“Loic Serra has great experience and will be a key element in our organization. He also brings extensive trackside knowledge, which is important for the team.” This is how Ferrari team principal Frederic Vasseur describes Loic Serra, newly appointed as Ferrari’s technical director, and looking at his resume, it’s easy to see why.
The French engineer has a background in the research and development department of Michelin’s Formula 1 program from 2003 to 2006. Loic Serra then moved to Sauber and in 2010 to Mercedes, working in both cases in the performance field. It’s not aerodynamic expertise that makes the new technical director stand out, but rather his years spent working on vehicle dynamics, suspension, and fine-tuning, learning how to make a car operate at its maximum potential. More than just skills, Loic Serra brings a mindset that will shape future Ferrari cars, starting with how they should behave on track.
Loic Serra’s work history demonstrates a deep understanding of what allows a project to fully express its potential and what design characteristics translate into lap time gains. The trackside experience of the new technical director enables him to listen to and understand the needs of the drivers, which he then translates into numerical objectives for the design team. Formula 1 teaches that aerodynamic load and efficiency cannot be ends in themselves but must be usable by the driver. This means ensuring the correct load distribution on all four wheels, seeking a balance that caters to the drivers’ preferences through all phases of a corner. Especially with the sudden nature of ground-effect cars, it is crucial to deliver a drivable car, giving the driver the confidence needed to push it to the limit and unlock the project’s potential.
The same goes for tires, with Loic Serra highly skilled in understanding how the distribution of aerodynamic loads and suspension characteristics impact tire performance. In the field of performance, the value of a wide operating window is well known, meaning a robust car whose competitiveness is minimally affected by changing external conditions. Lastly, but no less importantly, those who work on vehicle dynamics and fine-tuning know the importance of a suspension system that offers numerous adjustment options. Ferrari now has a new technical director who is deeply knowledgeable about all the practical needs of a car on track, and it is believed that he will strive to meet those needs with the upcoming projects developed under his leadership.
With Loic Serra’s appointment, Scuderia Ferrari is moving toward a conceptual shift in its car design, which should not be confused with mere aerodynamic lines. Rather, it involves “the process through which you decide what you consider beneficial and what not,” using the words of Mercedes technical director James Allison, who in a recent interview for Sky Sport F1, explained that it is the method for filtering the countless solutions you could implement in the car and finding only those you truly believe can improve lap time. With Loic Serra, Ferrari is therefore embracing a change in concept, understood as a methodology, of which the car itself will be merely the result.
The new technical director’s task will be to leverage his experience in identifying the most rewarding traits on the track and translating them into numerical objectives, such as load distribution across different configurations, stability, resilience to external conditions, suspension characteristics, vehicle dynamics parameters, and so on. Taking into consideration Loic Serra’s area of expertise, it will be up to the other department heads, such as newly appointed head of aerodynamics Diego Tondi, to devise the architectures and solutions best suited to achieve these goals in the short and medium future.
The Ferrari F1 cars in recent years have suffered from problems with balance, stability, and drivability. The latest Ferrari single-seaters have shown flashes of excellent performance, but at the same time limited to qualifying sessions and certain specific track conditions. This reflects a Maranello team capable of developing cars with very high peaks in terms of load and efficiency, but which have always been restricted by a narrow operating window, poor drivability, and, as a result, limited usability during the entire Formula 1 championship. There is great curiosity to see whether Loic Serra will indeed be able to better channel the skills already present in Maranello, translating aerodynamic development into cars that are more consistent, predictable, and capable of fighting for the Formula 1 championship. In this regard, the choice of the new technical director perfectly aligns with the revolution undertaken this year with the SF-24, where drivability and race performance were placed at the heart of the Formula 1 project.
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