The first Aston Martin designed by Adrian Newey has immediately attracted attention for the many distinctive solutions adopted both in the suspension layout and in overall packaging. The British engineer explained that development of the AMR26 began four months later than planned and that the version of the car that will be seen in Melbourne will be different from the one observed in Spain.
The first Aston Martin powered by a Honda engine, the first car of the new regulatory era, and above all the first signed by Adrian Newey. This trio of major changes has inevitably put the spotlight on the AMR26, especially after assembly delays forced the Silverstone-based team to miss the first three days of testing in Barcelona.
As expected, Aston Martin quickly became one of the main talking points, presenting solutions that clearly set it apart from its rivals. Newey did not want to label them as “extreme” in the strict sense, but it is evident that with the AMR26 the team has chosen different paths compared to the competition. This is also because the car seen in Barcelona represents only a first iteration: the version set to debut in Melbourne will already be an evolution.
Like other teams, Aston Martin will introduce updates ahead of the Australian Grand Prix. Yet even in its most “basic” configuration, the AMR26 surprised many with some original solutions, particularly on the mechanical side, such as the rear suspension arm that connects directly to the wing support pylon.
A direction with never-before-seen solutions
“The direction we have taken could certainly be interpreted as aggressive. It has quite a few features that haven’t necessarily been seen before. Does that make it aggressive? Maybe yes. Maybe no,” Newey explained when asked whether he would describe the AMR26 as an aggressive car.
However, the British engineer confirmed that the packaging of the new car is particularly compact, more so than anything previously produced at Silverstone. This has also been made possible by several choices related to cooling, mechanical layout, and the Honda power unit, as discussed in a dedicated technical analysis.
“Yes. The car is extremely compact. Much more compact than anything I think we’ve ever tried to do here at Aston. That required very close collaboration with the mechanical designers to achieve the aerodynamic shapes we wanted. But I have to say that all the mechanical designers really embraced that philosophy. It didn’t make their lives easy, but they really rose to the challenge.”
“Everything starts from the overall packaging of the car: where mass is distributed along the wheelbase, where the main weights are positioned. From there you move on to the front and rear suspensions, both of which play a very important role in manipulating airflow. Then there’s the front wing and the nose shape, which are partly different this year. From there you reach the sidepods and the rear of the car, which is decidedly different compared to what we’ve done in the past.”
Development running four months behind rivals
The project is innovative in many respects, but in Barcelona it was unable to complete the planned mileage due to delays that had accumulated, with some components arriving by air only late in the evening of the third day.
In reality, as Adrian Newey explained, part of these delays stemmed from the fact that development of the 2026 car did not begin on schedule. Work was only truly able to take shape in April, when the new wind tunnel—described as the best in Formula 1—finally became operational. It is worth remembering that regulations allow teams to use only one wind tunnel during the season.
During the Australian Grand Prix weekend, Aston Martin had announced the definitive commissioning of its new wind tunnel, following the usual calibration phase, which took longer than expected, as reported last year. This happened just as Newey had joined the team only a few weeks earlier. According to the designer, the lack of immediate access to those facilities generated a delay of around four months, compressing the work across the rest of the year.
“The AMR technology campus is still evolving, the wind tunnel wasn’t really operational until April [2025], and I only joined the team last March, so in reality we started late. It’s been an extremely compressed period and ten months of really intense work.”
“The reality is that we didn’t get a 2026 car model into the wind tunnel until mid-April, whereas most, if not all, of our rivals already had a model in the tunnel from the moment the aerodynamic testing ban for 2026 ended, at the beginning of January last year.”
Clearly, when a new technical cycle begins, it is important not only to focus on your own choices but also to keep an eye on what rivals are doing: “Now, whether others arrive at a similar solution to ours, we don’t know and we won’t know until we see their cars. We’ve simply tried to follow what we believe is the right direction for us.”
Adrian Newey’s admission that the Aston Martin AMR26 is trailing its rivals by four months in development time adds a layer of pressure to the team’s 2026 campaign. However, the revelation of “unseen” mechanical solutions and an ultra-compact packaging philosophy suggests that the team has prioritized raw innovation to close the gap created by their wind tunnel delays. The success of this Adrian Newey-Honda partnership will depend on whether the aggressive aerodynamic gains of the AMR26 can outweigh the lack of early-season mileage. As the grid moves toward the final tests in Bahrain, all eyes will be on whether Aston Martin’s “compressed” development cycle has produced a car capable of surprising the established order in Melbourne.
While the AMR26 faced a delayed start due to infrastructure readiness, Adrian Newey remains confident that the car’s unique and aggressive design features will provide a strong foundation for Aston Martin’s new era with Honda.
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