Fifth and Smallest

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The Vendor That Sells Barrels

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Nominally Hedged, The Iron Report and The Counterparty Read is Kalibr Partners’ briefing on what oil and gas actually costs: every category, CAPEX to OPEX, proprietary data systems, interpreted through a commercial lens. Whichever side of the negotiating table you sit on, you are the intended reader. The data is neutral: the iron does not change shape depending on who reads it. In any single engagement we sit on one side of the table, and we tell you which.

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On August 5, Archrock signed the largest compression services agreement in our coverage’s history: approximately 665,000 horsepower, an 8-year base term, a price management would not discuss. Tuesday’s piece built the frame for grading that trade. Both parties hold a walk-away, the deal lives in the zone between them, and an eight-year term is a wager on where that zone travels between now and 2034.

Half of that wager barely needs a model. By our work the demand for horsepower is a function of geology, and geology is patient: the Permian gas-oil ratio has climbed from 3.2 to 4.6 since 2014, Permian gas grew 9% last year against flat crude, and Archrock’s own materials chart LNG pull nearly doubling by 2030. I will state the conclusion our demand model produces, because the model itself is the thing clients engage us for: horsepower demand does not bend downward inside the window this contract lives in. You can quarrel with the claim over a beer; the machinery stays in the shop, and it isn’t the interesting half anyway.

The interesting half is the vendor’s. Every floor in Tuesday’s framework, the sliver-thin zone, the record rates, the 3-to-5-year tenors stretching to eight, rests on one physical fact: nobody can get a large engine. Caterpillar quotes 195 weeks. The whole compression market has repriced off that number, and an eight-year commitment signed into it is a bet that the number holds. So the question this issue answers is narrow, checkable, and worth real money on both sides of the table: does the supply constraint hold?

One Company in Lafayette, Indiana

Break the eight years into pieces and the bet clarifies. Years one and two are already decided: the iron that will arrive by 2027 is bought, deposited, and scheduled, and no scenario in anyone’s model un-books it. The money years are three through eight, and across those years the vendor’s floor is set by two forces pulling on the same factory. The first is physics: whether Caterpillar and its suppliers can physically make more large engines, which Tuesday’s piece traced into the metallurgy, the block castings and crankshaft forgings nobody can source. The second is competition: who else is bidding for the engines that do get built, which is the data-center build, a customer that signs fifteen-year power agreements and orders in gigawatts.

Hold both forces at once, because the mechanism cuts both ways. If data-center demand persists, compression stays crowded out of the order book and today’s floors hold through the decade’s back half. If it flinches, capacity comes back faster than a 195-week quote implies, and the operator who locked eight years at record rates spends years four through eight explaining the invoice. Sign a compression contract of any length this year and you have taken a position on the data-center build; the only open item is whether you priced it. The rest of this piece takes the two forces apart, then reassembles them as probabilities.

Where the Queue Lives

Tuesday’s piece established what the United States cannot do: cast a large engine block anywhere on its own soil, or forge a large crankshaft on more than four presses. The queue’s anatomy goes deeper than that, and the deeper you go, the more the constraint looks like other industries’ problems that compression happens to be standing in.

Start with the castings. The foundries that can pour a 3600-class block are countable on a hand or two worldwide, and their capacity is already owned. Tupy, the Brazilian giant that is the world’s largest iron foundry, runs three plants totaling 748,000 tons a year, and its blocks and heads sit in 70% of the medium and heavy trucks on American roads; its new large-engine contracts start delivering in 2027 and 2028. India’s Craftsman Automation spent a decade scaling from 100-kilogram castings to 3-tonne ones and now serves seven of the world’s ten largest engine OEMs; its Kothavadi foundry expansion, the nearest net-new block capacity anywhere in the pipeline, reaches commercial production in fiscal 2029, and it’s being built against a $100 million order book linked primarily to data-center demand. From the compression chair that sentence reads: the next block foundry to open is already sold, to the other bidder, before the first pour.

And casting the block is the easy part. Machining it requires vertical machining centers and large-bore boring machines of a class only a small group of machine-tool builders on earth produces (DMG Mori is the name that keeps coming up), with a year-plus lead time on the equipment itself. This is the chokepoint underneath the chokepoint: the machines that make the parts are scarcer than the parts.

The crankshaft story compounds the same way. The worldwide fleet of large forging presses spans roughly 33 facilities, and the presses are promiscuous: the same open-die equipment forges aerospace structural parts, defense components, wind-turbine shafts, and nuclear pressure vessels. Commercial aerospace and defense are, in the words of analysts, monopolizing critical press time. Safran is spending €150 million on a 30,000-ton press in France; Pratt & Whitney is adding its seventh isothermal forging press in Georgia for $200 million; India’s Happy Forgings, whose 14,000-ton line is among the largest of its kind anywhere, is adding two more presses this fiscal year. None of that capacity is meant for engines that compress gas, and all of it bids on the same steel, the same metallurgists, and the same press-shop labor, which a GE Aerospace program lead describes as harder to find every year for five years running.

Then there is the third bottleneck, the one that got a single clause on Tuesday: turbochargers. A large-bore turbo’s hot section is made of Inconel 718, Hastelloy, and Waspaloy, alloys so miserable to machine that many American shops refuse to quote the work. The inputs are identical to a jet engine’s hot section, which means Caterpillar’s turbo suppliers bid directly against Airbus, Boeing, GE, and Siemens Energy for the same superalloy castings, in the middle of an aerospace super-cycle. Garrett Motion, which built the very large “MEG” turbocharger frames this market needs, launched them commercially in 2025, aimed at one application: stationary power for data centers. Aerospace consumes about 75% of the world’s 150,000-tonne titanium market, China and Russia control 70% of the titanium chain, and the industry runs on raw-material buffers of two to four weeks. The turbocharger base, unlike castings and forgings, has no adjacent capacity to borrow; the Kalibr term is structurally isolated.

One more layer, because it’s the kind of detail that decides outcomes: concentration. CIE Automotive India is the only major supplier that can make heavy crankshafts by both casting and forging; Bharat Forge, through an acquisition, now supplies heavy forgings and structural engine castings from the same corporate roof. A power failure, a strike, or a scrap shortage at either company halts two of the three critical constraints for the 3500 and 3600 platforms simultaneously. This is what Caterpillar’s $725 million at Lafayette buys, one of the largest single manufacturing investments in the company’s history by its own description: the city filings that first carried the number put $625 million of it toward machinery alone, the building grows by 300,000 square feet, and analysts who toured the plant report crank milling automated down from 30 operators to eight. Management put the binding question on the record in January: how fast can the external supply base come along? Demand never enters the sentence.

For Want of an Alternator

Everything above binds both of Caterpillar’s markets the same way. A block is a block whether the engine ahead of it compresses gas in the Permian or backs up a campus in Virginia; so is a crankshaft, so is a turbo. Which raises the question that decides how fast this market can unwind: is there anything the power-generation build needs that compression does not?

There’s exactly one big thing. A genset needs an alternator, the generator end that turns shaft power into electricity, and it is the second-largest component in a power-generation package and a gating item in its own right. A compression package has no alternator anywhere on the skid; the engine couples directly to the compressor frame. The alternator is not a compression component at all; it is the hinge the entire reversion question swings on. If the binding constraint on data-center power sits at the alternator, then bare engine block lines (understanding the size differences between the two applications for the 3600 class) can be redirected to compression packagers almost instantly the moment powergen demand slips. If the constraint sits upstream, in the castings and machining both markets share, nothing redirects, because both queues starve at the same foundry. Cummins, for what it’s worth, owns its alternator makers outright (Stamford and AvK are subsidiaries); Caterpillar buys a meaningful share of its alternators from outside. The tighter alternators get, the more of CAT’s engine output can pivot to the customer that does not need one.

The rest of the compression package already tells you where the constraint does not live. Ariel frames and coolers still quote 25 to 30 weeks, normal by any historical standard; third-party packaging adds 30 to 40 weeks; USA Compression self-packages 100,000 to 125,000 horsepower a year through its own facilities precisely to skip that line. The engine is the queue. Everything around the engine is a store with inventory.

And the desperation gauges around the engine are worth watching in their own right, because they move faster than any earnings call. Buyers who can’t get one large engine are ganging up multiple sub-1-megawatt engines, which still quote about six months, and running them in parallel; Evercore reads that substitution as a real-time indicator of how desperate the large-engine market is, and so do we. Roughly 20% of new data-center builds are going up with hybrid diesel-plus-battery backup instead of pure genset arrays, the shape an early resolution would take. Caterpillar’s own aftermarket is cannibalizing its new-build line: data-center engines run hard, run-hours pull overhauls forward, and replacement parts compete with new engines for the same castings. And the share of CAT’s backlog expected to deliver within twelve months has slipped from roughly 73% at the end of 2024 to 62% at the end of 2025 to 59% today, which is what a queue looks like when it lengthens from the inside. When Caterpillar found a way to add capacity without touching the bottleneck, it did: a 10-megawatt medium-speed gas platform it had stopped producing got restarted in a single quarter, 1.5 gigawatts of capacity coming back online, shipments beginning Q4 2026, an investment management called minimal in the rounding. The places Caterpillar can add capacity quickly are, by construction, the places the three bottlenecks do not reach.

That valve is why this piece has a paid half. Below the wall we run the scenarios it gates: the lead times, the rates, the tenor, and the verdict on the years.

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The Other Bidder’s Book

Whether a real constraint holds is a question about the other bidder, and the other bidder’s book, which is to say Caterpillar’s own order tape, is the strangest object in this analysis, because it supports both answers at once.

The rigidity case is Caterpillar’s own tape. Firm enterprise backlog reached $72.1 billion at the end of the second quarter, up 92% in a year, with roughly 41% of it scheduled beyond the next twelve months and a book-to-bill that backlog-plus-revenue arithmetic puts at 1.46. Power-generation retail sales grew 72% year over year. Six separate contracts exceed a gigawatt each, by Oppenheimer’s tally. The reciprocating engine backlog has seen zero cancellations, per HSBC, and the mechanics explain why: down payments on these engines run 20% and non-refundable, up from a traditional 10% by Bernstein’s count, and framework agreements require firm purchase orders 15 to 24 months ahead. Nobody has walked away from a deposit yet. A developer who sours on a site pushes the project out or moves it; the engine order stands, because the engine, in this market, is worth more than the site.

The softening case is everything around the tape. United States data-center project cancellations rose from 6 in 2024 to 25 in 2025, by Heatmap’s count, and Data Center Watch tallied 75 projects worth roughly $130 billion blocked or delayed in the first quarter of this year alone. The grid operators have started asking their queues for money, and the queues are failing the ask: of the 298 gigawatts of service requests sitting with Oncor, 44 have qualified for ERCOT’s new Batch Zero screen and its $50,000-per-megawatt security floor; AEP Ohio’s 30 gigawatts of data-center inquiries became 13 when take-or-pay terms arrived; and in August the Texas governor ordered an audit of every data center in the ERCOT interconnection process, freezing approvals on a queue that is roughly 90% data-center-related against a historical completion rate near 20%. Scotiabank’s arithmetic says the nominal queue runs up to twenty times 2030’s deliverable capacity, which is another way of saying most of the announced demand is a call option somebody reserved for free. Meanwhile the hyperscalers themselves are printing the early tells: Meta’s operating margin compressed from 43% to 31% with free cash flow of $784 million against $8.5 billion a year earlier; Microsoft stretched the useful life of its data centers from 15 to 25 years and reclassified leases in a way that trims this calendar year’s capex optics by $15 billion, while Bernstein notes its purchase commitments are concentrated in fiscal 2027 with “substantial flexibility to quickly throttle down”; Vertiv missed its own organic growth target; GE Vernova’s electrification orders fell from $7.1 billion to $6.3 billion quarter over quarter. None of that is a collapse. It is what the year before a collapse would look like, and equally what a mid-cycle breather would look like, which is the interpretive problem this model exists to price.

The game theory says the resolution, when it comes, will be abrupt. “Megawatts are a moat, and the queue is where you hold them,” every hyperscaler thinks, including the ones that will never build the campus, so everyone over-projects load on purpose: a queue position is a cheap call option on capacity a rival might otherwise take. Options get exercised or abandoned all at once: the first material guidance cut by one player repricing everyone’s expectations is the mechanism by which 15% softening becomes 50% inside two quarters. The demand side of this model behaves less like a dial than like a coiled spring with a deposit on it.

One paragraph on the demand side of compression before the wall, stated rather than shown. Our model has Permian horsepower demand growing through every scenario in this piece, on gas-oil ratios, gas-lift conversions, and LNG pull, none of which care about Nvidia’s quarter. (Yes, data-center gas demand and compression demand are co-variant; the campus that outbids you for an engine burns gas somebody has to compress. We are stepping over that loop deliberately, it deserves its own issue, and if you want to argue about it sooner, you know where to find me.) The demand floor under compression is why every scenario below is a supply story: the zone’s width for the next five years will be decided at the foundry level.

One number on the way out of the free half. The single largest sensitivity in the model is a threshold, and crossing it moves leading-edge compression rates by about $4.50 per horsepower-month and cuts the market’s standard tenor roughly in half. It has nothing to do with the rig count, and it is the first thing on the other side of the wall.

Below the wall: the scenario table, our weights on it, the sensitivity ranking, and the verdict on going long or short on compression term today. Paid subscribers get every read.

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The Season’s Hardest Read

This is the third vendor print of the season, and the hardest one to read. USA Compression disclosed its weaknesses in public, and the job was pricing them. Kodiak disclosed strength almost everywhere, and the job was finding the places operator leverage survives. Archrock filed both at once: the only guidance cut any major compression vendor took this quarter, and the largest single compression services contract any of them has ever disclosed, in the same 10-Q. A reader who takes the vendor’s framing gets a growth story. A reader who takes the banks’ gets a miss. (Three of the four notes in our file lead with that word, and all four were finished before management picked up the phone: JPMorgan’s credit desk published on the release August 4, and Wells Fargo, Mizuho, and Texas Capital all dated their notes August 5, pre-call.) The read that survives contact with the filing is neither, and it’s worth more than either.

The proof of method lives in the first two reads and in the Eagle Ford award table we published in July, names removed, figures exactly as signed. I won’t re-run the credentials each issue; the standing thesis of this series does that work: reading the filings is not the edge. Converting them into deal structure is. This issue runs the diagnostic on Archrock.

The Counterparty Read runs this diagnostic on both vendors (for Operator negotiations) and Operators (for OFS sales) as they print. Paid subscribers get every read.

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How to Use This Data

Every negotiation has two walk-aways: the vendor’s and yours. The full frame, chairs and all, ran in the USAC read; below is what changes when the counterparty is Archrock. Start with the paradox the balance sheet hands you. This is the financially strongest vendor of the three (2.6x levered against Kodiak’s 3.1x and USA Compression’s 3.72x, positive outlooks at all three rating agencies), and it’s also the one with the most legible structural need: $868.9 million of equipment purchases already committed, a $1.4 to $1.6 billion build declared through 2030, and a fleet whose contracted revenue has to grow into all of it. Kodiak’s scarcity ran the table in last week’s read. Archrock’s appetite for duration runs this one, and duration is a thing you own.

• If Archrock is your incumbent: figure out which side of the new 81% coverage disclosure you sit on before their commercial team does the math for you. The term-conversion wave now has a template, a 665,000 horsepower precedent, and a stated executive expectation that “these longer term tenors may be more in the future.” The conversion letter is coming; the question is whether you’ve priced your signature before it arrives.

• If you want Archrock in: the diversified footprint is real. Half of recent bookings landed outside the Permian, the NGCS acquisition added depth in Appalachia and the Mid-Continent, and 19% of the fleet is electric motor drive, the only meaningful EMD position among the three majors. If your site holds firm power, this fleet was built with you in mind, and the playbook’s seventh item prices what that is worth.

• If you sell compression against Archrock: the openings are at the edges. The sub-1,000 horsepower revenue band shrank 3.0% year over year and the company keeps exiting it; aftermarket customers are deferring overhauls into what will become a queue; and don’t build a pitch on the 94.4% utilization print, because on a like-for-like definition it’s a tighter fleet than the headline suggests (section five walks through the arithmetic).

• In every chair, negotiate the package: as multiple equivalent simultaneous offers, with term as the axis this time: this vendor has told you, in an SEC filing, exactly which concession it values most.

A note for midstream readers: the 665,000 horsepower contract is a midstream deal, gathering applications are 61% of Archrock’s horsepower, and the top ten customers are roughly 63% of contract operations revenue. The conversion template was built for your side of the market, and presumably there is a list, and presumably you are on it.

Including With Our Customers

The find this quarter is one sentence of unprompted restraint. The pricing question on the August 5 call drew the answer you would expect from a vendor printing a 71% gross margin: “It’s a very supportive environment for pricing and profitability in contract operations in our business. And you’re seeing that come through with the 71% gross margin we delivered in the quarter and our forecast that even with the headwinds we articulated, we’re going to be at 70% in this current environment.” Standard 2026 compression-vendor contentment. Then Childers kept going:

“I will point out, it’s a competitive market, however, including with our customers. And so we do approach this incredible business to generate great returns for our investors, but we are responsible in how we have those negotiations with our -- and drive that pricing with our customers.”

A quarter ago the same executive’s pricing language was “very happy with the overall pricing in the market,” with no responsibility clause anywhere near it. No peer executive volunteered anything comparable this season: Kodiak’s CEO used his pricing airtime to explain that churn lets him high-grade customers, and USA Compression’s management volunteered a price crack on idle iron. Vendors do not add restraint language to a bullish answer while exercising none. Two readings fit. The generous one: genuine posture, consistent with signing a strategic customer to eight years at a rate nobody will discuss. The cynical one: reputational cover for increases that continue on schedule. The sequential facts lean toward the first, gently: derived revenue per horsepower rose 0.4%, the slowest of the three majors, and the full-year contract operations margin guide came down half a point at the midpoint.

Either way, the sentence now exists on the record with a date attached, and it survives being read back across a negotiating table, which is what you should do with it. Management told the street on August 5 that it prices responsibly in a competitive market that includes its customers. The next Archrock renewal proposal you receive can be measured against that sentence, out loud, in the meeting. None of the four bank notes carries it, because none of the four banks was writing after the call.

Eight Years, Price Undisclosed

The headline set reads soft in every direction the sell side checked. Adjusted EBITDA of $212.6 million fell 3.8% sequentially and missed every published broker number. Spot utilization slipped to 94.4%, the third consecutive quarterly decline. And the full-year EBITDA guide was cut at the top by $30 million, to $865 to $885 million, in the same week USA Compression reaffirmed and Kodiak raised. The season’s only guidance cut belongs to Archrock, and the paid half of this issue prices how much of it is real. (Less than the notes imply. You should still spend none of it carelessly.)

Then there is the other thing in the filing. Childers, prepared remarks: during the quarter Archrock signed a long-term contract with an existing strategic customer covering “approximately 665,000 horsepower for midstream applications,” on “an 8-year base term and a 2-year extension option.” That is roughly 15% of the operating fleet termed in a single signature, the largest compression services agreement any vendor in this coverage has disclosed. Asked for the economics: “Well, look, we’re not going to go into the details of the contract, as you can imagine, just for commercial reasons.”

Below the line: the backlog table that answers the question the CEO wouldn’t, the arithmetic that unwinds the miss (and why you should never cite it first), what a vendor with $868.9 million of ordered iron will trade for your signature, the electric-drive delta nobody prices, the seven-part negotiation playbook, and the twelve-dimension leverage map, re-rated.

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Why You Should Listen to a Small-Town Central Pennsylvania Boy

Last week I published an award table from an Eagle Ford compression engagement that closed in July, with the names removed and the figures exactly as they signed: $3,476,479 a year off the committed book, a 12.7% reprice on every unit the incumbent kept, a mechanical-availability guarantee moved from a 96% run rate to a contractual 98%, and one row that went the wrong way, published anyway, because real award tables have one. What earns a small-town central Pennsylvania boy the right to publish numbers like that is a process, built outside this industry with a world-renowned negotiation expert and run through hundreds of oil and gas agreements since: a census reads the basin unit by unit, a leverage screen reads the counterparty’s filings, and a normalized RFP forces every bid onto one all-in number. The outcomes are bought with the vendor’s own financial position, understood earlier and in more detail than the vendor expects across the table.

That is the standing thesis of this series, and I will keep repeating it: reading the filings is not the edge. Converting them into deal structure is. This issue runs the diagnostic on Kodiak Gas Services, whose second quarter (reported August 7, 10-Q filed the same day) is the strongest print any compression vendor will file this season. With USA Compression last week, the filings disclosed weaknesses and the job was pricing them. With Kodiak, the filings disclose strength almost everywhere, and the job is finding the places your leverage survives, because there are fewer of them every quarter and the quarter just told us the closure rate. A weak counterparty would forgive sloppy preparation; this one charges for it.

The Counterparty Read runs this diagnostic on each of the major compression vendors as they print. Paid subscribers get every read.

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How to Use This Data

Every negotiation has two walk-aways: the vendor’s and yours. The vendor’s is the question this piece answers: if Kodiak loses your renewal, who takes the iron, at what rate, and how fast? The full frame, chairs and all, ran in last week’s USAC read; below is only what changes when the counterparty is Kodiak. Start with the gap: a fleet running 98.2% utilized with roughly 82,000 idle horsepower on 4.5 million re-lets your unit before the demob crew has left your pad, so the walk-away you build carries more of the load here than in any other read we publish.

• If Kodiak is your incumbent: map every expiry, package the next twelve months of renewals into one negotiation, and go to market before the term-conversion letter arrives, because this quarter proves the letters are going out and being signed. Unit by unit you are a rounding error on a 4.5-million-horsepower fleet; aggregated, you are the thing their investor deck promises never to lose.

• If you want Kodiak in: entry runs through the order book, because there’s no idle fleet worth naming. Half of the 2027 new-build deliveries are already contracted and 2028 is selling now; what gets you the other half is looking like the customer Kodiak’s own screen selects for. The CEO described that screen on the call, in public, and most of his customers were not listening.

• If you sell compression against Kodiak: their print is your map of where not to fight. Bid availability inside twelve months (their lead times are about 200 weeks), the small and mid-size classes they keep divesting, basins outside their declared core, and electric drive, where Kodiak has now gone two consecutive earnings calls without a word.

• And in every chair, negotiate the package, as multiple equivalent simultaneous offers: price, term, uptime, first call, swap and downsize rights, escalators, all at one table, at the moment your alternatives are real. This print tells you precisely what Kodiak values, which is what makes the MESO conversation unusually easy to design against them.

A note for midstream readers: Kodiak’s book is roughly 70% midstream by customer mix, so most of what follows is about you, and the aggregation math works harder for you, because your books are bigger and your insourcing threat is structurally more credible than an E&P’s.

Not a Bad Thing Either

The find this quarter came out of an ordinary compression question. Citi’s Doug Irwin asked about demand for longer-duration contracts, referencing a peer’s eight-year midstream deal, and whether Kodiak might keep terming out its fleet. CEO Mickey McKee said yes, they would love to, and then kept going:

“It’s really kind of a customer-by-customer preference here. So some want to keep them a little shorter to preserve some optionality, which in our minds is not a bad thing either because it gives us the ability to churn the fleet a little bit and kind of high-grade customers there if we want to do that.”

That sentence retires an assumption your renewal strategy may be built on. The standard operator model of a short term is optionality that belongs to you: stay walkable, keep the vendor honest, preserve the exit. The investor-relations reading of McKee’s answer fits that model fine: customer preference, cheerfully accommodated. That’s not how I would put it. I would put it as: at 98.2% utilization and 200-week lead times, a month-to-month unit is an option held by whichever side can replace the other faster, and the CEO just told you, unprompted, which side he believes that is.

“High-grade customers” is a vendor saying it grades customers, and the grading makes sense once you say plainly what this industry is: real estate masquerading as reciprocating engines. Ride the landlord logic one step and churn is a dream vacancy (the unit comes back, the street rate went up while it was out, and a building ordered today opens in 2030). Ride it a second step and the tenant roster is the strategy: a building good enough to attract Fortune 10 tenants, whose rent clears in any commodity environment, fills itself with them, all day of the week, and lets everyone else find other space. If you are a financially fortified E&P that is not yet a majority-Kodiak book, that cuts in your favor: you are the tenant the building wants, and this print is your invitation to negotiate like it. If you are anyone else, your position has to run through the few weaknesses the filings disclose, and one of them is geographic: a well-established operator in the Eagle Ford holds a card the Permian names do not, and the playbook below prices it. The rest of the quarter agrees with McKee, in ways the paid half walks through line by line.

None of the five broker notes in our file carries the sentence; they were filed before the call or on the print itself. The market priced the record EBITDA; the vendor’s stated willingness to let your contract expire is not in anyone’s model yet.

A Billion Dollars in Ninety Days

The headline numbers were loud enough: revenue of $391.1 million, adjusted EBITDA of $217 million, a company record, above every published broker estimate (JPMorgan, at $214 million, called it in-line; the other four scored it a beat). But the number this file will still care about in 2028 sits in the revenue footnotes. Remaining performance obligations in the compression segment grew from $1,632.9 million to $2,643.2 million in one quarter. That is $1,010.3 million of new contracted future revenue, up 61.9%, in ninety days, and once you add back the revenue Kodiak recognized out of the ladder during the quarter, it implies something like $1.3 billion of gross new term bookings (Kalibr estimate, order of magnitude). Call it a hair over $11 million of new term signed per day, weekends included.

Now look at where the billion sits on the calendar. Obligations dated 2030 and beyond went from $34.3 million to $682.4 million, twenty-fold, as two ten-year extensions with top-ten customers stopped being announcements and became scheduled revenue. For scale: USA Compression’s term-conversion campaign, which I covered last week as a genuine machine, added $139.9 million of out-year backlog in the same ninety days. Kodiak added roughly eight times that, on a fleet about nine-tenths the size.

Three months ago our Q1 Kodiak file told operators the month-to-month pool was the best asset in the book: 14% of the fleet, roughly 615,000 horsepower, contractually walkable, the largest negotiable surface Kodiak had carried since 2024. I need to update that advice while it still matters. The Q2 deck prints month-to-month at 10%. Roughly 450,000 horsepower remains (both figures are Kalibr estimates from investor-deck percentages; the 10-Q does not disclose the split, and I wish it would). The difference, about 165,000 horsepower a quarter, is the rate at which expiring iron is rolling into term paper instead of rolling free. The window is still open. But it’s closing on a printed schedule: two more quarters at the observed pace and the walkable pool is back to its 2023 floor, at which point the churn sentence above stops being commentary about the fleet and becomes the standing answer to your renewal call.

Below the line: what the closing window prices your duration at, the balance sheet that is now shopping for your compressors, the inventory read on Kodiak’s customer base and what it means for your chair, the eight-part negotiation playbook, and the re-rated leverage map.

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Sixty Thousand Horsepower

In a recent engagement, we renegotiated roughly 60,000 horsepower of compression. The outcomes, in the order the client cares about them: about $3 million a year in compression cost savings, throughput up 25%, a contracted fleet averaging roughly ten years newer, 98 to 99% uptime guarantees, First Call status, months of free credit, transition cost crediting, no penalty for downsizing, and 50/50 splits on craning and trucking.

Every line on that list was bought with the same asset: we sat down knowing the vendor’s financial position, in places better than their own commercial team seemed to. We knew which parts of their fleet were earning and which were sitting, and what their balance sheet needed from our paper more than it needed our rate. Know that, and asks turn into trades: you are giving the vendor something its own financials say it needs, and charging for it.

The raw material traces back to documents anyone can download: earnings call transcripts, 10-Qs, investor decks. Which raises a fair question about why outcomes like that are rare. Here is the answer, and it is the thesis of everything Kalibr publishes: reading the filings is not the edge. Converting them into deal structure is. The earnings call tells you what a vendor needs; the 10-Q tells you what it can afford. Neither is worth anything until it shows up in how you package, sequence, and paper your negotiation.

That is the connection between our engagement work and the breakdown you are about to read. This piece is the diagnostic we run before every negotiation, performed in public on USA Compression’s second quarter: what does this vendor need right now, what can it afford, and where is its walk-away weak? The quarter answers all three unusually loudly, and the back half of the piece turns those answers into contract language. The list above is what answers like these are worth once they reach a table.

For context on where the process comes from: I have negotiated hundreds of agreements in oil and gas, across supply, M&A, land, and midstream, on a method built outside the industry alongside a world-renowned negotiation expert and run through enterprise sales, supply chain, M&A, and executive compensation before it ever touched a compression renewal. Next week I am publishing the full anatomy of the 60,000-horsepower engagement: how our proprietary data drove each outcome on that list, step by step, behind a real case study. This week: the quarter, and how to use it.

The full case study publishes next week for paid subscribers: how the data drove each line on that list.

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How to Use This Data

Everything below serves one question: what is USAC’s optionality? If they lose your renewal, who takes the iron, at what rate, and how fast? A vendor’s alternative to you is every other E&P and midstream operator they could place that unit with. Their negotiating strength is exactly as good as that alternative, and no better. Weaknesses in their optionality are your leverage, and this quarter’s filings disclose several. That is the vendor’s BATNA. There are two BATNAs in every negotiation, though, and the second is yours to build. A note for midstream readers before the chairs: everything here applies to you, and usually harder. Gatherers and processors tend to be more price-sensitive than E&Ps, and your financial structure gives you a higher natural propensity to insource, which means your walk-away starts stronger than you may be treating it.

1. If USAC is your incumbent, build the curve first. Track the expiry date on every contracted unit you run, then package everything coming up on term over the next twelve months into a single negotiation. The chart above is an example operator’s book: nearly 50,000 horsepower comes up on term inside twelve months, and within six months more than half the rented horsepower is sitting on month-to-month. Unit by unit, none of that moves a vendor. Aggregated, it is volume a competitor will mobilize for, and volume the incumbent’s investor deck cannot afford to lose. The sequence matters as much as the volume: bring the aggregated book to market before you sit down with the incumbent. An alternative you have not developed is not an alternative, and you cannot develop one in the two weeks after their renewal letter arrives.

2. If someone else is your incumbent and you want USAC in. The same curve is your entry ticket. Aggregated volume is what makes a vendor’s best pricing available: USAC has roughly 497,000 idle horsepower and in-house manufacturing capacity, which means they can say yes at scale, and this quarter’s filings say they are motivated to.

3. If you sell compression against USAC. The filings are your differentiation map. Margin down two straight quarters, roughly $12 million a year of lube-oil cost with no contractual recovery, an integration in the middle innings: those are exactly the pressures that make us worry about where uptime lands (more below). So differentiate on every performance attribute you own: uptime, call-out windows, spares inventory per horsepower. Put 98% runtime and first-call-out guarantees in your initial proposal, priced in, to force the operator to ask the questions back: does USAC’s bid honor the same terms? You want the comparison to happen on the dimension where the 10-Q says your counterpart is squeezed.

4. And in every chair: negotiate the package. The most expensive mistake in vendor negotiation is sequencing. You settle price and horsepower, you award the work, the other bidders stand down, and then the “contract details” conversation starts: first call, uptime guarantees, the right to downsize or swap without penalty. By then you have no leverage left, and each detail gets traded away one at a time. Price, term, volume, and every service and performance term move together, at one table, at the moment your alternatives are real. We run this as multiple equivalent simultaneous offers (MESOs): several packages on the table at once, varying the things the vendor values against the things you value, so every trade is visible and priced. The quarter you are about to read makes one of those packages unusually powerful, because USAC just told the market exactly what it values.

The Eleventh Minute

The headline print was serene. Record revenue of $342.1 million, record adjusted EBITDA of $193.2 million, a 1.3% consensus miss forgiven by lunchtime, guidance reaffirmed on every line for the third consecutive quarter, leverage down to 3.72x. The distribution didn’t move. It never does.

The usable material surfaced eleven minutes into the Q&A, when Citi’s Doug Irwin packaged a question about lube-oil costs with one about medium-term pricing. Chris Wauson, USA Compression’s chief operating officer, got to the pricing half and said this: “Our new units, we’re still contracting units at a healthy rate of return. In regards to more of an idle unit set, we’re not seeing the price increases that we once have experienced.”

Nobody asked about the idle set. The distinction was volunteered, and volunteered precision is the most informative kind. The sell side mostly kept typing: Raymond James’s same-day note printed sequential pricing growth of 3.6%, while the company’s own figure, stated in the 10-Q, repeated on the transcript, and copied correctly by Mizuho, is 0.5%. (When a bank can miss the quarter’s most consequential datapoint by a factor of seven on the day it prints, that datapoint is not priced in.)

Two numbers organize everything that follows. The one that collapsed: sequential pricing growth, +5.0% in Q1 to +0.5% in Q2. And the one that refused to move: month-to-month revenue, frozen at 25.4% of the book. Read together they describe a vendor that is strong where you order new iron, weak where you renew existing iron, and desperate for one commodity across the entire book: duration.

The Number That Didn’t Move

The month-to-month pool held at 25.4% of contract-operations revenue. To the decimal. That is $81.1 million in the quarter, roughly $324 million annualized, the largest walkable revenue base in the sector by a wide margin.

In May I read USAC’s conversion campaign as a window closing on J-W-legacy operators: the vendor was standardizing terms, the walkable book would shrink, move before it did. The campaign is real, and it is enormous. Backlog dated 2027 and beyond grew $139.9 million in ninety days ($55.3 million added to 2027, $38.5 million to 2028, $20.6 million to 2029, and $25.5 million past that). Back the quarter’s recognized revenue out of the roll-forward and USAC booked roughly $200 million of gross new term contracts in a single quarter (Kalibr estimate). The August investor deck now advertises 75% of revenues under primary terms of two to five years.

And the pool did not shrink. That is the revision this quarter forces: the conversion campaign is running flat out, and the month-to-month share still printed 25.4%, identical to Q1, because contracts are rolling off primary terms into month-to-month at almost exactly the rate the campaign converts them to paper. The treadmill runs; the window stays open. Legacy J-W operators hold more walk-away optionality, for longer, than the May read implied, and I am correcting that read in public because the correction is the opportunity.

Do not mistake a stable share for a stable position, though. Your specific units convert the day you sign their letter. The pool refills behind you; your optionality does not. USAC is spending $257 million of binding purchase commitments and re-ranking its own distribution to buy duration, which tells you precisely what your signature is worth to them. Roughly $140 million of walkable book converts to term paper every quarter, and Wauson described the campaign’s focus on the call: “standardized terms, tenure and pricing.” Arrive ahead of it and you write your own conversion terms; wait, and you receive theirs.

Below the line: what the exchange-rate move is worth in your next renewal, where the sold-out order book is actually going (Kalibr census work), the margin squeeze that funds your discount, the six-part negotiation playbook, and the re-rated leverage map.

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