Formula 1 driver fitness is often reduced to one striking image: athletes strengthening their necks to withstand the enormous forces generated inside an F1 car. According to Pierluigi Della Bona, however, that gives only a small part of the picture. Preparing a driver for Formula 1 requires strength, endurance, coordination, precision and mental resilience to function together rather than developing one muscle group in isolation.
Pierluigi Della Bona, the fitness coach working with Ferrari junior Oliver Bearman and a Med-Ex professional, believes concentrating almost entirely on neck training is one of the biggest mistakes that can be made when assessing an F1 driver’s preparation. The neck is unquestionably important, but the difficulty lies in reproducing the exact stresses of driving a Formula 1 car away from the circuit.
Why Formula 1 driver fitness cannot focus only on the neck
Acceleration, heavy braking and rapid changes of direction repeatedly load the driver’s neck in different ways. At the same time, the driver must resist those forces while wearing a helmet, maintaining the required seating position and continuing to control the car accurately.
That combination is extremely difficult to recreate with conventional gym equipment. Neck exercises therefore form only part of the programme. The shoulders, trapezius muscles and wider upper body must also be developed so they can support the cervical area and help distribute the workload more effectively.
The challenge created by Formula 1’s extreme G-forces helps explain why isolated strength is not enough. Pierluigi Della Bona emphasised that the driver’s body needs balance between its different muscle groups, comparing that requirement with the way a racing car depends on its components working together rather than one area being developed at the expense of another.
In his view, maintaining physiological balance is even more complicated than correcting the balance of a machine because the human body cannot simply have a component replaced when something is wrong.
Strength, endurance and coordination must work together
Della Bona considers versatility one of the defining characteristics of a Formula 1 driver. Raw strength on its own is insufficient, just as excellent endurance would not compensate for poor coordination or limited sensitivity.
Drivers need all of those qualities while also processing information quickly and adapting to different cars, circuits and environmental conditions. That wider physical challenge is why preparation extends beyond traditional strength work, particularly when races expose competitors to demanding temperatures and sustained loads. ScuderiaFans has previously examined both the physical strain Formula 1 drivers can face in extreme race conditions and the broader demands placed on drivers away from the cockpit.
For Della Bona, it is difficult to identify many other sports in which athletes must combine such a wide variety of abilities at the same time. The key is not necessarily being exceptional in one isolated physical category, but being capable across all of them.
F1 brake pedal demands show why control matters as much as strength
The brake pedal provides one of the clearest examples. A Formula 1 driver may need to apply the equivalent of roughly 100 to 120 kilograms of force under braking. Producing that level of force once is achievable for a well-trained person, but doing so repeatedly during a Grand Prix while retaining precision is a much more demanding task.
A driver cannot simply stamp on the pedal with maximum force. The required pressure has to be reached rapidly and then modulated accurately to prevent wheel lock-up while the driver continues positioning the car on the intended racing line.
That makes strength only one part of the braking process. Sensitivity, coordination and repeatability are just as important. The physical effort involved in braking can also vary significantly between circuits, as illustrated by the different braking demands Formula 1 drivers face at individual tracks.
Thousands of repetitions turn force into an automatic movement
Repetition is central to developing that level of control. Della Bona explained that a particular pushing movement in training may be performed one thousand, two thousand or even three thousand times.
The difference between completing an action only a handful of times and repeating it thousands of times becomes significant when the driver later has to reproduce the same movement under racing conditions. The objective is not simply to demonstrate that the athlete can generate the required force, but to make the action sufficiently familiar that it can be repeated quickly and precisely.
Physical conditioning therefore overlaps with technical execution. Through repetition, a difficult movement can gradually become controlled and almost automatic, allowing the driver to devote attention to the many other demands of driving the car.
Formula 1 training also develops mental resilience
Pierluigi Della Bona also sees an important psychological value in gym work. Training develops the capacity to tolerate sacrifice, overcome unsuccessful attempts and continue working towards an objective when progress is difficult.
That resilience has a direct parallel with a Formula 1 weekend. Only one driver can win a Grand Prix, leaving everyone else to deal with disappointment, understand mistakes, communicate with engineers and return ready to improve. Even failing to complete a gym exercise at a target load can become part of that process, requiring perseverance, structure and motivation before another attempt.
The demands can change further according to the calendar and conditions, making adaptation another essential part of preparation. That principle can also be seen in the way F1 drivers prepare physically for demanding environmental conditions.
For Della Bona, the comparison with car development is therefore especially appropriate. Performance is rarely transformed by improving only one area. Instead, a Formula 1 driver is built through many small gains across strength, endurance, coordination, control and resilience, with each element contributing to the overall balance required to perform at the highest level.
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