Andi76 wrote: ↑18 Feb 2026, 20:13
Sorry, but that's not a theory. It's a fact. History proves it, and every F1 engineer has explained it a thousand times. Even Newey himself... I don't want to be condescending, but how old are you? How long have you been involved with F1? Sorry to say this, but it can't be long, otherwise you would know that Newey's career itself contains the evidence, as do those of many other star F1 designers, all of whom have explained these things themselves. It's not for nothing that people always talk about three-year plans. And it's only logical when you think about it.
Unfortunately, you're falling victim to the "Newey effect," which all too often confuses correlation with causation and underestimates the immense technological complexity of modern Formula 1. Today's F1 cars consist of around 14,500 individual parts – no one in the world, not even Adrian Newey, can keep track of them all in their head, let alone design them single-handedly. Anyone who believes that the mere presence of a genius would turn an organization of over a thousand employees into a serial winner at the snap of a finger is not only misjudging the hard facts of F1 history and the mechanisms within an F1 team, but also mathematics.
First, let's take a look at the statistics: The claim that 80% of his cars won is correct, yes, when viewed simply and glossed over. There were models such as the MP4/18, which did not compete in a single race, or the MP4/19, which first required a massively modified B version, or the 2006 McLaren or the 1998 Williams, in the design of both of which he was involved as chief engineer, and which must be taken into account if one does not want to gloss over the figures. That lowers Newey's rate to around 70% (a rate that people like Rory Byrne and Aldo Costa also have, both of whom, incidentally, mostly beat Newey as chief designers in the early 2000s and 2010s – yet Costa's cars at Dallara are not winning at Le Mans now, nor did Byrne's Ferraris win immediately in the 1990s... . for the reasons mentioned...). But be that as it may, even 70% is undoubtedly impressive, but it also shows that almost every third year/car did not win – mostly because the organizational basis in the team was not right. Just read Newey's book... He'll explain to you himself why the 2003 McLaren didn't win and why it was due to organizational issues within the team...
And let's look at the reality at Red Bull: Newey joined the team in 2006. Nevertheless, Red Bull languished in midfield in 2006, 2007, and 2008, finishing 7th, 5th, and 7th again in the constructors' championship. Why didn't he snap his fingers, which you believe he is capable of doing? Or did he suddenly have a stroke and need to recover? It wasn't until 2009 – in his fourth year and aided by a massive rule change – that the breakthrough came. As I said, Newey's own history alone refutes you and proves the opposite, because those three years of preparation were necessary to fundamentally restructure the entire internal organization, the correlation between the wind tunnel and the track, and the work processes. A genius without a perfectly functioning tool in the form of a well-coordinated team is simply powerless.
History is full of examples that prove this. John Barnard, the technological pioneer of the 1980s, failed several times at Ferrari to "remote control" the team. He had the most brilliant ideas, but the organization in Maranello was unable to implement them flawlessly from a technical standpoint. Even the legendary duo of Ross Brawn and Rory Byrne needed several years to get started at Ferrari. They joined a team in 1996/97 that already had enormous resources at its disposal, and yet it took until 1999 and 2000, respectively, for the era of dominance to begin. The reason was not a lack of talent, but the necessary introduction of methodological discipline and new work processes.
Technically speaking, a technical director/chief technical officer (or whatever title he has) like Newey/Brawn today is less of a draftsman and more of a "filter." He sets the philosophical direction, but if the other 999 engineers don't execute the details perfectly, the basic concept is worthless. The example of Aston Martin underscores this: Although they have state-of-the-art infrastructure, the team first has to learn how to validate the flood of data from the new wind tunnel so that it also works on the race track. The fact that Williams crashed after Newey's departure in 1998 was less due to the absence of his drawing board than to the collapse of the structures he had established and the simultaneous loss of Renault factory engines.
A Formula 1 team is a highly complex machine made up of thousands of cogs. Anyone who believes that you can throw a genius in at the top and immediately get a winning car out at the bottom, without taking into account the years of organizational fine-tuning, fails to recognize that F1 is a team sport at the molecular level. Newey will bring Aston Martin forward—but he will need time to do so, just as he needed at Red Bull.
To be honest, I don't know why I'm talking and explaining so much—it's just logical, and anyone who has ever had anything to do with F1 or even just spoken to an engineer knows that, sorry... or even just read an interview or a book or two... as I said, Newey will be successful. Just as Brawn and Byrne were successful at Ferrari, or Costa at Mercedes. But not just because they come in and snap their fingers... but because they create organizations and structures, implement methods and principles and philosophies as well as technology. But they don't just snap their fingers. If that were the case – and once again, even recent history proves you wrong – Newey would have snapped his fingers and conjured up a decent gearbox for Aston Martin... and not one that is obviously just bad... why? Because the technology for it is lacking. And Newey doesn't build gearboxes... perhaps this simple current example makes the connections clear.
