Chasing Clean Air / What The Data Held / The Crucible · CRU-02
The Crucible
16 min read · Constructor forensic
← Archive The Crucible · Ferrari · 2026 · 16 min read

The Machine That Closed Every Gap But the First

Scuderia Ferrari HP · The gap to pole halved. The gap on Sunday halved. Two victories, second in the championship, and an empty pole column.

The Crucible

16 min read · Filed Aug 8, 2026

Both deficits halved, and at very nearly the same rate. One of them returned two victories. The other returned nothing at all, because a grid slot is not a matter of degree.

Scuderia Ferrari HP SF-26 · 2026 Season · Ferrari 067/6 power unit, in-house
11 races · mid-season
I

The Alloy

There are two ways to answer a regulation you have not yet raced. You can decide the concept underneath your car is wrong and spend the season replacing it, or you can decide it is very nearly right and spend the season refining it. The first is expensive and public. The second is cheap and almost invisible, and it carries a risk the first does not: if you are wrong about being nearly right, you will find out slowly, one small part at a time, while somebody else finds out quickly and fixes it.

Ferrari took the second route, and they took it deliberately.

The alloy

Converge by iteration, not by revolution. The SF-26 is close enough that one disciplined aerodynamic thread, patiently developed across the season, will close the gap. A mid-season redesign would cost more than it returns.

That is a bet about temperament as much as about aerodynamics. It says the deficit is a quantity rather than a category. It says the car does not need to become a different thing, only a better version of the thing it already is. And it commits the team to a particular kind of patience, because a single continuing development line pays late by construction. The first package in the thread is a foundation. The gain arrives when the second one sits on top of it, three rounds later, at a circuit nobody chose.

A bet like that is testable in an unusually direct way. Either the deficit shrinks across the season or it does not. Either the thread compounds or the parts sit there individually, each one a small independent event that never becomes a trajectory. There is no third outcome and no room to argue about intent. The wind tunnel does not get to explain itself.

Melbourne lit the furnace on the eighth of March. Eleven rounds of temperature followed. The rest of this is the reading.

They did not bet on a part. They bet that the car they already had was the right shape, and that time would finish it.

II

The Baseline

The first reading of any alloy is taken cold, before the process begins. For Ferrari the cold reading runs from Melbourne to Montréal, five rounds across ten weeks, and it returns a number that looks featureless until it is sorted. Measured as field-relative race pace against the quickest car at each venue, the SF-26 opened the season an average of 0.410 per cent adrift.

+0.410%mean race-pace deficit, R1–R5
P3best qualifying position, R1–R5
+0.809sgap to pole, round 1
+0.290sgap to pole, round 5
147points after round 5
0 / 0wins / poles, R1–R5
12components declared, R1–R5
P2constructors' position, from round 1

The average conceals the only structure the opening phase contains, and that structure is not chronological. Sort the five rounds by how much the circuit asks of the power unit and the deficit sorts itself alongside them. At Melbourne and Suzuka, rated moderate on power-unit sensitivity, Ferrari were 0.160 and 0.376 per cent off the quickest car. At Shanghai, Miami and Montréal, rated high or moderate-to-high, they were 0.442, 0.518 and 0.556. Two classes of circuit, and between the means of them a distance of nearly a quarter of a percentage point.

+0.268% · +0.505% mean deficit at moderate-PU circuits · at high-PU circuits · rounds 1–5, before a single development component

Nothing had been fitted to the car yet. No package had arrived, no thread had opened, and the deficit was already arranging itself by engine demand. Whatever else the SF-26 was short of in March, it was short of it most at the venues that ask an engine to work, and that reading is available before the development programme has been given anything to explain.

Australia sits at the shallow end of it, and the round is worth a moment because even there the result flattered the car. Albert Park is medium-to-high on downforce and moderate on power sensitivity, the least hostile combination the SF-26 would meet in the opening phase. Leclerc took the lead off the line, on a start the car genuinely owned, and he was still leading on lap 24. A virtual safety car on lap 12 had offered a free pit stop, Mercedes double-stacked both cars into it, Ferrari left theirs out on mediums already 12 laps old, and by the time the stop came the tyre had made the decision the pit wall had declined to make. A kind circuit and a good launch put a Ferrari at the front of the race. Neither of them is pace, and the afternoon spent the difference.

Shanghai is the far end, and it is the round that converts the pattern from a percentage into a physical fact. Across 22 consecutive clean laps on the back straight, the Ferrari was recorded 7.5 km/h slower at the speed trap than the Mercedes. Not on some laps. On every one of them. That single stretch of tarmac accounted for a third of a second a lap, which over a 40-lap stint is more than half of Hamilton's entire deficit to the winner. A car can lose time in a hundred small places and be difficult to diagnose. This one was losing it in a single place, repeatedly, and being extremely easy to diagnose was the only consolation available.

Suzuka added the counter-reading that makes the alloy legible. On the longest stints of the race, Hamilton's fuel-corrected degradation was the best figure in the front group, ahead of both Mercedes and the McLaren. The same architecture that could not hold a straight was unusually gentle with a rear tyre out of a slow corner. That is not two characteristics. It is one characteristic seen from two directions, and by round three the shape of the material was clear. Strong where traction compounds. Short where energy is spent.

Then Miami, and the first genuine test of the bet. Ferrari brought 11 components to round four, the largest single package on the grid that weekend, opening the floor and diffuser thread that would carry their season. The race-pace deficit that round was 0.518 per cent, the second-worst of their year. A round later, at Montréal, it was 0.556 per cent, the worst of their year, on the afternoon they scored 37 points because the car leading the race stopped.

That sequence is worth sitting with, because it is where an impatient team abandons the plan. The biggest package of the season arrived and the measured deficit widened for two rounds running. It also has a second explanation the sorted table has already supplied. Miami and Montréal are both high-demand venues for the power unit, so part of what looks like a package failing is a calendar arriving at the SF-26's worst class of circuit in consecutive weeks. The two readings do not cancel. They mean the round was never going to tell anyone whether the floor worked, which is the first appearance of a problem that will run through this entire season.

Race-pace deficit to the fastest car · Ferrari · rounds 1–11 · 2026

Data: FastF1 · FIA Official Timing. Field-relative race pace, robust median, pit and safety-car laps excluded. Zero means Ferrari topped the field's race pace that afternoon. Round 7 Barcelona is a clean reading. ⚠ Round 9 Silverstone is drawn hollow: the ranking is failure-adjusted, and Antonelli's figure rests on his opening medium stint because the wheel-shield failure at Copse ended his hard stint after two green laps. Ferrari were the quickest car to run the race intact, which is not the same claim. Rounds 6 and 7 carry a Leclerc retirement each and rest on Hamilton's side of the garage.

Shanghai did not conceal the deficit. It printed the same figure on the same stretch of tarmac twenty-two times, and understanding a problem is not the same as owning a solution to it.

III

The Development

Ferrari brought seven development programmes to the first eleven rounds, across eight declared packages and 31 components. One of those programmes was continued into a second race. The rest were opened and left where they landed.

The development ledger · 7 programmes · 31 components · rounds 1–11
R4 → R7Floor and diffuser. Opened at Miami with eleven components including the floor, front-wing endplate, front corner and front suspension. Continued at Barcelona with eight more, taking in the floor body, the nose and the front-wing footplate and vanes.delivered
R8 AustriaPower unit. The first of two ADUO homologations, a third version of the 067/6 internal combustion engine.delivered
R8 AustriaFront wing and front end. Four aerodynamic parts including a revised endplate, front floor-board elements and a new mirror stay.inconclusive
R9 SilverstoneBrake ducts and corner cooling. Lower deflector redesign, rearward winglet cluster, enlarged cooling inlet and outlet.inconclusive
R11 HungaryRear wing. A further iteration of the flap design with additional trailing-edge devices, and a revised endplate.inconclusive
R6 MonacoCircuit-specific one-off. Front trackrod fairings, a floor-board gurney and a diffuser winglet stay, cut for Monte Carlo and never carried onward.circuit-bound
R2 ChinaAero furniture. A single halo pillar winglet.unscored
Component descriptions from FIA car presentation submissions, rounds 2–11. Grades from CCA's mid-season upgrade assessment, closed 27 July 2026: measured field-relative race-pace delta across a window either side of introduction, with circuit-class, venue-masking and same-team stacking confounds declared. Parts are judged against the job they were drawn to do. The brake ducts and the rear wing are cooling and drag parts, not load parts, and are not convicted on lap time alone. Everything introduced at round 11 is provisional, on one post-round only.

Nothing on that sheet went backwards. Across eleven rounds and 31 components, not one Ferrari programme was graded as having made the car slower. That is a real finding and it is worth stating plainly, though it is not a unique one. Racing Bulls also close the first half with a clean sheet, and theirs carries no inconclusive verdicts at all.

Rounds 4 & 7 · floor & diffuser · the continuing line
+0.199 s/lap gained on the field

Positive is faster. Delta is field-relative race pace, measured across the R4 to R7 window.

The thread that carried the bet is the only one on the sheet that got a second instalment, and it returned close to two tenths of a second a lap against the field between its opening at Miami and its continuation at Barcelona. On the assessment's grading it is the cleanest single delivered aerodynamic programme in the paddock across the first half of the season. Nineteen of Ferrari's 31 components belong to it. The patience the alloy asked for was real patience, and the thing it was waiting on arrived on schedule.

What the sheet cannot do is apportion the gain between the things that produced it, and that limit is worth stating precisely rather than dramatically.

5 of 7 programmes carrying a same-team stacking confound · 4 of 7 overlapping the power-unit step

Three of Ferrari's seven programmes are graded inconclusive, and in every case the reason is Ferrari. The assessment's note is the same one each time. The same team stacked further upgrades into the window the previous part was still being measured in. On four of the seven, the power-unit change is also on the car across the measurement period. There is not a single programme in Ferrari's season that was left alone long enough to be read cleanly on its own.

This is not a complaint about data quality, and it is emphatically not a claim about what Ferrari understand. A team correlates every surface against its own tunnel, reads load through its own sensors and knows to a fine tolerance which change bought which tenth. None of that instrumentation leaves Maranello. What leaves Maranello is lap times, and lap times are the whole of what an outside forensic gets to work with. The limit here belongs to the crucible, not to the constructor.

Which sets the boundary of what may honestly be concluded, and what sits inside that boundary is still substantial. Two programmes are graded delivered. Both are on the car through the whole of the season's second phase, and across that phase the deficit halved. The gain is real, its timing is not ambiguous, and it belongs to the development rather than to luck or to the calendar. The floor and the engine closed this gap together. What cannot be established from outside is the ratio between them.

Which brings the question to the second of the two, the one component that changed on terms set by somebody other than Ferrari.

Round 8 · Austria · ADUO homologation, 067/6 version three
+3.8 km/h at the intro-round speed trap

The rulebook that produced this part is worth explaining, because it is the only place in Ferrari's season where an outside body put a number on their engineering. ADUO is a convergence device. Fall far enough behind on engine performance and the sport gives you relief to catch up, in the form of extra homologations, additional money outside the cost cap and additional hours on the dyno. The measurement window was the opening five races rather than the intended six, Bahrain and Saudi Arabia having left the calendar, and the verdicts reached the manufacturers on Monaco race day. Red Bull Ford Powertrains set the standard and therefore receive nothing. Mercedes landed in a band of their own, beyond two per cent, and take one homologation this year and one next. Ferrari and Honda landed beyond four, and take two each.

A shared band is not a shared position. There is no ceiling on the four per cent tier, and the number two is a limit on relief rather than a statement of distance. Ferrari and Honda were not assessed as equals. They were assessed as being past the same threshold, and past is all it says.

More consequential is the narrowness of what was actually examined. ADUO looks at a single element, the combustion engine, and stops there. How a manufacturer recovers energy, when it releases it, how efficiently it does either, what its MGU-K control and its battery chemistry are capable of, none of that is in the criteria. Which means the ordinary phrase, the one every paddock conversation reaches for, cannot survive contact with the ruling. Ownership of the finest combustion engine belongs to Red Bull, and the governing body has now said so in writing. Ownership of the finest power unit as a whole belongs to Mercedes, because the whole includes the half the criteria refused to open. Neither claim contradicts the other. A car is driven on the complete unit.

Ferrari's homologation went on the car at the Red Bull Ring in round eight, the third version of the 067/6. Measured at the trap on its introduction weekend it returned 3.8 km/h, a figure modest enough to grade as a minor step on its own. Read across circuit classes rather than across one weekend, it looks considerably larger.

Run the sort that opened this article a second time, now across the engine change rather than across the baseline, and the reading is unambiguous. At the high-sensitivity circuits Ferrari's deficit to the fastest car fell from 0.505 per cent before Austria to 0.187 after it, a swing of 0.318 percentage points. Taken across all circuits the same comparison moves 0.147. The improvement at the venues that ask most of an engine is more than double the improvement everywhere else. That is not a general uplift arriving at a convenient moment. It is a gain shaped like the thing that caused it.

Ferrari's deficit to the fastest car, before and after the Austria engine, by circuit power-unit sensitivity

Lower is better. Pre-ADUO window rounds 1–7, post-ADUO rounds 8–11. High-sensitivity rounds: China, Miami, Canada before · Austria, Silverstone, Spa after. Circuit power-unit sensitivity from CCA circuit profiles. ⚠ Three rounds each side, and the Barcelona aerodynamic package is on the car across the entire post-window. Engine and aerodynamics improved together and cannot be separated from this evidence.

The caveat belongs in the argument rather than under it. Three rounds either side is a thin sample, and the Barcelona floor is on the car for every round of the post-window, so the two programmes improved the car in the same weeks. Neither can be credited alone.

But the season did leave a fingerprint for each of them, and the two do not sit on top of one another. The floor's is Barcelona, round seven, where Ferrari were the fastest car in the field at a circuit of high downforce and moderate power demand. An engine that had not yet been fitted cannot account for that afternoon. The engine's is the concentration described above, a gain that lands hardest where the power unit is asked to work and lands lightest where it is not. Aerodynamic load does not distribute itself along that axis. Each therefore carries a piece of evidence the other cannot comfortably account for, and that is why the verdict on this development season has to be a joint one. The floor worked. The engine worked. Only the split between them is out of reach.

Ferrari can apportion this season to the component. Everyone standing outside Maranello is left holding the total.

IV

The Field

Nothing is measured in an empty furnace. A tenth found is a tenth lost if the car alongside found two, and the four machines at the sharp end of this grid spent the first half of 2026 pursuing four irreconcilable ideas of how a season is won. McLaren ran two continuing lines across 34 components, the most of anyone. Red Bull ran a single long rear-end thread across 33. Mercedes ran 21 components and no continuing line at all. Ferrari ran 31 inside seven programmes, 19 of which belong to one thread and the remainder to six separate ideas that were each tried once.

The round where the thread's arrival becomes visible is Barcelona, and it is visible without argument.

1:21.410 Ferrari race-pace median at Barcelona · Red Bull 1:22.109 · Mercedes 1:22.141 · McLaren 1:22.375

Seven tenths of a second a lap clear of the car leading the world championship, on the compound that decided the race, across full distance. That is not a strategic result or a favourable stint window. It is a measurement of the machine. The floor and diffuser window closes at exactly this round. The development and the arrival at the front of the field are the same event, and Barcelona is as close to causation as a season of stacked packages allows anyone to get.

Two rounds later the ledger records a second zero, at Silverstone, and this one has to be handled with more care than the first. On failure-adjusted healthy pace Leclerc leads the field at 1:33.850, with Hamilton second at 1:34.050 and Antonelli third at 1:34.066. Ferrari are top of the constructor sheet by a little over two tenths. The measure is sound and the ranking is real.

What the ranking cannot say is that Ferrari had the quickest car at Silverstone, and the reason sits in how Antonelli's figure was assembled. His healthy pace is drawn almost entirely from a 35-lap opening stint on the medium. He changed to the hard on lap 36 and the wheel shield failed at Copse on lap 41, which left the measurement two green laps to work with and discarded them. Both Ferraris, meanwhile, are measured across medium and hard together, and the hard was where their afternoon lived. Leclerc's hard-stint median was 1:33.260, Hamilton's 1:33.379. Antonelli never produced a comparable stint because he was not permitted to finish one. The single number that survives from his is the fastest lap of the race, 1:31.777, more than a second clear of anything either Ferrari managed all day.

So Silverstone belongs in the ledger, and it belongs there with its qualification attached. Ferrari were the quickest car that ran the Sunday intact. That is a genuine thing to be, and it is not the same thing as being the quickest car at the circuit, and the difference between those two sentences is the whole of what happened at Copse on lap 41. Barcelona needs no such handling. Barcelona was simply theirs.

And here is what the season did with that.

Constructors' championship · cumulative points · rounds 1–11 · 2026

Data: FastF1 · FIA Official Timing. Includes sprint points. Ferrari held second place from round one to round eleven without interruption. Their largest round was Silverstone at 51 points, their own biggest single-weekend return of the season. The largest by anyone was Mercedes' 55 at the Shanghai sprint weekend.

Barcelona returned 25 points, and they came in the form of a victory. Hamilton won it, his first for Ferrari, having declared a three-stop from the grid and then found a virtual safety car on lap 41 waiting to pay for the last of them. Leclerc retired from sixth, so 25 is also the whole of what the weekend produced. Silverstone returned 51, Ferrari's largest weekend of the year, and the win inside it was Leclerc's. He was promoted at the start when the pole-sitter bogged down, took a free stop under a late safety car, and the car that had been closing him ended its own race at Copse. It is a win and it is banked, and no part of it was taken on the road. Both afternoons are real. Neither is what a seven-tenth advantage is supposed to look like.

Ferrari have held second in the constructors' championship from round one to the shutdown without ever being displaced, and they arrive at the break on 307 points, 72 behind Mercedes and 85 clear of McLaren. The trajectory in the pace data bends steadily toward the front. The trajectory in the points is a straight line that never crosses anything.

Seven tenths a lap over the championship leader bought twenty-five points and a retirement. The pace was real. The season declined to spend it.

V

The Fracture

The fracture · Where the design's limit was exposed

A fracture is usually a thing the development failed to reach. Ferrari's is stranger than that, and harder to argue with, because it is a thing the development reached almost completely and never crossed.

Ferrari's best qualifying lap, gap to pole · rounds 1–11 · 2026

Data: FastF1 · FIA Official Timing. Gap from Ferrari's fastest qualifying lap to the pole time, by round. Best qualifying position by round: P4 · P3 · P4 · P3 · P5 · P3 · P2 · P2 · P2 · P5 · P2. Positions are by lap time, not by starting grid slot. Round 7 rests on Hamilton alone: Leclerc crashed in Q3, set no time and started tenth.

Eleven rounds. Eleven pole positions available. The gap between Ferrari's best qualifying lap and the fastest one on the day opened the season at 0.809s and closed it, at the Hungaroring, at 0.012s. Measured properly, across the same phase windows this article has used for race pace throughout, the mean gap to pole fell from 0.484s across the opening five rounds to 0.239s across the last four. It halved. It never once reached zero.

0.012s Hamilton to Norris, Hungaroring qualifying, round 11 · the closest Ferrari came to a pole in 2026

Twelve thousandths is not a quantity that exists anywhere off a timing screen. Nothing on a race track is that small. It is the difference between two versions of the same lap by the same driver, and either version was available on the day. Nor did it produce a front-row start. Hamilton had already collected three grid places for impeding, so the front row went to Leclerc from third, and the nearest Ferrari came to a pole all season was moved back to fifth before the lights.

A zero in the pole column invites a lazy explanation, which is that the car simply was not quick enough. The season refuses it. Set Ferrari's best qualifying position each round against where their quicker car ranked on race pace that same weekend, and the two measurements disagree in one direction and keep disagreeing.

7 · 3 · 1 rounds where Ferrari's race pace outranked their grid slot · rounds level · rounds where the grid was the better of the two

Mean qualifying position across eleven rounds, P3.18. Mean race-pace rank across the same eleven, 2.36. The single round in which Saturday flattered Sunday is Austria, and it flattered it by two places on an afternoon when the tyres gave way beneath both cars. Everywhere else the car was as good as its grid slot or better, and usually better. This is not a team that qualified to its potential and then found more on Sunday. It is a team that arrived at every circuit holding roughly a position more pace than it was able to put on the timing screen on Saturday afternoon.

Spa is where the two days disagree most violently, and it is the fracture in a single weekend. Ferrari qualified fifth, 0.532s off pole, immediately after producing the two best qualifying performances of their year. On Sunday they were the second-quickest car in the race, 0.225 per cent off the machine that beat them, at the circuit that asks more of a power unit than anywhere else on the calendar. Nothing about the car changed between the Saturday and the Sunday. Only the format did.

The obvious mechanism does not survive examination, and it is worth saying so rather than leaving it implied. A car that needed running to reach its window would explain all of this neatly. Ferrari's does not appear to be one. Measured stint to stint against the rest of the field, which burns the same fuel over the same laps, Ferrari gained less than the average car in four of the five rounds where a clean comparison exists, and at the Hungaroring they gained 0.327s where the field gained 0.984. Whatever the SF-26 is missing on a Saturday, it is not warming into it on a Sunday either.

Which leaves the fracture named precisely and unexplained, and the second half of that sentence is not an evasion. The development addressed the race-pace deficit and halved it. It addressed the straight-line deficit and the engine landed where an engine should. It addressed the qualifying gap and halved that too, 51 per cent against race pace's 48, which is one car improving at both of its jobs in almost equal measure. Every quantity moved in the direction the engineering intended. Starting first is not a quantity. It is a threshold, and a car that carries a position of unspent pace into every Sunday is a car that has been arriving at that threshold from underneath for eleven rounds.

Everything that could be closed by degrees was closed. The one thing that could not be is the one thing they never got.

VI

The Residue

What went in was a conviction. The shape was correct, the shortfall was a quantity, and time would do the rest. Eleven rounds of heat later, the instruments say the conviction was justified.

The race-pace deficit halved, from 0.410 per cent across the opening five rounds to 0.213 across the last four. The one continuing thread returned close to two tenths a lap against the field. The engine step landed at precisely the venues where an engine step should. Nothing they brought went backwards. The gap to pole halved on the same windows, 51 per cent against race pace's 48, the same car improving at both of its jobs at the same rate. 307 points, and second in the constructors' championship from the first weekend to the last one before the shutdown.

And no poles. Not one, in eleven attempts, from a car that was the fastest in the field outright at Barcelona and the fastest of those that finished the race intact at Silverstone.

Two afternoons were also lost late, and both were Leclerc's. At Monaco he failed to make the Turn 19 chicane on lap 64, running third at his home race on the newest rubber of anyone still going. His radio call named the brakes. The surface at that corner was breaking up beneath the field, it had taken Stroll minutes earlier, and it stopped the race entirely four laps later. Three explanations, no arbiter, and this piece will not appoint itself one. At Barcelona a round later he retired on lap 62 from sixth with a power-steering failure, again his own report over the radio. Neither is evidence of a fragile car. Across twenty-two car starts Ferrari lost one to a confirmed mechanical failure and one to a cause nobody has established, which is a lighter reliability ledger than any of the teams around them carried. That is precisely why these two rounds read as incidents rather than as a pattern, and precisely why the fracture had to be looked for on a Saturday.

The residue also contains something the ledger cannot itemise. Ferrari spent the season stacking parts into windows that were still open, five programmes of seven carrying the confound and four of them overlapping the engine, so the convergence arrives as a total rather than as a set of parts. Inside Maranello that total has already been broken down. Outside it, the season's most successful development programme at the front of this grid is also the one whose workings are hardest to see from the timing screens, and a rival trying to learn from Ferrari's first half has very little to copy.

One variable goes into the shutdown unspent, and it is the largest one they hold.

Of the two homologations the ruling granted them for this year, Ferrari have spent one. Austria was it. The other has not been touched, two more wait for 2027, and a second assessment point falls somewhere in the months ahead. Mercedes stand in the mirror of that position, their single allocation still unopened and earmarked for the run home. Neither championship contender has yet reached for the relief the summer handed them, and the second half of 2026 begins with two engines in reserve that nobody has heard run.

What makes Ferrari's the more interesting card is where the evidence says it would land. Spa is the highest power-demand circuit on the calendar and it is the round where they ran 0.225 per cent off the car that beat them, close enough to catch and not close enough to leave. Monza, Baku and Las Vegas are still to come and all three ask the same question Spa asked. The circuit-class split says an engine step shows up there and almost nowhere else. They have one left.

Whether it is enough is not a question the first half can answer, and this piece will not pretend otherwise. Eleven rounds of measurement establish that Ferrari converged, that they converged on both axes at once, and that the convergence returned a second place and an empty pole column. Twelve rounds remain. The gap to the front is now smaller than the margin of a single qualifying error, which is another way of saying it is now small enough that the thing standing between this car and the front row may no longer be the car.

A furnace does not deliver opinions. It reheats, and it measures again.

−51% Saturday · −48% Sunday · 0 poles Both deficits halved. Only one of them paid.

11 races. The heat was applied. Not what was promised in wind tunnels. Not what was projected in simulations. What the engineering actually produced when the crucible demanded proof. The data measured what remained. It always does.