Ferrari's latest aerodynamic innovation, a newly designed front wing for the SF-24, is setting the stage for improved performance configurations as the Formula 1 season progresses.
This design change was introduced ahead of the Singapore Grand Prix, where Ferrari faced challenges that limited their potential. Despite starting from the fifth row at the Marina Bay Street Circuit, Charles Leclerc showcased impressive speed during the race which suggested that a more favorable race could have placed him in a position to contend for victory. "With a more straightforward race, we could have aimed for a much better result, if not even for the race win," Leclerc remarked.
As the team prepares for the upcoming United States Grand Prix in Austin, Team Principal Frederic Vasseur confirmed that additional aerodynamic updates are on the way. "We will bring further aerodynamic updates, continuing our pursuit of performance excellence," said Vasseur. The recent revision to the front wing aims to enhance various elements including the upper flaps and the mainplane’s central section.
Front wings have been a pivotal topic in recent discussions, particularly following controversies surrounding designs from McLaren and Mercedes which exhibited considerable flexing. The FIA has allowed these teams to use their configurations for the remainder of the 2024 season. "Aeroelasticity has been a point of emphasis for us too," noted the engineers at Maranello. Yet, the latest front wing introduces new characteristics apart from just compliance.
Throughout the season, both Ferrari drivers have expressed concerns regarding the car's front-end grip, particularly in enduring long corners where front-end support is critical. McLaren's advancements in this area have been significant. This was notably apparent during the Zandvoort race, where the SF-24 struggled with handling at high speeds—an area where Ferrari has faced challenges.
Jock Clear, senior performance engineer at Ferrari, elaborated on the advantages of the new wing. "It will provide more front-end downforce, opening up more setup options thanks to improved balance between the front and rear, especially on tracks requiring greater downforce." Clear pointed out how teams typically utilize maximum rear wing loading in Singapore to safeguard rear tires under the stress of numerous low-speed corner accelerations.
While the SF-24 has generally managed tight corners adequately, there remains room for further enhancements in longer corners, particularly turns 9 and 10 in Singapore. McLaren's modifications have allowed them to achieve a suitable aerodynamic and mechanical balance, making the MCL38 increasingly competitive.
Regarding Ferrari's strategy, Clear confirmed, "On a track like Singapore, you want maximum rear downforce, but balance is everything. We struggled a bit on high-downforce circuits because we didn’t have enough front-end support. This wing is designed with more load at the upper end and is slightly more efficient. This gives us a bit more margin."
With the pressing need to maximize the SF-24's performance, choosing maximum downforce and specific components such as a front nolder was essential. These decisions aim not only to bolster front-end support but also to achieve a well-rounded performance that could better meet the demands of various racing circuits.
The implications of the new wing are not restricted to high-downforce tracks. It signifies a step forward in Ferrari’s evolution, targeting medium-to-high downforce tracks where front end responsiveness is crucial to competitive lap times. "Essentially, with the new wing, it’s about shifting more load towards the inside," Clear concluded, emphasizing the design's focus on optimizing performance.
Ferrari looks to capitalize on these updates as the 2024 Formula 1 Championship continues, with hopes that the adjustments made will yield more substantial results as they aim to reclaim their position among the frontrunners in the series.