Honda Hit Its Power Target, but the AMR26 Is Paying in Driveability

When Fernando Alonso called the AMR26’s downshifts “random,” the phrase did not sound like a driver looking for an excuse. In a technical briefing in Milan, I listened to that interview three times. The way Alonso leaned on the word “random,” then paused, suggested he was choosing the most precise term available without saying that the car surprised him in places where a racing driver cannot afford surprise. A two-time world champion does not use that word to describe a slow car. He uses it to describe an inconsistent one. Six points across the latest six rounds is the easiest number for the media to use. It is tidy, headline-friendly, and it places Aston Martin in the midfield. But reading only that number misses the more important question: how Honda reached its own power target, and where the cost of doing so has landed. HRC president Koji Watanabe said plainly that Honda met the power target for Spec 2, but that driveability regressed to something closer to Spec 1. That is a revealing sentence because it admits two things at once: the progress is real, and the progress is not clean. The 2026 season places power units inside a new regulation cycle: a near-50% electrical energy share, no MGU-H, and 100% sustainable fuel. Every manufacturer has to relearn an old craft from a new book. Honda returned as Aston Martin’s works partner after ending its Red Bull relationship at the end of 2026. It arrived roughly a year later than rivals. It had to rebuild its engineering group, bring experienced F1 engineers back onboard, and then race against a development system constrained by the budget cap and operating-time restrictions. ADUO, the Additional Development and Upgrade Opportunities mechanism for manufacturers classified below a performance threshold, is the route Honda has chosen to close the gap. It gives Honda extra upgrade opportunities that front-running manufacturers do not have. But ADUO is not a magic switch. It opens one more door in a corridor still bounded by homologation, the budget cap, and operating time. The AMR26 is Adrian Newey’s car. That detail alone raises expectations. Newey has built cars that hide aerodynamic weaknesses by making the car work in places rivals do not consider. But a Newey car can only be judged fairly when the power unit communicates with it consistently. When the engine answers the throttle with uneven delay, when the gearbox downshifts in a way the driver cannot anticipate, the car is masked. Not by paint, but by uncertainty. Data only tells part of the story; the rest lies with those who know how to listen. In this case, the public data is thin. There are no disclosed kW figures, no published lap-time deltas, no dyno torque curves. What we have is the HRC leadership’s admission, descriptions of turbo lag, and Alonso’s “random downshifts.” That is not enough to build an absolute comparison table. It is enough to identify the direction of the problem. Honda changed the combustion process to lift peak output. That is a familiar route in internal combustion: altering mixture strategy, compression ratio, ignition timing, or moving toward a leaner burn to extract more from the fuel. It can raise power at high load. The cost usually appears at low and medium load, where the car spends most of a lap. There, combustion needs to be stable, torque delivery needs to be smooth, and throttle response needs to be predictable. If the engine map is pushed too far toward power, the driver feels a hesitation on corner entry, or a gap before traction arrives. That is why Watanabe’s admission is more credible than a progress release. He said Honda met its own power target but remained short of rivals. Both things can be true. A manufacturer can hit an internal target and still be slower than others. A manufacturer can have better peak power and still lose races because driveability is worse. In racing engineering, driveability is hard to reduce to one metric. It is the combination of throttle response, torque linearity, shift quality, engine-braking and energy-recovery blending, and the way the engine exits low load when the driver opens the throttle early. A car with high peak power but poor driveability will enter corners slower, exit later, and manage tyres with less precision. Over a race, those small deviations compound into lost time that never appears on a power chart. Erratic downshifts are a more telling symptom than turbo lag. Turbo lag is a physical delay in the turbocharger and can be reduced through design and control. A wrong downshift usually sits in the interaction between engine, gearbox, and electronic control. When the driver brakes and requests a downshift, the control unit must decide the torque cut, the engine-braking level, the energy-recovery level, and the torque fill needed to avoid unsettling the rear axle. If those maps do not agree, the gearbox can select the technically correct gear at the wrong moment in feel. To the driver, it feels as if the car is deciding for him in a millisecond. That pushes me toward the view that Honda’s problem is not a broken mechanical part but incomplete system integration. If so, it is good and bad news. Good: software and control strategy can improve faster than a combustion architecture can change under homologation. Bad: every software change still has to fit inside the rules, and Honda has little budget room left for trial and error. Another point needs to be placed correctly. Honda says the battery and motor targets were broadly achieved, while internal-combustion development fell behind. That reverses the familiar story. Honda has historically been seen as strong on the ICE. But in the 2026 cycle, a sustainable-fuel ICE working with a near-50% electrical share is a new problem. Honda prioritised the electrical side, then turned to the ICE. That allocation was rational under staffing scarcity, but it front-loaded the slower-maturing technology and left the fast-iterating ICE underdeveloped. Every collapse has a precondition; few people choose to look early enough. Here, the precondition is not an engine failure or a gearbox breakage. It is a chain of decisions: arriving a year late, a staffing shortfall, sequential rather than parallel development, and then hitting the budget cap and operating-time limits. When those conditions stack, an upgrade that meets a power target can still produce a harder car to drive. And when the car is harder to drive, race results stop reflecting the engineering effort. To be clear: no public data allows us to say exactly how many kW Honda is missing or how much lap time driveability costs. Conclusions must remain qualitative. But in a new regulation cycle, qualitative signals are often enough to show direction. Honda’s story is not the story of a failed upgrade. It is the story of an upgrade that succeeded within its limits while exposing a structural gap. Aston Martin sits in the midfield with an upward trend. Six points in six rounds is the scoring rate of a team that has improved enough to join the midfield fight but not enough to threaten the front. The AMR26 may be better than its results. But that is where an analyst must be careful: “may be better” is not “is certainly better.” A car masked by its power unit cannot be fairly graded aerodynamically. And a car that has not been fairly graded cannot be used as proof of a new legend. A contract only looks beautiful on paper until someone tries to fit it into a running system. The combination of Newey, Aston Martin, and Honda is beautiful on paper: a leading designer, a premium car brand, a major manufacturer, and a two-time champion. But the running system does not read paper. It reads sensor signals, engine maps, shift quality, and platform stability. When one link is unstable, the whole chain is pulled off line. Alonso remains the clearest signal. He did not say Honda is weak. He said the car behaves randomly. That is a responsible way to frame it because it places the problem in the system rather than in an individual. But it is also public pressure. When a two-time champion says the car downshifts randomly, the engineers at HRC cannot pretend the issue exists only in the driver’s feel. They must fix it, or explain why it cannot be fixed immediately. An empty grandstand does not kill a race, but it takes away something data cannot measure. For Aston Martin, what is being taken away is patience. Expectations rose quickly when Newey arrived and Honda returned. Every race without a result will be read as evidence that the project is late. Every Alonso comment will be read as a warning. Every Honda statement about needing time will be read as a confession. Meanwhile, the race at the front continues. Mercedes, Ferrari, Audi, and Red Bull-Ford are the names associated with the leading or chasing group, depending on how one reads the new power-unit cycle. The source material does not provide an official order. But one thing is certain: in a new rule cycle, advantage comes from timing. Those who start earlier, run more bench hours, and keep a stable team have more chances to turn new rules into an advantage. Honda did the opposite. It started late, lacked staff, and was constrained by the very rules designed to prevent a money-and-dyno catch-up. ADUO is the bright spot. It proves the rulebook has not fully closed the door on late manufacturers. But ADUO is conditional. It depends on the FIA classifying a power unit below the performance threshold. If Honda remains classified below it, more opportunities may come. If Honda crosses the threshold, the door narrows. That is why Honda’s race is not only on track but also in technical meetings with the FIA. The budget cap and operating-time restrictions are bigger obstacles than many assume. They limit not only spending but also the number of tests, bench hours, and validated options. For a manufacturer chasing, the most valuable resource is the number of times it is allowed to be wrong. Honda said it pushed to catch up but ran into the budget cap and operating-time restrictions, unable to make up the lost ground. That admission matters because it shows the limit is structural, not a matter of will. Every tracking number belongs on the operating table, not on the altar. For Honda, that is especially true. A good power report cannot hide a difficult car. A fast lap cannot hide a wrong downshift. An upgrade that meets its target cannot hide a two-year gap. Conversely, a candid admission does not mean the project has failed. It means the manufacturer is looking at the problem correctly. Watanabe did not sugarcoat. He said Honda met its own power target but remained short of rivals. He said driveability regressed. He said Honda lost almost two years. He said the team hit the budget cap and operating-time limits. That is the language of expectation management, not dream-selling. In F1, where every sentence can become a weapon, that candour deserves notice. But candour can also be strategic. If Honda is preparing for another ADUO assessment, publicly acknowledging the gap may strengthen its case that it still needs development opportunities. I have no evidence to prove that motive. But in F1, the timing of an admission often matters as much as its content. The Newey story at Aston Martin also needs careful reading. One branch of the narrative says the AMR26 is actually strong and is only masked by the Honda power unit. That branch is attractive because it lets people believe a design genius is still doing his job and that fixing the engine will fix everything. Public data does not confirm it. We know Newey designed the car. We know Alonso complained about the gearbox. We know Aston is in the midfield. We do not know how fast the car would be with a stable power unit. That gap is where expectations inflate faster than reality. There is an optimistic scenario worth tracking. If Honda improves the control system, shift quality, and throttle response, the AMR26 could be re-rated immediately. No huge aerodynamic change, no new power-unit upgrade. Just a car that does what the driver asks. Then Newey could benefit from an effect that had been hidden. That is the kind of upside asymmetry analysts miss when they stare only at the standings. The middle scenario is also plausible. Honda improves driveability gradually through software and small hardware changes while the power gap narrows slowly. Aston keeps scoring in the midfield, occasionally has a strong race, but does not take a step change. Alonso keeps mentioning the car, but more softly. Watanabe keeps talking about time. This is probably the most likely short-term path because it fits the logic of a new regulation cycle: everything moves slowly, and no one is allowed to fix too quickly. The worst case is that Honda cannot close the gap before ADUO narrows or homologation locks in. Then the driveability and power deficits freeze for a long period. That is the biggest risk because it is not about one race or one upgrade; it is about the structure of time. A manufacturer can fix mistakes if time remains. Without time, every effort becomes a patch. In that picture, public pressure from Alonso is a small but non-ignorable variable. It does not break the engine. It does not slow the car. But it changes how every signal is read. A wrong downshift stops being a technical detail. It becomes evidence for a larger story: Honda is not ready. Whether that story is true or not, it creates pressure on the people who must fix the system. Honda is not a newcomer to F1. It has history, experience, and cycles of success and failure. Returning with Aston Martin is a strategic bet, not a stroll. The bet is on Honda’s electrification image, on combining a sustainable-fuel ICE with a new hybrid system, and on the pull of a team with Newey. But every bet has a weak point. Honda’s weak point is time. It arrived late. It lacked staff. It chose sequential development. It was constrained by the budget cap and operating hours. It met its power target but lost some driveability. It has ADUO but cannot use it without limit. Each link can be explained on its own. Put together, they form a clear pattern: a structural gap, not a single fault. What caught my attention most was not six points in six rounds. It was how Honda described itself. A confident manufacturer talks about the next target. A struggling manufacturer talks about lost time. Honda is talking about lost time. That is a more credible signal than any power comparison we do not have. Over the next two to four rounds, several things matter. First, the AMR26’s shift quality. If Alonso and the team stop mentioning random downshifts, the control system has improved. Second, throttle response in slow corners. If the car exits earlier and more stably, driveability is better. Third, straight-line and trap speed. If the gap to the midfield closes, power is being deployed better. Fourth, how the FIA classifies Honda in ADUO assessments. Fifth, Aston’s points in races that combine slow corners and long straights. Do not wait for a miracle step. In a new power-unit cycle, progress usually arrives in layers: a new map, a software patch, a small mechanical detail, a recalibration. Those do not make headlines, but they make feel. And feel is what a driver notices before the timing screen changes. For Honda, the question is not ambition. The question is whether it has enough time and room to turn ambition into results before the rules lock. ADUO gives it a chance. The budget cap and operating-time limits take part of that chance away. The rest depends on prioritising the right fix. If I had to bet on the second half of the season, I would bet on gradual improvement that is not enough to change the order. Aston will stay in the midfield, occasionally strong through strategy or conditions. Alonso will remain the earliest signal. Honda will keep talking about time. And the media will keep asking whether Newey is being wasted. One thing I am more certain of: do not read the AMR26 only through the standings. A car masked by its power unit cannot be judged by points alone. It must be judged by how it responds, how it shifts, how it exits corners, and how the driver talks about it on the radio. Those things are not in the results table, but they are real data. Data only tells part of the story; the rest lies with those who know how to listen. For Honda, the rest is saying clearly: progress is real, but it is not clean. For Aston Martin, the rest is saying the car may be better than its results, but no one has proved it. For Alonso, the rest is saying he is still patient, but not infinitely so. The season is long. One upgrade can change the picture. One software patch can change the feel. One ADUO decision can change the development trajectory. The task is to watch the small signals before they become headlines. In F1, the scariest thing is not a slow car. It is a car no one knows how fast it really is because the system inside it has not answered consistently. When Honda fixes that answer, the AMR26 will force a re-rating. Then people may realise that Aston Martin’s problem was not Newey, not Alonso, but time. And time is the one thing no upgrade can buy back with a button press.