that the pump and rack showed no dye." That last clause is your insurance against scope drift.

Route 2: The hoses — $180 to $460 (accessible) or $500 to $800 (buried)

The high-pressure hose lives the hardest life in the system — full pump pressure, every drive, flexing with the engine — and it fails first: weeping crimps, cracked rubber, the soft swollen feel of internal breakdown. Two decisions ride along. Do both hoses if the second is original: the labor overlap makes the return hose a $60-$120 add now versus its own appointment later — the same bundle logic as the belt-and-tensioner math, at hose scale. And know your access class before comparing quotes: the identical hose is a one-hour job on an open layout and a pump-off excavation on a packed one — a $700 quote on the second kind of engine isn't padding, it's geography, and one question sorts them.

Fix it yourself — with a boundary. The return hose is genuine DIY on accessible engines: low pressure, hose clamps, basic tools. The high-pressure hose is the boundary case — torque on the fittings, exact routing, and a proper air-bleed after (reservoir full, engine running, slow lock-to-lock cycles until the whine clears and the fluid stops foaming). If the hose disappears behind the pump or subframe, this is the route where the shop earns its labor.

At the shop: "Is my engine's hose accessible or does the pump come off — and does the quote include bleeding the system and rechecking for leaks under pressure afterward?"

How much does it cost to fix a power steering fluid leak? The price is the leak's address. Cheapest first: a loose fitting is $0-$100 and sometimes literally hand-tightened; a reservoir cap seal $15-$35; the reservoir $80-$250; hoses $180-$460 on accessible engines and $500-$800 where the pump must come off for access — the split behind RepairPal's $715-$795 all-vehicle average; a pump shaft seal $200-$400 on a quiet pump; a full pump $670-$940; rack seals $300-$600 where rebuildable; and rack replacement $800-$1,500 mainstream or $1,000-$2,500+ European. Finding the address costs $50-$150 at a shop (usually credited toward the repair) or $25 in your driveway with a UV dye kit and twenty minutes. The number that disciplines all the others: a pump that runs dry adds itself — $670-$940 — to whatever the original address cost. Pulscar's $19.99 sound diagnosis reads the whine before the puddle even forms.

Route 3: The pump — seal or whole? — $200 to $940

The shaft seal — where the belt-driven shaft enters the pump body — is the pump's standard confession, and the repair fork is audible. Quiet pump, wet shaft: the seal alone ($200-$400) is honest, especially under ~120K miles. Whining pump, wet anything: the whine is bearing wear announcing that the seal's neighbor is dying too, and the whole unit goes ($670-$940; a reman pump with warranty saves 20-30% on parts and is the standard smart pick). Two riders on any pump job: the serpentine belt comes off anyway — if it's fluid-soaked or aged, $25-$75 replaces it in the same labor; and the system gets fresh, correct fluid, because whatever the old fluid carried (dye, debris, the wrong bottle's damage) shouldn't christen the new pump.

At the shop: "Is the pump quiet or whining with the wheel straight? If it's quiet, quote the shaft seal; if it's whining, quote a reman pump — and either way the belt gets inspected while it's off."

Is it safe to drive with a power steering fluid leak? Short-term yes, under two conditions that do all the work. One: the reservoir never runs dry — the pump is lubricated and cooled by the fluid it moves, and minutes of dry running score its internals, adding a $670-$940 pump to whatever the leak itself costs. The correct fluid, $8-$12 a bottle, checked every few days, is the entire insurance policy. Two: the assist stays predictable — a wheel that goes suddenly heavy mid-drive means assist is failing in real time; the car still steers, just with real muscle, so grip firmly and get off the road. While living with a leak, skip the two aggravators: holding full lock (pressure spikes hard at the stops) and ignoring a whine that's turned constant — the pump narrating its own starvation. On EPS cars — most 2015+ — there's no fluid at all; heavy steering there is electrical. Pulscar tells the two apart from a 30-second recording.

Route 4: The rack — $50 boot to $2,500 replacement

The rack's seals live under rubber accordion boots, and the failure has a schedule: boot tears first, seals dry second, rack weeps third. Each stage has its own bill, which makes rack economics a timing game. Stage one — a torn boot found at inspection, rack still dry and tight — is the $50-$150 save that this route exists to advertise. Stage two, seals weeping but the rack mechanically sound (no play in the play test: helper rocks the wheel an inch or two, engine off, while you watch for rack movement that the tires don't follow), earns a seal kit or rebuild where the platform offers one — many don't, Honda racks among them. Stage three is replacement: $800-$1,500 mainstream with alignment and fluid, $1,000-$2,500+ on European layouts where the independent specialist versus dealer gap is worth a thousand dollars by itself. One adjacent note: a weeping rack near the tie rods is also where pulling and vague steering start — rack decisions are steering-precision decisions, not just leak decisions.

At the shop: "Show me the dye at the rack itself — not fluid that dripped onto it from above. Is a seal kit available for this rack, or is replacement the only option? And the quote includes the alignment?"

Where do power steering fluid leaks come from? Five addresses, in frequency order. First, the hoses and their fittings: the high-pressure hose from pump to rack lives under constant pressure cycling and fails first — and many "hose leaks" are just fittings vibrated loose, a $0 hand-tighten. Hose repair runs $180-$460 on accessible engines, $500-$800 where the pump blocks access. Second, the pump shaft seal — fluid weeping around the driveshaft and dripping off the pump body: $200-$400 for the seal on a quiet pump, $670-$940 for the whole unit on a whining one. Third, the rack seals — usually confessing first as fluid trapped inside torn accordion boots: $50-$150 caught at the boot stage, $800-$2,500 caught late. Fourth, the reservoir and cap, cracked by thermal cycling: $15-$250. Fifth, everything downstream — including a fluid-soaked serpentine belt that squeals someone else's complaint. Pulscar's sound analysis and a $25 UV dye kit pin the address before any quote does.

Route 5: The aftermath — the pump already ran dry — $850 to $1,400+

The route nobody chooses and plenty arrive at. A pump run dry doesn't fail politely — bearings score, vanes wear, and the debris it sheds circulates through the whole system, which is why the honest aftermath job is three-part: the pump ($670-$940, reman with warranty), the original leak — still leaking, still the root cause, still priced by its own address — and a full flush, because metal-flecked fluid pumped through a new pump is how you buy a third pump. The order of failure is also the diagnostic: if the whine came first and the leak second, suspect the pump seal as the original address; if the puddle came first, the dye test still runs, because a new pump feeding an old hose leak is Route 5 on repeat. The one consolation: this is the route that makes every earlier route's math obvious in hindsight, which is exactly why the top-up rule leads this guide.

At the shop: "Pump, the original leak, and a flush — all three quoted, or the new pump inherits the old problem. And I'd like the old pump back."

What the leak visit looks like at a good shop

Five checkpoints — each a question you're allowed to ask:

The address, proven (first). Dye or pressure test performed, and the leak point shown to you — glowing, physically, on the component. "Show me where the dye glows." A quote written without this step is a guess with a signature line.

Gravity, ruled out (with it). Fluid runs down and back before it drips — the lowest wet point is where fluid ends up, not where it escapes. "Is this the source, or the low point it drips from?"

The fluid, named (on the estimate). The exact spec for your make — Honda PSF, Pentosin CHF 11S, ATF+4 — written down. A shop that says "universal fluid is fine" for a Honda or BMW has told you something important.

The system verdict (before you sign). Pump quiet or whining, boots intact or torn, belt dry or soaked — stated per component. This is what separates a leak repair from a leak subscription.

The after-proof (at pickup). System bled, fluid at level, and a pressure-on recheck — engine running, wheel cycled — with no fresh weep. "Was it rechecked under pressure after the repair?"

The diagnostic trap: three plays, dissected

Trap one: the rack quote for a hose leak. The situation: heavy steering, reddish puddle, and a $1,200 rack estimate by lunchtime. What's real: the rack sits low and central — every leak above it eventually drips near it, and gravity signs the rack's name on the pump's and hoses' work. The price vs the bill: a $280 hose repair invoiced as a $1,200 rack — and the leak often persists, because the hose is still cracked above the brand-new rack. The defense question: "Did a dye or pressure test isolate the source — and can you show me the dye on the rack itself?" The $25 kit answers it in your driveway before the estimate exists.

Trap two: the universal-fluid top-up. The situation: low fluid, a helpful counter clerk, a $9 bottle of "universal power steering fluid" into a Honda. What's real: Honda, BMW, Mercedes, and VW/Audi systems use seal materials matched to specific fluids — the wrong chemistry swells and softens seals over 6-18 months, manufacturing the very leak it was topping up. The price vs the bill: a $9 bottle that matures into a rack-seal job. The defense question (to yourself, at the shelf): "What does the cap or manual actually specify?" — and in a stranded emergency where any fluid beats a dry pump, note what went in and flush it out at the repair.

Trap three: the pump-only aftermath. The situation: the pump died whining, the shop quotes a pump, everyone feels the problem is solved. What's real: pumps rarely die unprovoked — a leak starved it, and the leak survives the pump swap; the new pump inherits the same emptying reservoir. The price vs the bill: pump #2 within months, plus the leak repair that was always owed. The defense question: "What starved the first pump — and is that repair on this estimate?"

Three real quotes, decoded

Scenario 1: the two-week wait. Camry driver notices slightly heavy steering, decides it's "probably nothing," drives two weeks. The whine goes constant in week two; by the shop visit the reservoir is dry. Original problem: a weeping high-pressure hose fitting — $240. Actual bill: hose $240 + pump $780 + flush $120 = $1,140. Lesson: the leak was never the expensive part — the fortnight was. The $12 bottle and a same-week repair were the whole defense.

Scenario 2: the rack that wasn't. Accord owner gets a $1,250 rack quote for "fluid all over the rack." Spends $27 on a dye kit that evening: twenty minutes of driving, UV light, and the glow traces up — dye brilliant at the high-pressure hose crimp, the rack merely wet below it. Second shop, dye photo in hand: hose replacement $310, leak gone, rack untouched a year later. Lesson: gravity signs the rack's name on other components' leaks — the dye test is a $25 veto over a four-figure guess.

Scenario 3: the $9 bottle. CR-V topped up twice with universal fluid over a winter. By summer, both rack boots are wet inside and the seals weep steadily — on a platform where seals aren't sold separately. Rack replacement: $1,050, plus a flush to purge the offending fluid. Lesson: on Honda, the fluid spec is the seal warranty — PSF costs $4 more than the bottle that bought this rack.

Your situation right now: four playbooks

"The steering went heavy while I'm driving." Grip firm — the car still steers without assist, just with real effort, heaviest at low speed. Get off the road at the next safe spot, engine off, reservoir check. Dry = do not keep driving; every dry minute is pump damage, and the heavy-steering guide's emergency branch covers the tow-vs-top-up call. Fluid on hand and the level was just low = top up, cycle the wheel gently, and drive straight to the fix.

"I'm holding a rack quote." Three questions before any signature: dye test done? — glow shown on the rack itself, not fluid dripped onto it? — seal kit available for this rack or replacement-only? A no on the first two = the $25 dye kit tonight and a second opinion tomorrow; racks are the most-overquoted address in steering, and the overcharging guide's test-before-parts rule was practically written for them.

"I'm topping up every week." The treadmill is safe — that's the point of the rule — but priced: $10/week is $500/year in bottles for a leak whose most likely address costs $180-$460 once. Run the dye test this weekend; if the address lands in the ladder's top half, the treadmill was costing more than the exit. If it's the rack and the budget says wait, the treadmill plus intact boots is a legitimate holding pattern — with the level checked every few days, not weekly, as the leak grows.

"I'm buying a used hydraulic-steering car." Ninety seconds: reservoir level and fluid color (milky or burnt = history), pump listened to at idle and full lock (constant whine = pump on the clock), boots squeezed (wet = rack confessing), and the underside scanned for red film. Any of the four = a $300-$1,200 line item that belongs in the offer — and a seller's "it just needs fluid" means the leak is officially your discovery.

After the fix: verify and protect it

The 3-day recheck: cardboard back under the car, reservoir re-read — the repair proves itself dry, or it goes back under warranty now, not at the next MIN mark. The bleed check: any post-repair whine or jerky assist is trapped air — reservoir full, engine idling, slow lock-to-lock cycles until it clears. The right bottle in the trunk: one spare of your spec — the $10 that makes every future low-fluid moment a non-event instead of a universal-fluid trap. The boot habit: a ten-second squeeze at every oil change — the rack's cheapest early-warning system. The fluid clock: PS fluid ages like any hydraulic fluid — a flush every 2-4 years or ~50-75K keeps the new seals in clean chemistry, and after any contamination event (wrong fluid, dry-run debris, cured stop-leak) the flush is mandatory, not optional.

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

Next 10 minutes (free):

1. The filter: reservoir found (hydraulic) or absent (EPS — different article); puddle color and position read against the impostors.
2. The reservoir read: below MIN = top-up goes on today's list, correct spec only.
3. The fitting pass: every hose fitting tried by hand — the $0 fix hides here more often than pride admits.

Today: 4. Correct fluid in ($8-$12), level to MAX-cold, and cardboard under the car for the overnight map. 5. The pump listened to (quiet vs constant whine) and the boots squeezed — the two verdicts that pre-answer Routes 3 and 4. 6. Whine you can't place — belt, pump, or fluid? The $19.99 recording sorts it before any counter conversation.

This week: 7. The UV dye kit ($20-$30): dye in, twenty minutes of driving, UV light, address in hand — the entire diagnostic step, done. 8. Address in the ladder's top half → the DIY or the one-line shop script; bottom half → the route's questions asked before any signature, second opinion on any rack. 9. The permanent kit: spare bottle of your spec in the trunk, boot squeeze added to the oil-change ritual, and the top-up rule filed where the panic would have gone.

For the steering cluster: heavy steering (this system's mirror symptom, EPS included), noise when turning, squeaking on turns, wheel shaking, and pulling to one side. For the machinery: the serpentine belt that drives this pump and the whine that isn't the fluid. For the other puddles: oil, coolant, and transmission fluid. For the money side: diagnostic costs, dealership vs independent, and overcharging signs. And our story explains why Pulscar exists.

How these numbers were built: cross-checked against 2026 estimator and shop data (fittings $0-$100; reservoir $80-$250; hoses $180-$460 accessible with RepairPal's all-vehicle average at $715-$795 reflecting pump-off layouts; pump seal $200-$400; complete pump $668-$941 with parts $460-$595, reman units 20-30% less; rack seals $300-$600; rack replacement $800-$1,500 mainstream, $1,000-$2,500+ European; diagnosis $50-$150, typically credited; UV dye kits $20-$30 retail). Assumes independent-shop labor; dealers add 20-40%. Prices reviewed quarterly — last verified July 2026.

Holding a rack quote you're not sure about, or stuck on the weekly top-up treadmill? Email [email protected] with the details and we'll tell you which address it smells like.