AC Recharge Cost in 2026: $100 to $650 — the Sticker Under Your Hood Decides

An AC recharge is the rare repair where two honest shops can quote numbers 3x apart — and both be right. The variable isn't the shop; it's one line on a sticker under your hood. Cars built through roughly 2015 use R134a refrigerant ($19-$37 per pound in 2026); newer cars use R1234yf, which runs $100-$150 per pound, legally requires certified equipment, and takes longer to service. Same symptom, same fix, completely different bill — and most drivers walk into the quote conversation not knowing which side of the line their car is on.

And beneath the pricing question sits the truth that saves the most money in this niche: the AC is a sealed loop. Refrigerant circulates; it doesn't burn off, evaporate away, or get consumed. If you're low, it escaped — and the recharge you're about to buy will last exactly as long as the leak allows. The best shops treat every recharge as a diagnosis; the worst treat it as a renewable revenue stream.

This guide covers the full sequence: the two 30-second checks that classify your problem before anyone touches the car, the 10-minute driveway protocol, 2026 prices for every rung from a $30 DIY can to a $2,000 evaporator, the navigator to your route, and the questions that keep a quote honest. By the end you'll know which refrigerant you have, whether it's even a refrigerant problem, your fair number, and your next move. If you arrived from the symptom side, our AC not blowing cold and AC not working guides are this article's diagnostic twins, and AC smells bad covers the odor branch.

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. AC service is a quiet corner of that economy: the symptom is miserable enough (July, traffic, warm air) that people pay for whatever gets cold air moving today, and the leak that caused it gets found next summer, and the summer after that. Let's break the cycle for the price of reading.

How to use this guide

In order: run the two splits — warm-vs-weak (is it even refrigerant?) and R134a-vs-R1234yf (which price universe are you in?). Run the 10-minute protocol to name your prime suspect. Find your situation in the finder. Check the price ladder for your fair number. Run the navigator to your route and use its script at the shop. If it's a heatwave and you need cold air today, Playbook 1 near the end is written for this afternoon.

One rule overrides everything: no second recharge without a leak diagnosis. The first recharge with dye is legitimate — it's both the fix and the setup for finding a slow leak. Paying for refrigerant twice without anyone looking for where it went is the defining mistake of this repair category.

First: the two 30-second checks

Check one — warm or weak? Set the AC to max, fan on high, and put your hand on the center vent. Strong airflow, but the air is warm: the refrigerant loop isn't cooling — this article is for you. Weak airflow, even if slightly cool: the problem is on the air side — a clogged cabin filter ($15-$40, five minutes, the most underrated fix in car comfort), a failing blower motor, or a stuck blend door actuator (the flap that mixes hot and cold air — its death rattle is often a clicking behind the dash). No amount of refrigerant fixes weak airflow, and a distressing number of recharges get sold against this exact symptom. The AC not working guide walks the air-side branch in full.

Check two — which refrigerant? Open the hood and find the AC sticker (radiator support, strut tower, or underside of the hood): it names the refrigerant — R134a or R1234yf — and the exact charge weight in grams. This single line determines your price universe: R134a service runs $100-$300; R1234yf runs $250-$650 because the refrigerant costs 3-5x more per pound and requires certified recovery equipment. Rule of thumb if the sticker's unreadable: 2014 and older = almost certainly R134a; 2018 and newer = almost certainly R1234yf; in between = it varies by model. Knowing this before you call for quotes converts you from a price-taker into someone comparing like with like.

The 10-minute driveway protocol

Step 1 — The vent test (2 minutes). Engine running, AC max, fan high, doors closed, two minutes. A cheap thermometer in the center vent: 35-48°F = healthy system, your problem is elsewhere; 50-60°F = partially working, classic low-charge territory; near ambient = the loop isn't cooling at all.

Step 2 — The compressor clutch check (2 minutes). Hood open, AC switched on and off while you watch the front of the compressor (follow the belt to the pump with the switchable front plate). Turning the AC on should produce an audible click and the very center of the compressor pulley should start spinning with the belt. Clutch engages = the compressor is being asked to work; a warm cabin means the charge or a component. No click, center stays still = the system is refusing to run the compressor — commonly the low-pressure protection switch (which means low refrigerant), a relay ($20-$45), a fuse, or the clutch itself. Clutch cycling on-off every few seconds = the signature of a low charge: pressure drops, safety cuts out, pressure recovers, repeat.

Step 3 — The cabin filter (3 minutes, everyone should do this regardless). Usually behind the glovebox, two clips, no tools. If it looks like a lint trap, you've found either your whole problem or a compounding one — restricted airflow makes even a healthy AC feel weak.

Step 4 — The visual leak sweep (2 minutes). AC components wear their leaks: look for oily, dust-caked patches on the condenser (the thin radiator-like panel in front of the radiator), on the metal AC lines, and at their crimped fittings. Refrigerant escapes with a little oil, and the oil traps road dust — an oily grime spot on a line or the condenser face is a leak announcing itself for free.

Step 5 — The hiss-and-drip check (1 minute). With the AC just switched off, a brief hiss near the dash can be normal equalization — but a persistent hiss is escaping refrigerant. Water dripping under the passenger side on a humid day is normal condensation (that's the system working); the absence of that drip on a humid day when the AC "works" is its own quiet tell.

Step 6 — The history question (30 seconds of honesty). Has this car been recharged before? Last summer too? You don't have a recharge need — you have a leak with a subscription. And: has anyone (including past-you) put a sealer can in it? That answer changes every conversation downstream — say it out loud at the shop, because the sealant contaminates their machine and they will find out.

By the end you know: refrigerant side vs air side, R134a vs R1234yf, clutch engaging or not, and any visible leak evidence. That's more than half of the shop's diagnosis, done free.

Find your situation: eight ways people arrive here

"The AC just gradually got less cold over months/years." → The classic slow-leak aging pattern. A proper recharge with dye is the legitimate first move — Route 2 — and the dye is your insurance policy for the next step if it fades again.

"It went from cold to warm in days." → Fast leak or a component failure. A bare recharge may not survive the week; you want the vacuum-hold test (which doubles as a leak screen) as part of the service, and possibly the leak diagnosis up front. Route 2 with a hard conversation, or Route 3.

"Cold in the morning, warm in traffic." → Heat-load sensitivity: often a marginal charge, a struggling condenser fan, or a condenser blocked by debris (bugs, leaves, a plastic bag — check the front of it, seriously). Protocol first; this pattern has cheap endings.

"The air is weak, not warm." → Air side: cabin filter, blower, blend door. Not a refrigerant problem; a recharge is money burned. Start with the $20 filter.

"It blows cold on one side and warm on the other." → Dual-zone blend door actuator territory (or, on some systems, a genuinely low charge — dual-evaporator vans and three-row SUVs show this asymmetrically). Protocol, then the shop conversation.

"My AC clicks on and off rapidly and cools poorly." → Textbook low-charge clutch cycling (protocol Step 2). The system is protecting itself. Route 2, dye included.

"I recharged it myself and it's warm again." → The can bought you evidence: the leak is real and probably not tiny. Skip to Route 3 — and if any can involved was a sealer can, read the trap section before calling anyone.

"A shop quoted me a compressor." → Sometimes right — compressors do die — but the $1,000+ verdict deserves the same evidence discipline as every big quote: what ruled out the relay, the pressure switch, the clutch coil, and a simple low charge? The trap section has your script.

What actually determines your price

Refrigerant type — the dominant factor. R134a: $19-$37/lb retail in 2026, and rising — the EPA's AIM Act phase-down cut HFC production 40%, and prices have doubled since 2022. R1234yf: $100-$150/lb, certified-equipment-only, and slower to service (shops book ~2.0 hours vs ~1.4 for R134a). This isn't shop greed; it's chemistry policy landing on your invoice.

System size. The sticker's charge weight varies from ~14 oz on a compact to 2+ lbs on a three-row SUV with rear AC — and rear-AC systems have more lines, more connections, and more places to leak.

Scope: top-off vs full service. A "top-off" adds refrigerant to whatever's in there: cheaper, faster, skips the vacuum and the recovery weighing — and skips everything diagnostic about the visit. A full evacuate-and-recharge recovers and weighs the old charge (the weight is information), pulls vacuum (moisture removal + leak screen), and refills to the exact gram. The $80-$150 difference between them buys you the diagnosis.

Leak diagnosis, included or not. UV dye injection runs $10-$35 as an add-on and should be near-automatic on any low system; an active leak hunt (UV lamp inspection, electronic sniffer, nitrogen pressure test) is its own $50-$150 line.

Who does it. Dealers run ~25% above independents on this service; dedicated AC/radiator specialists often beat general shops on both price and diagnostic speed, because July is their Christmas. The dealer-vs-independent math applies with one twist: on R1234yf cars, confirm whoever you use actually has the certified machine — not everyone does yet.

Season and region. Peak-summer demand raises prices and wait times in hot states; the smartest AC money is spent in April. Metro labor runs 15-25% over national baseline.

The price ladder: every rung, 2026 numbers

Same rule as every ladder on this blog: read it bottom-up when a quote arrives — every rung below the quoted one is a question the shop should already have answered. And on this ladder specifically: any rung from "leak repair" down ends with a recharge on top, so ask whether the quote includes the refill or bills it separately.

Your number, by what you drive

The ladder gives the job; your vehicle sets the multiplier — mostly through refrigerant type and system size. 2026 evacuate-and-recharge ranges at independent shops:

Two uses for the table: your quote benchmark, and a shop filter. On R1234yf and hybrid rows, the qualifying question is equipment: "Do you have the R1234yf machine?" and — for hybrids — "Do you stock the POE oil my compressor requires?" A shop that hesitates on either just routed you to the next call, before any refrigerant changed hands.

Which route is yours? Answer five questions

Question 1: Is the car under bumper-to-bumper warranty (typically 3yr/36K)? → Route 1. Your number: $0. AC components and leaks are covered; even the refrigerant usually rides along with a covered repair. Next move: dealer, before anyone else opens the system.

Question 2: Is this the FIRST time the AC has faded (gradual, over seasons)? → Route 2. Your number: $100-$300 (R134a) / $250-$650 (R1234yf). The proper recharge with dye — legitimate as both fix and diagnostic setup. The script is below.

Question 3: Recharge number two within 12-18 months — or it went warm within weeks of the last one? → Route 3. Your number: $50-$150 for the hunt, then $150-$900 for the fix by what's found. The subscription ends here; no refrigerant without the leak verdict.

Question 4: Clutch never engages, or the failure was sudden with noise (grinding, squealing from the compressor area)? → Protocol Step 2 evidence matters: no-click cases start at the $20-$250 electrical rung, not the compressor. Noise cases point at Route 4 — but with the evidence questions from the trap section asked first.

Question 5: Confirmed dead component (compressor seized, condenser holed, evaporator leaking)? → Route 4. Your number: $400-$2,000 by component. The quote checklist below decides whether it's a fair one.

AC recharge cost: the five routes

Route 1: Warranty — $0

Worth thirty seconds of paperwork before any quote: most R1234yf vehicles are recent enough that bumper-to-bumper or CPO coverage is a live question, and an AC that quit at 30,000 miles is exactly what that coverage exists for. Extended warranties vary — many cover components but exclude "recharge as maintenance," which is one more reason the visit should be framed as a leak diagnosis (covered) rather than a recharge (maybe not).

What to say: "AC performance loss documented — vent temps at [X]°F on max. Scheduling diagnosis under warranty; please document the refrigerant weight recovered."

Route 2: The proper recharge with dye — $100 to $650 by refrigerant

The honest version of this service is five steps: recover and weigh the old charge (finding 6 oz where the sticker says 22 tells the leak story instantly), vacuum for 30+ minutes (boils out moisture — and a system that can't hold vacuum just failed a free leak test), recharge by exact weight to the sticker's gram figure (the trigger-until-cold method over- or under-charges, and both cool worse), inject UV dye, and verify vent temperature on the way out. That's 1-2 hours of real service — the reason it costs more than the gas-station top-off, and the reason it's worth it.

At the shop: "Full evacuate and recharge to the sticker weight, dye included — and tell me the recovered weight and whether it held vacuum." Those last two numbers are your leak forecast: full-ish recovery + held vacuum = enjoy your summers; near-empty recovery = book the Route 3 conversation now, on your terms, in the shade.

Why is my car's AC blowing warm air? Work the split before spending anything: warm air at strong airflow means the refrigerant loop isn't cooling — most often a low charge from a slow leak, with the telltale compressor clutch cycling on and off every few seconds as low-pressure protection kicks in; less often an electrical fault (relay, fuse, pressure switch) that keeps the compressor from engaging at all, and only occasionally the compressor itself. Weak airflow — even slightly cool — is a different problem family entirely: a clogged cabin filter, a dying blower motor, or a stuck blend door mixing in heated air, and no amount of refrigerant changes any of them. Two free checks settle it: a thermometer in the center vent (35-48°F is healthy) and thirty seconds watching whether the compressor clutch clicks and spins when the AC switches on. Pulscar's diagnosis runs this exact split from a recording plus your symptom answers — before a shop bills the wrong side of it.

Route 3: The leak hunt and repair — $200 to $900 all-in

This is where the subscription ends. Most automotive AC leaks land on the cheap half of the map: o-rings at connections, Schrader valve cores at the service ports, the compressor shaft seal, a chafed line — $150-$400 fixes with the recharge riding on top. The expensive minority: condenser punctures (road debris; $400-$900 with recharge) and the evaporator (inside the dash — Route 4's labor story). The hunt itself is honest, methodical work: the dye from your last recharge glows under UV at the escape point; the electronic sniffer checks what the lamp can't see, including inside the vents for evaporator leaks.

At the shop: "No refrigerant until the leak is found and named — dye trace, sniffer, nitrogen if needed. Then quote the specific fix with the recharge included." One follow-up that earns its keep: "and photograph the dye trace for me." Location + photo = a quote you can compare, instead of a verdict you have to trust.

How often does a car AC need to be recharged? The design answer is never — and knowing that changes how you buy this service. The AC is a sealed loop: refrigerant circulates between the compressor, condenser, and evaporator, but it isn't consumed the way oil or washer fluid is. A factory charge can last the vehicle's lifetime; what actually happens is that seals, o-rings, and connections develop microscopic leaks as they age, so many cars want one honest service somewhere in years five through ten. The pattern that should trigger alarm is frequency: a recharge every summer — or one that fades within weeks — means an active leak, and each refill is a rental payment on cold air, at $100-$300 for R134a cars and $250-$650 for R1234yf ones. The money-right sequence: first recharge with UV dye included; any repeat performance goes straight to the $50-$150 leak hunt. Pulscar's report flags the repeat-recharge pattern and prices the leak-fix path against the subscription.

Route 4: The big components — $400 to $2,000

Three components, three different stories. The condenser lives in front of the radiator eating road debris — its replacement is honest mid-range work, and on many cars the part is surprisingly cheap; check it for a blocking layer of bugs and leaves before condemning anything (a blocked condenser mimics half these symptoms for free). The compressor is the big verdict, and it comes with a rule the cheap quotes skip: a failed compressor circulates metal through the system, so the correct job includes a system flush, a new receiver/drier (mandatory any time the loop is opened — it's the system's moisture filter), and frequently the expansion valve/orifice tube. A compressor swapped without the flush is a compressor with a countdown. The evaporator is a labor story — it lives inside the dash, and the dash comes out to reach it, which is why a $150 part carries a $900-$2,000 invoice and why this specific verdict deserves a second opinion by default.

At the shop: "Itemize it: component, flush, receiver/drier, expansion valve if included, refrigerant by weight, and the warranty on the compressor." On R1234yf cars, the refrigerant line item alone can be $200+ — seeing it itemized keeps the comparison honest across quotes.

Route 5: The DIY can — $30 to $70, eyes open

The honest DIY paragraph: on an R134a car, a $40 can-and-gauge kit genuinely can restore cooling, and for a 15-year-old car worth $3,000, "one more cold summer for $40" is legitimate math. Do it right: gauge connected to the low-side port, engine running, AC max, charge in short bursts to the pressure chart on the gauge — not until the vents feel cold, which is how systems get overcharged into cooling worse and stressing the compressor. Know what you're not getting: no vacuum (any moisture stays in, slowly making acid), no recovery, no leak fix — you're refilling a leaking system, informed. On R1234yf cars this route doesn't exist: $100-$150/lb refrigerant, certified-equipment law, and cans that mostly aren't on shelves anyway.

The hard line: never the sealer can. "Stop leak" formulas circulate through the entire loop and can clog the condenser's and expansion valve's tiny passages — trading a $200 o-ring for a $900 condenser. Worse, sealant contaminates shop recovery machines, so shops test for it and either surcharge ($100+) or refuse sealed systems entirely. That $20 can is the single most expensive product in the AC aisle.

What's the difference between R134a and R1234yf refrigerant? Age and money. R134a served as the standard from the mid-1990s until the EPA began phasing in R1234yf around 2014, with new vehicles required to use it since 2021 — so a 2012 car is almost certainly R134a, a 2019 almost certainly R1234yf, and 2015-2017 models vary (the under-hood sticker settles it in thirty seconds, listing both the type and the exact charge weight). R1234yf's climate footprint is roughly 99.7% smaller, and its price is correspondingly larger: $100-$150 per pound versus $19-$37 for R134a in 2026, plus certified recovery equipment and longer service times — which is why the identical recharge runs $100-$300 on the older refrigerant and $250-$650 on the newer one. One trend note: R134a is itself being phased down under the AIM Act — its price has roughly doubled since 2022, so the "cheap" refrigerant gets less cheap every season. Pulscar's estimates price your car's actual refrigerant, not a generic average.

What a proper recharge visit looks like

Thirty to ninety minutes, five checkpoints — and each one is a question you can ask at pickup:

Recovery. The machine pulls out whatever's in the system and weighs it. Sticker says 22 oz, recovery finds 8? That's a leak rate written in numbers. Ask: "What weight did you recover?"

Vacuum. 30+ minutes of deep vacuum boils moisture out of the loop — and then the system sits in vacuum with the machine watching. Holding vacuum = passed a leak screen. Losing vacuum = there's your leak, found for free. Ask: "Did it hold vacuum?"

Charge by weight. The exact gram figure from the sticker — not a pressure guess, not "until cold." Ask: "Charged to spec weight?"

Dye. In it goes, invisible until needed. Ask: "Dye included?"

Verification. Vent thermometer, target roughly 35-48°F at the center vent on max. Ask for the number.

A shop that answers all five without blinking is a shop doing the real service. A "recharge" with none of these checkpoints is a top-off wearing the price tag of one.

The diagnostic trap: the subscription, the sealer, and the premature compressor

Trap one: the recharge subscription. The situation: AC fades every summer. What the shop says: "You're low again — recharge is $220." Every June. What's actually happening: a $180 o-ring or Schrader valve has been leaking for three years, and nobody's ever pointed a UV lamp at the dye — if dye was ever injected at all. The real price vs. what you paid: $250-$330 once (hunt + seal-level fix + recharge) versus $220 annually, forever. Defense: the Route 3 sentence — "no refrigerant until the leak is found and named." One honest tell: a good shop starts this conversation for you on recharge #2.

Trap two: the sealer-can bomb. Covered in Route 5, but the shop-side version matters too: if a previous owner (or previous you) ran sealer through the system, say so up front. Shops test for sealant to protect their machines; discovering it mid-service converts a routine visit into a surcharge and an awkward conversation. And if a shop proposes a sealer product as the fix for a found leak — that's a shop optimizing for this month, not for your system.

Trap three: the premature compressor. The situation: AC quit suddenly, cabin's warm. What the shop says: "Compressor's gone — $1,100." What the evidence sometimes says instead: the clutch relay ($25), a blown fuse, a failed pressure switch ($80-$200), or a system so low the safety cutoff won't allow engagement — all of which produce the identical symptom: a compressor that never clicks on. Defense: "What ruled out the relay, the pressure switch, and low charge before condemning the compressor? Was the compressor jumped directly?" A seized compressor is provable in one test (the clutch plate won't turn by hand; jumping the clutch does nothing); a shop with the right verdict answers in one sentence. If the story wobbles, our overcharging signs and bill dispute guides pick up from there.

Three real quotes, decoded

Scenario 1: 2013 Accord, third recharge in three summers, quoted $230 for round four. Owner asked for the hunt instead: dye from last year's service glowed at the condenser's lower fitting — one o-ring, $170 fixed, $120 recharge, $290 total. Two summers later: still cold. Lesson: the subscription always costs more than the exit; the dye was sitting there waiting to be looked at.

Scenario 2: 2019 RAV4, first fade, owner shocked by a $480 quote after a friend paid $160 "for the same thing." The sticker explained everything: R1234yf vs the friend's R134a Corolla. The quote itemized $260 of refrigerant alone — legitimate. Second independent quote: $445. Lesson: on this repair, "shop around" starts with knowing your refrigerant — the 3x price gap between two honest quotes is chemistry, not larceny.

Scenario 3: F-150, AC died overnight, general shop quoted a $1,150 compressor. The protocol's Step 2 finding: no click, ever. AC specialist's first checks: clutch relay swapped with the horn relay (same part) — AC returned instantly. $38 with the diagnostic. The compressor had been innocent, silent, and about to be executed. Lesson: "compressor won't engage" and "compressor is dead" are different findings separated by a $25 relay — the jump test settles it in minutes.

Your situation right now: four playbooks

"It's a heatwave and I need cold air today." Triage order: cabin filter check (five minutes, fixes the weak-air cases outright), condenser face cleared of debris, then the vent thermometer and clutch check. If it's genuinely low-charge and the car is R134a and older: the DIY can is your legitimate same-day bridge — gauge, short bursts, no sealer — with the proper service booked for the cool of next week. R1234yf or newer car: call the AC specialist first, not the closest bay; July walk-ins at general shops meet July pricing. Meanwhile: windows down for the first minute to dump cabin heat, then recirculation on — it's the difference between cooling the Sahara and cooling a closet.

"My recharge only lasted two weeks." That's not a failed recharge — that's a successful leak measurement. A system that empties in two weeks has a leak findable in one appointment; fast leaks are the easy hunts (the sniffer practically points). Straight to Route 3, and bring the recovery-weight number from the recharge if you have it — it converts "it stopped working" into data.

"I put a sealer can in it and now I need a shop." Deep breath; honesty is your cheapest option. Call ahead: "the system may have sealer in it — do you test for it, and what's the surcharge?" Some shops handle it routinely ($100-$150 to test and filter), some decline; finding the right one by phone beats a bay-side surprise. The one path not to take: silence — contaminating their $5,000 machine converts a surcharge into a bill and a burned bridge.

"I'm buying a used car — how do I screen the AC?" Three minutes: vent thermometer on max (35-48°F target), clutch click-and-spin check, oily-grime sweep of the condenser face and line fittings — and on any 2015-2017 car, read the sticker, because an R1234yf system quietly adds $150-$350 to every future AC event. The seller question that earns its keep: "when was the AC last serviced or recharged?" — a car that "just got recharged for the sale" is a car whose leak is currently masked. Price accordingly.

After the repair: keep it cold

Run it year-round. Ten minutes of AC weekly — winter included — circulates the oil that keeps the compressor's seals supple; the cars that leak are disproportionately the ones whose AC hibernates October through May (and the defroster runs the compressor anyway, so winter use is free). The two-week check: vents still in the 35-48°F range, no return of the cycling clutch. The paper: recovered weight, vacuum-hold result, charge weight, dye confirmation — photographed. If cold ever fades again, that record turns the next visit from a diagnosis into a confirmation. The filter cadence: cabin filter yearly (or each spring); it's $20 of insurance on every other dollar in this article.

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

Next 10 minutes (free):

1. The two splits: warm-vs-weak at the vent, R134a-vs-R1234yf on the sticker. These two answers price the entire conversation.
2. The clutch check: click and spin, cycling, or silence. Write down which.
3. Cabin filter out and inspected — the fix hiding in the glovebox.

Today: 4. Full protocol: vent thermometer, condenser debris check, oily-grime sweep, the honesty question (prior recharges? any sealer?). 5. Warranty math on anything under 4 years old — AC is covered territory, and R1234yf cars are young by definition.

This week: 6. First fade → Route 2 booked with the five-checkpoint script: recovery weight, vacuum hold, spec-weight charge, dye, vent temp verified. 7. Repeat fade → Route 3: the hunt first, refrigerant after, dye trace photographed. 8. Component verdicts → the itemized quote (flush, drier, refrigerant by weight, warranty) and — on compressors — the relay/pressure-switch/jump-test question before any signature.

For the symptom side: AC not blowing cold, AC not working at all, and AC smells bad (the mold-in-the-evaporator story). For the money side: what a diagnostic should cost, dealership vs independent, signs you're being overcharged, and finding an honest mechanic. And our story explains why Pulscar exists.

How these numbers were built: cross-checked against RepairPal 2026 (recharge average $282-$366), 2026 refrigerant market data (R134a $19-$37/lb post-AIM-Act phase-down; R1234yf $100-$150/lb), shop-network R1234yf service rates ($450-$650 typical), and itemized ancillary pricing (dye $10-$35, recovery fees $15-$60, leak diagnosis $50-$150). Assumes independent-shop labor; dealers run ~25% higher. Prices reviewed quarterly — last verified July 2026.

Holding an AC quote that doesn't name your refrigerant? Email [email protected] with the itemization and we'll decode it.