Before the race even began, Audi was already racing.

Audi’s Formula 1 debut goes beyond a simple race. It is an event that honestly reveals, on the track, the “pain of integration” that a large manufacturer undergoes while transitioning to a software-defined vehicle (SDV) paradigm. The unfinished state they presented is not so much a failure as it is a strategic choice - one that aims to train organizational agility and integration capabilities under extreme conditions. This report is a record of the “speed of growth” facing the modern automotive industry, hidden behind the one-second gap at Suzuka.

By Sang Min Han _ han@autoelectronics.co.kr
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There is no such thing as a fully complete team in Formula 1. Most teams, however, refine small imperfections on top of already validated foundations - technology, operations, organization, learning systems, and driver utilization structures. Audi, by contrast, arrived on track while still building that very foundation itself. From its declaration of entry in 2022, it began developing its own power unit and stood on the grid just four years later. Among new manufacturers debuting in the same period, Audi was the only one to develop its own engine entirely in-house from the beginning.
The first stage for this proof was the Australian Grand Prix in Melbourne in March.




The Audi floating hub on the Yarra River in Melbourne. The brand arrived first; the race came later. 



Audi’s Debut

From the airport to the city center, Audi’s presence was unmistakable.
The newly unveiled performance model RS 5, the floating team hub on the Yarra River, and the atmosphere of “this is just the beginning” visually communicated that Audi’s F1 project was far more than a simple racing entry. Yet once the race began, reality also revealed itself.
Gabriel Bortoleto started from 10th on the grid and finished 9th, taking the chequered flag. Scoring points in a debut race - this was an impressive result for a team launching with new regulations, a new organization, and a new brand identity all at once. The car (R26) ran reliably throughout the day, and both the power unit and race operations demonstrated baseline competitiveness.
However, on the same day, in the same garage, Nico Hulkenberg’s car failed to start due to a technical issue before the formation lap. On one side, points were secured; on the other, the race ended before it even began.
These two scenes defined the first appearance of the Audi Revolut F1 Team. It was not a matter of success and failure, but rather the simultaneous exposure of a system that works and a system that does not yet work.
Manufacturers typically try to present a polished debut. Audi was not polished - it was honest. And because of that, the character of the team became even clearer. In other words, the points demonstrated that the speed already existed, while the DNS (Did Not Start) revealed that the underlying system supporting that speed had not yet been fully sealed.



Why Was It Not Complete?

Why did Audi begin the season in an unfinished state? This question is not merely about operational mistakes in racing. More precisely, it asks what this project is - and how Audi perceives Formula 1 as a platform.
First, the nature of Formula 1 itself has changed. While the initial shock brought by Netflix’s Drive to Survive has passed, the fact remains that F1 is no longer just a sport consumed through results. It has become a global platform where teams, drivers, technology, and tension are woven into a narrative. On top of that, the cost cap and the 2026 power unit regulations have eased the structure that once required limitless resources to compete. In other words, a framework now exists in which new manufacturers can evaluate entry in a calculable way. If the regulations opened the technological door, the evolving nature and cost structure of F1 transformed entry into a strategic decision at the brand and organizational level.
Audi F1 spokesperson Benedikt Still clearly explains why these changes aligned with Audi:
“The 2026 regulations align closely with Audi’s technical roadmap. With a roughly 50:50 hybrid split, fully sustainable fuels, and a strong focus on efficiency, they mirror the key technological areas of electrification, decarbonization, and intelligent energy management that define our future product strategy.”
The new regulatory framework is not merely an entry condition; it is a technologically meaningful stage where Audi can demonstrate and accelerate its transition in the new hybrid era.
For Audi, therefore, Formula 1 is not simply the addition of a racing team. It is part of the company’s overall transformation strategy. At the same time, it serves as a critical marketing tool, a compressed environment for pushing technology and organization forward, a research laboratory, and a global platform for redefining brand identity. As partnerships with Revolut and Adidas suggest, Audi is designing a new ecosystem both on and off the track.
Still summarizes the reasoning as follows:
“Formula 1 is a platform that embodies the mindset Audi aims to embed across the entire organization: bold decisions, rapid learning, clear priorities, and the determination to improve every day.”
At its core, Audi sees F1 as an extreme research and development laboratory. In areas such as high-performance battery systems, inverter architectures, energy recovery efficiency, and hybrid integration, what matters is not individual technologies but how they are brought together into a single system. For that reason, this project could never appear as a finished product from the outset. The very process of integrating, refining, and evolving through real racing experience is its essence.




Engineers on the pit wall. An organization that had been running for four years in Neuburg and Hinwil now stood before its first real test. 



Inside, the Race Is Already Underway

Audi’s F1 story did not begin in Melbourne in 2026, but officially in the spring of 2022.
Power unit development at Neuburg had already started then, and Audi established a separate entity, Audi Formula Racing GmbH (AFR), to drive the project within an independent organizational structure. AFR CEO Adam Baker and CTO Stefan Dreyer built 22 state-of-the-art test benches in Neuburg, validating performance through simulations replicating real race conditions. For example, reproducing even the 2 km full-throttle section of the Las Vegas Strip within a simulation environment shows how many races had already been run off-track.
All of this preparation converged on a single moment: the fire-up. Project head Mattia Binotto described this not simply as the machine coming to life, but as the moment when the passion and ambition of hundreds of people became reality. In December 2025, the internal combustion engine, high-voltage battery, MGU-K, cooling circuits, and chassis interfaces all operated together as a single organism for the first time. It was the moment when components developed separately for years finally began to breathe as one system - and the most concrete answer to why this team must be understood as an integration project.
More importantly, this development was designed from the outset not at the component level, but from the perspective of full factory team integration. According to Dreyer, Neuburg and Hinwil have already been operating in true factory team mode, working simultaneously within a single organizational framework - from power unit and gearbox integration tests to cooling system design and packaging optimization. The concept team, activated early in Hinwil from 2023, had a clear goal: to maximize the advantages of a factory team in power unit packaging.
In other words, Audi did not build the car first and then attach the engine. It chose an approach where the power unit and chassis are conceived together within a unified framework from the very beginning.
This approach also aligns with the cost cap environment. As Baker explains, in Formula 1, financial and operational efficiency are directly linked to performance. Establishing a separate entity to design structures, systems, and ways of thinking from the outset became one of Audi’s strengths. In that sense, the team is less a traditional motorsport program and more an organizational experiment in integrating complex technologies into a single system within a limited timeframe.
And this integration is not yet fixed. As soon as the season began, Audi adjusted its leadership structure again, with Mattia Binotto taking on the role of team principal in addition to project head. This was not a simple personnel change - it was evidence that Audi is still actively tuning the system itself. The team did not arrive on track with a completed system; it is completing that system on track.
Still explains:
“We execute our strategy with precision, learn as we go, and keep moving forward. We start as challengers, so mistakes are allowed - but standing still is not.”







The Same Pattern Repeated

Returning to the track, Audi’s first three races of the season revealed a clear pattern. The team already had the speed to compete near the points. The issue was converting that speed into consistent results.
In Melbourne, one car scored points while the other failed to start. In Shanghai, consecutive points were within reach, but Hulkenberg’s race was compromised by a 16-second pit stop caused by a wheel gun issue, while Bortoleto once again failed to start due to a technical problem. In Suzuka, Hulkenberg dropped to 19th on the opening lap, fought back to 11th, and chased the final points position to within one second.
The results differed across the three races, but the underlying truth was consistent. The car was not slow; rather, the weak point that disrupted results kept shifting. In Melbourne, it was reliability; in Shanghai, pit operations; in Suzuka, the start and race execution. If the issue had simply been a lack of speed, the story would have been easier. But because the car was capable of scoring points, what remained unfinished became even more visible.
After the Japanese Grand Prix, Binotto’s comment that “positive aspects and areas for improvement coexist” was not a routine remark. While acknowledging progress in reliability and operations, he still identified start performance and energy management as key challenges. Hulkenberg was even more direct, noting that overtaking was possible, but the car would become vulnerable again immediately afterward - a clear trade-off. The one-second gap at Suzuka was not just a number; it was a compressed representation of the entire unfinished state.
What “Speed Without Completion” Really Means
The important point is that Audi did not enter this project unaware of these risks. On the contrary, it is built on the choice to accept risk in order to integrate, learn, and improve faster within a real competitive environment. To interpret this merely as the trial and error of a new team would be to see only half the picture.
What is truly interesting is not the trial and error itself, but the form it reveals. Audi F1 is not a slow team. The challenge is to maintain that speed without collapse under operational variables such as pit stops, starts, energy management, and technical reliability.
And here, the project mirrors the challenge many traditional OEMs face in transitioning to SDVs. Individual technologies and prototypes are possible, but integrating them into a stable system in real operating conditions is an entirely different problem.
As Still noted, in Formula 1, you do not win with isolated technologies. You win through system integration and fast learning. This is why Audi defines itself as a challenger. Mistakes are allowed - but standing still is not.
An 11th-place finish is not merely a disappointment. It shows both how far the team has come and what still remains unfinished. CEO Gernot Dollner described the project as “a catalyst to become leaner, faster, and more innovative.” For Audi, Formula 1 is a space where transformation is practiced in reality.





Shanghai. The pit stop did not fail to happen—it simply took too long. And Bortoleto did not start. 



Back to Suzuka

Let us return to Suzuka. One second to the final point.
Hulkenberg recovered from a poor opening lap and carved his way through the field, but did not have enough laps left to complete the attack. That one second was the compression of start performance, energy management, post-overtake vulnerability, and small operational misalignments. Audi was not slow. It had not collapsed. It was simply not yet complete.
Formula 1 is not only a stage for the fastest machines, but for the teams that integrate the fastest and learn the fastest. In that sense, Audi’s first season start was a debut that revealed the team’s present state before its results. They did not arrive as a finished system - they revealed a system still in the process of becoming complete.


 

AEM(오토모티브일렉트로닉스매거진)