Ferrari may have missed pole position at the Singapore Grand Prix, but the qualifying session still represented an excellent result for the SF-26. The Maranello team made a clear step forward compared with Friday, helped by a circuit whose characteristics suited the strengths of the car and by a series of precise rear-end adjustments introduced after the Sprint.
The progression in lap times between the sessions offers an important clue. The pole position time in Grand Prix qualifying was actually slower than the benchmark from Sprint Qualifying. Max Verstappen was around a tenth and a half slower than his previous reference, while the Ferraris remained much closer to their Friday pace. There was a technical explanation behind that difference.
Ferrari finds the right SF-26 balance in Singapore
Just as at Sepang, Ferrari’s engineers succeeded in finding the correct operating point for the car. That is a crucial factor at this stage of the season, particularly with teams such as Red Bull currently setting the technical benchmark.
The theoretical classification produced by combining each driver’s best absolute sector times would actually have placed Lewis Hamilton at the top. The Briton’s ideal lap was around 0.030 seconds faster than Max Verstappen’s.
The real challenge on a demanding street circuit such as Marina Bay, however, is putting every sector together perfectly on the decisive lap. Lewis Hamilton was unable to achieve that, despite having enough underlying performance available to fight for first place.
The competitiveness came from two main factors. The first was the track condition, which suited the characteristics of the Ferrari in terms of grip, asphalt temperature and the wider operating conditions. A street circuit evolves significantly across a weekend, requiring continuous and precise setup adjustments to keep the car inside its ideal window.
The second factor was the series of micro-adjustments introduced after the Sprint Race. Ferrari achieved greater rear-end stability. On Friday, the SF-26 had suffered from a light rear end that produced small and sudden movements, particularly towards the end of the lap. By Saturday, the steering inputs appeared considerably cleaner.
Those unwanted movements were dramatically reduced, allowing the car to deliver much stronger traction and giving the drivers greater confidence in the balance.
Ferrari improves SF-26 suspension compliance
The foundation of that strong balance came from detailed preparation before the Singapore weekend. The SF-26 now operates within a much narrower performance window, making the search for the ideal balance especially delicate. Despite that limitation, Ferrari’s engineers managed to identify the correct operating point for the second consecutive event.
The progress can also be viewed in the broader context of Ferrari’s technical development of the SF-26, with extracting performance increasingly dependent on finding the correct setup window for each circuit.
Pre-race expectations had suggested that the SF-26 could encounter difficulties when riding the kerbs. Marina Bay, however, requires relatively limited use of them and does not demand an especially aggressive approach. As a result, the mechanical setup required in Singapore differs substantially from that needed at several other venues.
The Ferrari did not adopt a softer setup than might have been expected. Instead, the drivers and engineers concluded that there was no need to push the car towards the extreme setup limits seen elsewhere, such as Madrid, where the kerbs demand a much more direct and severe approach.
There are still several bumps around the Singapore street circuit, but the mechanical challenge is very different. Ferrari built almost all of its lap-time advantage during corner entry, an area in which the SF-26 performed particularly strongly.
Corner entry remains Ferrari’s main Singapore strength
That trend had already been visible during the weekend’s first and only free practice session. While the SF-26’s acceleration phase was relatively clean, it continued to expose an inherent weakness and did not produce a meaningful reduction in lap time.
By contrast, the work completed to improve the overall balance of the car proved highly effective. The gains under braking and on corner entry helped Ferrari extract far more from the SF-26 than had appeared possible earlier in the weekend.
The qualifying progression can be examined further through the F1 Qualifying Pace & Sector Comparison, particularly given the importance of theoretical best sectors and how closely Lewis Hamilton’s ideal lap compared with Max Verstappen’s.
The remaining question is whether the SF-26 can reproduce that level of competitiveness over the full 300-kilometre Grand Prix distance and maintain enough race pace to challenge Red Bull. Ferrari has found an excellent setup window for a second consecutive event, but translating that qualifying performance into sustained race pace will be the next test.
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