The 2026 season represents a decisive turning point for the Silverstone team, a clear line between what Aston Martin has been in the past and what it aims to become in the future. To fully exploit its new signings and state-of-the-art facilities will take time, but Adrian Newey has already described his working approach and how he is guiding the development of the new car.
While 2026 marks a fresh start for every team, for some it is a genuine watershed moment. Aston Martin is one of them, viewing next season as a major opportunity to finally begin reaping the benefits of the massive investments made in recent years, both in terms of infrastructure and technical staff.
The Silverstone-based outfit has poured huge resources into its long-term goal of becoming a world championship contender, fully aware that certain processes cannot be rushed. Spending money alone is not enough: it is essential to make every element work together smoothly, especially considering that some of the team’s most important engineers have only joined the project in the past few months.
A brand-new wind tunnel, an upgraded simulator and a range of cutting-edge facilities have all been provided by Lawrence Stroll for his engineering team — and the standout name is, of course, Adrian Newey, the crown jewel of this ambitious project. Since joining the team at the start of March, the British designer has focused exclusively on the 2026 car, without getting involved in the current AMR25.
Newey outlines his approach: stabilizing the team and enhancing collaboration
Newey started his analysis from a key concept: “As a team, we have grown quickly. Now we are in a phase of stabilization. After expanding massively in numbers, we now need to settle everyone down and make sure they work well together,” he said during an interview published on the team’s website. This highlights an important point: beyond technical solutions, the way a group functions often matters most — and this is where Newey fits in.
It is no secret that Aston Martin chose to halt the development of the AMR25 relatively early to focus all its energy on building the future of the team. The 2026 rules bring major changes: the team will switch from Mercedes to Honda power units and, for the first time, will need to design its own rear suspension and gearbox in-house.
These elements made it necessary to begin preparations as early as possible, to lay the foundations of the project. Newey himself has explained on several occasions that he was not involved in every early “baseline” decision regarding the 2026 car. However, this does not mean he cannot influence the development of next year’s machine, as aerodynamic evolution is a constant process.
While the fundamental architecture of the 2026 project was set early, the aerodynamic work is following a very different path. Teams were only allowed to begin wind-tunnel and CFD work in January, and with such a radically new rulebook, new areas of potential improvement continue to emerge month after month.
Newey’s contribution: fostering ideas and maximizing collective creativity
Speaking about 2026, Adrian Newey explained how he is integrating into Aston Martin’s workflow and what his real contribution to the program is. His goal is not just to provide his own feedback, but also to highlight and elevate the best ideas coming from the engineering group. It is not about an individual’s contribution, but about the ability to nurture collective creativity.
“We are a team of around 300 engineers. Collaboration is obviously the single most important aspect and, in many ways, more than individual talents within the team, it’s about how we all work together. We make sure we communicate and extract the best from each other,” Newey said.
“What does that mean for me personally? Well, it means that I’m probably spending about 50% of my day at the moment working with other engineers, either individually around a CAD station or in meetings. If I’m honest, I prefer the former, because I think that one-to-one discussions are often where the best ideas come out.”
He added that large meetings, if not handled carefully, can become procedural exchanges rather than sources of new ideas — which, in his view, remain the most important part of the job. For this reason, a balance between both approaches is essential. In many ways, both Adrian Newey and Enrico Cardile serve as a kind of connective tissue within such a diverse engineering group, helping different minds find common ground.
A race against time: teams must complete their cars by early January
Teams are currently engaged in a real race against time. To be ready for testing, the cars must be completed by early January — a significant acceleration compared to previous years, when track debuts typically took place in late February. As a result, the first tests will likely feature “base” versions of the cars, allowing teams to check reliability and validate crucial components before introducing upgrades.
“We are under intense pressure to meet deadlines and release the main architectural parts of the car — the gearbox, followed by the chassis, the front and rear suspension and so on — in time for the January tests,” Adrian Newey said.
“I’m probably spending a bit more time than I’d like at the drawing board, looking at CFD, vehicle-dynamics programs, trying to make sure we arrive at a concept that satisfies everyone. I don’t want that to happen without everyone’s involvement and approval. Part of the motivation is the fear of failure. I have tried to learn how to use it constructively, because it’s the difference between too much pressure, or poorly managed pressure, which can lead to mistakes, and a state of focus and clear vision.”
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