Yuki Tsunoda and Red Bull's Second Seat: When a Car Fits Only One Driver

The Abu Dhabi season finale closed the 2026 campaign, and the most valuable sentence of the year did not come from the champion. Yuki Tsunoda admitted on a podcast that after everything, he still did not understand the car he had been driving. In the same period, Max Verstappen took eight Grand Prix wins — the most of any driver — while Lando Norris lifted the title. The final standings read: Verstappen 385 points; Tsunoda 30 points, 17th overall, no podiums, best finish sixth in Baku.

That ratio is 7.2%. The second car of a leading team delivered less than one tenth of the lead car's output. Across ten years of following the industry, I have not seen an anomaly this stark between a team's engineering capability and its second driver's results. Numbers never lie, but the people reading the report sometimes do — and this time, both the team and the driver misread it.

Context: the seat was already broken before Tsunoda sat in it

Red Bull entered 2026 with a crowded personnel problem. Sergio Perez was released. Liam Lawson was promoted to the second car, lasted two rounds, was eliminated in Q1 twice, scored zero points, and was sent back to Racing Bulls. Tsunoda was called up. Before his debut he spoke with confidence, drawing on a solid adaptability record built at Racing Bulls. What followed was one of the heaviest individual collapses ever recorded at a front-running team.

All three cases sit inside a single season cycle. That is, to my mind, the most important point of the whole story: the problem did not begin with Tsunoda.

Some technical context is needed for the rest. The RB21 was designed in the late phase of the ground-effect era — an aerodynamic cycle that forces cars to run extremely close to the track surface, making balance acutely sensitive to tiny changes in ride height, suspension stiffness, and wing angles. The car had enough outright pace to win eight races. But its operating window, in the words of the men who drove it, was narrow.

Alex Albon, who occupied this seat in 2026–2026, described that behaviour on the High Performance Podcast with a memorable image: the car changed direction too sharply, darting across the screen, leaving the driver permanently tense. The front end, he said, was eye-wateringly sharp.

Albon and Tsunoda belong to different regulation cycles, so a direct car-to-car comparison is technically unfair. But the recurrence of the same failure mode across two different drivers is a far more telling signal than any individual explanation.

Analysis: the set-up replication trap

The entire technical story of Tsunoda's season fits inside one admission. He said his biggest mistake was trying to replicate Verstappen's set-up. He added: when he struggled with oversteer, Max's set-up made it worse; when he struggled with understeer, Max's set-up produced even more understeer.

Both terms need a short explanation. Oversteer is when the rear loses grip and the car rotates more than the driver commands. Understeer is when the front refuses to turn and pushes wide. Set-up is the mechanical and aerodynamic configuration of the car — suspension, differential, wing angles, brake distribution. The crux is this: a driver's optimal set-up is not a shared baseline. It is an equilibrium tied to that driver's specific reflexes. For a driver with a different calibration, the same configuration can invert the expected outcome.

What stands out is that Tsunoda understood this at the moment of decision. He admits he chose Max's set-up even knowing it would make his car worse. This is no longer a technical question. It is a question about decision quality for a driver standing beside a world champion in an environment where every surrounding signal says the other man is right.

Qualifying data confirms the scale. Across 27 qualifying sessions — sprint sessions included — Tsunoda outqualified Verstappen exactly once. The average gap was 0.6 seconds per lap. He was eliminated in Q1 ten times, in Q2 nine times, and reached Q3 only eight times. For a driver previously rated highly in the midfield, the distribution is unusual in that the exits cluster rather than scatter. A narrow-window car punishes small set-up errors disproportionately in single-lap running, where a few thousandths lost at one corner costs the entire session.

Then comes the least discussed part. Tsunoda admits he has a big enough ego not to change his driving style, and that he tends to force the car to drive the way he wants. A driver who cannot describe the car cannot supply directional development feedback. Over a full season, that is a two-way loss: the driver cannot adapt, and the team loses a data channel. For a team fighting for a title, losing a data channel is not a minor matter. It means the second car contributes nothing to developing the first.

From an operational standpoint, this is the kind of failure the technical balance sheet never records, while the race results record it very clearly.

The contrarian angle: the car, or the ego?

The story is told through the frame of an undriveable car — a second Red Bull only Verstappen can exploit. That frame has evidence: the recurrence of the same failure across multiple drivers, plus the Perez – Lawson – Tsunoda sequence inside a single season cycle. The second-seat crisis was not created by Tsunoda. He merely exposed what Red Bull had already drawn onto the car.

There is, however, a second reading, and it fits the same dataset. If the primary obstacle is a fixed mindset, then any car at any top team would reproduce that failure. Tsunoda's rejection of the Albon comparison is technically fair, but it also serves a psychological function: keeping distance between the RB21 and the established “undriveable car” precedent.

The comparison to Felipe Massa in 2026, offered in the original piece, is also imperfect. Massa's trough came eight rounds in and was partially recovered. Tsunoda's collapse ran the entire season and ended with the loss of his seat. On the data, the severity of this case sits in a category of its own.

One layer of analysis is usually skipped. Optimising a car around one driver may be a deliberate trade-off rather than a mistake. Red Bull traded second-car points for maximum output from the best driver of a generation. The 2026 season showed the price: eight race wins and no championship. Titles are not decided by peak pace; they are decided by the spread between two cars.

The market consequences are clear. Red Bull's second seat has become a reputation-destroying position. Lawson lost his place after two rounds. Tsunoda lost his after one season. A driver's value does not live in his hands; it lives in how he is priced — and both men were just repriced downward by a seat, not by their own ability. In the driver market, a season like this is the worst possible data point in a portfolio.

There is one more layer, belonging to media economics. A failed season is now a content asset. Tsunoda chose to tell his story on podcasts, with a notably self-critical tone. That candour raises credibility while simultaneously serving the interest of locating the cause outside himself. Both dimensions coexist, and readers should recognise both before quoting.

What to watch

2026 opens a new regulation cycle, and that is the biggest variable. If the successor car is still built around Verstappen's narrow window, the second seat will remain a quantifiable loss rather than an anomaly fixable by changing personnel.

I do not believe in luck. I believe in numbers verified three times. Three indicators matter next season: the second driver's average qualifying gap to Verstappen, the Q3 conversion rate, and the second driver's points share against the lead driver. If the points share stays below 20% for another full season, the story will no longer be about Tsunoda. It will be about a team paying for a title in order to optimise for one man.

And if a midfield team signs Tsunoda next season, the market will answer the question podcasts cannot. Whether the car was the cause, or the driver was. That is the only test with genuine verification value.