Ferrari and the rest of the Formula 1 grid face an unusually difficult prediction exercise ahead of Madrid Grand Prix qualifying, with the rapidly evolving Madring surface expected to change not only car balance but also energy deployment and tyre management. Fred Vasseur believes anticipating the level of grip available by Q3 could prove more important than judging the car purely on its behaviour during practice.
As spectacular and technically complex as the new circuit is, the drivers broadly agree on one point: overtaking is expected to be difficult. Unlike at Monza, qualifying should therefore return to playing a major role in shaping the weekend. The problem is that choosing the correct setup could require teams to predict conditions several hours in advance rather than simply reacting to what they experienced on Friday.
Why predicting Madrid GP qualifying grip will be so important
Formula 1 teams and drivers are preparing for Spanish Grand Prix qualifying with one eye on the information collected during practice and the other on the conditions they expect to encounter when Q3 begins. Estimating the grip level for qualifying is part of every Grand Prix weekend, but the challenge is considerably more delicate at the Madring.
The newly laid asphalt is expected to evolve rapidly as more rubber is deposited on the racing line. That could alter the character of several corners to the point where some sections that previously required a lift from the throttle may become flat out.
For engineers, correctly anticipating that evolution will matter for much more than mechanical and aerodynamic balance. Ferrari has already been working through different Madrid aerodynamic and setup solutions, but the changing grip level will also influence how electrical energy is distributed around the lap.
Track evolution could completely change energy deployment
If increasing grip allows drivers to take certain sections at full throttle in qualifying, the battery strategy used during practice may no longer be appropriate. Whenever a driver lifts and then returns to the throttle, the regulations require the electric motor to operate at full power for a short period, consuming energy.
If some of those lift-and-accelerate sequences disappear because the circuit becomes fast enough to be taken flat, the energy requirements around the lap change with them. A deployment strategy designed around Friday’s grip conditions could therefore become badly mismatched to the demands of qualifying.
That makes Madrid particularly complex because energy management is already an important part of the technical challenge. Compared with Monza, where limited braking opportunities made energy recovery especially difficult, the Madring offers a very different profile with repeated braking and acceleration phases. The Madrid braking and energy-recovery demands place more emphasis on deciding where the available electrical energy should be deployed most effectively.
Ferrari must balance battery use with tyre management
The same calculation is closely connected to tyre behaviour. Teams are considering whether to reduce electrical power through some corners that are taken flat out in order to place less stress on the tyres and extend their useful life.
That means correctly predicting the grip level available during the battle for pole position will influence three different areas at once: the balance of the car, the energy strategy and how aggressively the tyres can be used.
A setup that works well in FP3 may therefore not necessarily be the best one for Q3 if the circuit gains a significant amount of grip between the two sessions. Engineers must anticipate how the track is likely to evolve rather than simply optimise the car for the conditions directly in front of them.
Fred Vasseur says Ferrari must focus on Q3 conditions
Fred Vasseur is fully aware of that challenge and warned against assessing Ferrari’s setup choices only through the results produced during practice.
“An effective setup is one that will work in qualifying, not in practice. We know there will be enormous track evolution, even during the same session. The most important thing will be to anticipate the level of grip in Q3,” the Ferrari team principal explained.
The French manager also stressed that estimating how much grip will change between final practice and qualifying is difficult, particularly because the evolving circuit interacts directly with the complicated energy-management requirements in the high-speed sections.
“It is also difficult to estimate what the evolution of the grip will be between final practice and qualifying. Energy management is very complicated in the high-speed sections and for this reason I think estimating what the pace will be in Q3 is the key,” Fred Vasseur added.
The challenge is therefore not simply to find the fastest version of the SF-26 during practice, but to anticipate what the Madring will demand when the decisive qualifying laps are completed. With overtaking expected to be difficult, getting that prediction right could carry even greater weight than usual.
Ferrari and its rivals now have final practice to refine their assumptions before qualifying reveals which teams have best anticipated the circuit’s rapid evolution. The remaining session times are available in the 2026 Spanish Grand Prix schedule.
Leave a Reply