“Aerodynamics are for people who can’t build engines.” This famous and provocative quote from Enzo Ferrari defined the identity of the Scuderia from Maranello for decades. Since the debut of the 125 S in 1947, powered by the remarkable 1.5-liter V12 designed by Gioacchino Colombo, the engine – the true “heart” of the car – has always been the ultimate source of pride for the Prancing Horse.
Today, however, modern Formula 1 is driven by data, telemetry, and hybrid efficiency. And it is precisely the data that reveals a rather astonishing picture. According to recent and detailed telemetry analysis shared by expert fdataanalysis, Ferrari could be facing a historic paradox: a highly competitive car that is being held back by its internal combustion engine (ICE), which appears to be the real Achilles’ heel of the project.
The raw data: an unexpected gap
The analysis from fdataanalysis is not based on simple impressions, but on a rigorous calculation applied across all qualifying sessions, sprint races, and Grands Prix. By excluding laps with flawed telemetry, isolating moments in “straight mode” (throttle above 99%, no braking), assuming a similar aerodynamic drag area (CdA), and subtracting the estimated ERS deployment profile, the resulting picture of pure ICE performance is striking.
Mercedes remains the absolute benchmark, producing around 576 horsepower. And Ferrari? Estimates place it at the bottom of the group with approximately 547 horsepower. This represents a massive deficit of nearly 30 horsepower compared to the Brackley power unit. Even more concerning is the gap of around 15 horsepower to Red Bull Powertrains (RBPT), estimated at 565 horsepower.
Seeing Ferrari trailing not only established automotive giants but also a relatively young constructor like RBPT – albeit one that inherited expertise and former Honda engineers – raises a legitimate question: how can the most historic and successful team in Formula 1 find itself in this position?
The electronic miracle and a benchmark chassis
If the internal combustion engine were the only factor, Ferrari would likely be stuck in the midfield. Yet the reality shows the Scuderia consistently fighting for podiums and even victories. How can this contradiction be explained?
The answer lies in two technical masterpieces:
ERS efficiency (Energy Recovery System): Despite lacking direct experience in Formula E – a domain where Mercedes operated an official team from 2019 to 2022 – Ferrari engineers have developed outstanding battery management and electric deployment. The hybrid system compensates remarkably well for the shortcomings of the combustion engine, delivering strong traction and acceleration.
A best-in-class chassis: The clearest confirmation came at Suzuka. In the first sector, dominated by the famous “S” curves, engine power plays a smaller role compared to aerodynamic load and mechanical balance. In that section, Ferrari drivers recorded benchmark sector times. The car itself is inherently excellent, capable of matching rivals simply by carrying more speed through corners.
At the same time, the analysis highlights an ongoing sporting struggle at Red Bull: their current issue is not the power unit, which remains competitive, but rather a chassis that has sometimes allowed their sister team, Racing Bulls, to match their performance.
The shadow of Zimmermann and the engineering market
In Formula 1, coincidences do not exist. This thermal deficit may have clear roots in internal dynamics and the competitive engineering market. Attention inevitably turns to Wolf Zimmermann.
A highly experienced engine specialist and a key figure at Maranello for over 11 years, Zimmermann recently left Ferrari to join the ambitious Audi F1 project, led by former Ferrari Team Principal Mattia Binotto. He was not alone in this move, as other important figures such as Lars Schmidt also followed. At a crucial moment in the sport – with teams already allocating resources for the revolutionary 2026 power unit regulations – losing key personnel in the engine department inevitably creates instability. Could the current ICE gap be the first real sign of this structural weakening?
ADUO: when a disadvantage becomes an opportunity
There is, however, a potential upside to this situation, and it could prove to be the real turning point of Ferrari’s season. Sporting regulations include safeguard clauses for manufacturers significantly behind in power.
Teams with an ICE output equal to or below 564 horsepower (a deficit greater than 2% from the leader) are granted one additional development token per year. Red Bull Powertrains, at 565 horsepower, risks narrowly missing out on this threshold by just one horsepower.
Teams with an ICE output equal to or below 552 horsepower (a deficit greater than 4%) receive two tokens, known as ADUO – Additional Development Upgrade Opportunity.
With an estimated 547 horsepower, Ferrari would fall squarely into this category, alongside Audi and Honda. Securing two additional development slots for the combustion engine would represent a major opportunity.
Outlook: a Ferrari ready to take the next step?
If this analysis were to be confirmed by the FIA, Ferrari could find itself in a strategically advantageous position. The team already possesses one of the best chassis on the grid, combined with a highly efficient hybrid system.
If Ferrari engineers manage, thanks to ADUO tokens, to recover even half of the current ICE deficit – roughly 15 horsepower – the impact on lap times could be dramatic. At that point, Ferrari would no longer be fighting to seize opportunities, but rather to dictate the pace of races.
The mystery of the ICE may remain unsolved until official FIA data is released, but one thing is certain: Ferrari has the foundations to become a dominant force. And perhaps, in Maranello, they are already working to ensure that the “heart” of the Prancing Horse beats stronger than ever once again.
Leave a Reply