Ferrari heads into the Belgian Grand Prix full of confidence after its unexpected triumph at Silverstone, despite Spa-Francorchamps appearing on paper to be one of the most difficult venues for the Scuderia. Charles Leclerc’s victory at the British Grand Prix has injected renewed optimism into the team, proving that the SF-26 is capable of fighting at the front when the conditions suit its characteristics. Even so, the legendary high-speed Belgian circuit is expected to expose the power deficit of Ferrari’s Maranello-built power unit compared to Mercedes and Red Bull.
Nevertheless, the SF-26 also possesses several important strengths that could help compensate for that disadvantage. Energy management is likely to be more important than ever throughout the weekend, while the car’s chassis performance, aerodynamic efficiency and tyre management will all play a decisive role through the demanding second sector, where much of the lap is completed with the rear wing closed.
Silverstone taken to the extreme
In many respects, Spa-Francorchamps represents an even more extreme version of Silverstone. Average lap speeds in Belgium are even higher than those recorded in the United Kingdom, comfortably exceeding 250 km/h with the previous generation of ground-effect Formula 1 cars. The famous circuit rewards commitment and confidence, with several corners taken at breathtaking speed. The long full-throttle blasts along the Kemmel Straight and through the legendary Blanchimont corner will naturally favor the most powerful power units, particularly those from Red Bull-Ford and Mercedes, where outright horsepower becomes even more valuable than traction torque when accelerating out of slower corners.
For Ferrari, this means the Belgian Grand Prix could once again highlight one of the SF-26’s biggest weaknesses. On pure engine performance, the Italian team is still believed to trail its closest rivals, especially over long periods spent at full throttle. That deficit cannot simply disappear over a single race weekend, meaning Ferrari will once again need to maximize every other area of performance if it wants to remain competitive against Mercedes, Red Bull and McLaren.
However, success at Spa is not determined by engine performance alone. The circuit also pushes energy management to its absolute limits. Measuring an incredible 7.004 kilometres, Spa remains the longest circuit on the Formula 1 calendar, forcing every team to spread its limited electrical energy over a significantly greater distance than at almost any other venue. This creates unique strategic challenges that engineers must solve long before qualifying begins.
At the same time, the abundance of fast corners means there are relatively few heavy braking zones in which to recharge the battery efficiently, making clipping on the straights almost unavoidable. Drivers will inevitably reach a point where the electrical energy has been depleted before the end of the straight, forcing the internal combustion engine to carry the load alone. Managing exactly when this occurs could make the difference between defending a position successfully or becoming vulnerable to an overtake.
To make matters even more demanding, the FIA has retained several long sections where drivers must keep the rear wing closed for safety reasons. These include the spectacular Eau Rouge-Raidillon sequence, the entire second sector and the incredibly fast Blanchimont corner, increasing fuel consumption and placing even greater emphasis on energy deployment strategies. Every lap therefore becomes a careful balancing act between maximizing speed and preserving enough electrical energy for the sections where it is needed most.
As a result, every team is expected to adopt different battery deployment and recovery approaches, with the added benefit this weekend of having three free practice sessions available to fine-tune those systems. Engineers will spend countless hours analyzing telemetry, adjusting deployment maps and refining battery recovery strategies in search of even the smallest performance gain.
Ferrari impressed in this area at Silverstone and will be hoping to repeat that performance at Spa in an effort to compensate for the deficit in internal combustion engine power. The team demonstrated encouraging progress in how efficiently it deployed and recovered electrical energy during the British Grand Prix weekend, allowing Charles Leclerc and Lewis Hamilton to remain competitive despite still lacking the outright horsepower of some rivals. If Ferrari can repeat that achievement in Belgium, it could significantly reduce the impact of its engine disadvantage.
Even so, power unit performance is only one piece of the puzzle in Belgium. Spa has always been defined by the need to balance conflicting demands. Teams must find the ideal compromise between top speed through the first and third sectors and the stability required in the sequence of fast, flowing corners that make up the middle part of the lap. This engineering compromise has always been one of the defining characteristics of the Belgian Grand Prix and often separates the strongest overall package from the fastest car in a straight line.
That challenge has frequently led rival teams to pursue very different setup philosophies. Some teams traditionally prioritize lower drag and maximum straight-line speed, accepting a slight loss in cornering performance, while others prefer additional downforce to maximize stability and tyre life through the technical middle sector. Finding the correct balance has never been straightforward, particularly at Spa, where changing weather conditions can completely alter the competitive picture within a matter of minutes.
At Silverstone, Ferrari appeared able to run lower aerodynamic drag than many of its rivals while still maintaining competitive performance, taking advantage of the SF-26’s impressive aerodynamic efficiency. The car appeared capable of generating competitive cornering performance without relying on excessive rear wing levels, an encouraging characteristic considering the demands of the upcoming Belgian Grand Prix.
Replicating that approach at Spa would be even more valuable given the exceptionally long periods spent with the rear wing closed. Every reduction in aerodynamic drag could translate into additional straight-line speed, helping Ferrari recover some of the performance it loses through engine power alone. If the SF-26 can maintain its balance while running a relatively efficient aerodynamic configuration, it could become a genuine contender throughout the weekend.
The key, however, will be retaining enough downforce to protect the tyres during the race, with Pirelli bringing the C2, C3 and C4 compounds for the Belgian Grand Prix. Maintaining consistent tyre temperatures over a race distance will be just as important as maximizing one-lap pace, particularly if the weather remains unpredictable, as it so often does in the Ardennes.
Spa is also traditionally more demanding on the front axle, a characteristic that has generally suited Ferrari’s package well so far this season. The SF-26 has frequently demonstrated competitive front-end grip in medium and high-speed corners, allowing both Charles Leclerc and Lewis Hamilton to attack corner entry with confidence. If that strength carries over into Belgium, the Italian side may once again find itself in a stronger position than raw engine performance alone would suggest.
There are, however, two technical aspects that Ferrari will need to monitor particularly carefully throughout the race weekend. The first concerns brake temperatures, especially at the rear of the car. With relatively few heavy braking events and several extremely long straights cooling the braking system, keeping the brakes within the optimal operating window could once again become a significant engineering challenge.
Having components that respond consistently when drivers return to the brake pedal may prove decisive, just as it did in Canada, another circuit where this issue played an important role. If rear brake temperatures fall too low, drivers may struggle with braking consistency and confidence, particularly during qualifying when every metre of braking distance matters.
The second concern involves plank and floor wear. Through the dramatic compression at Eau Rouge and across the long high-speed sections where the aerodynamic package generates maximum downforce, the cars will be pushed aggressively towards the track surface. The immense aerodynamic load produced at these speeds places enormous stress on the plank underneath the car, making ride height selection particularly critical.
Teams will therefore need to be especially cautious with suspension settings to avoid excessive wear that could ultimately lead to post-race disqualification. Engineers must carefully balance aerodynamic performance against legality, ensuring that the car remains fast without allowing excessive contact between the floor and the asphalt. It is a compromise that every team will face throughout the Belgian Grand Prix weekend.
Waiting for the next upgrades
Overall, Ferrari arrives at Spa with renewed confidence in its ability to work around the inherent limitations of the SF-26. Charles Leclerc’s Silverstone victory and the team’s encouraging overall performance have reinforced the belief that the Maranello team can still fight near the front even when it is not considered the outright favorite.
That confidence does not change the broader competitive picture, however. At Silverstone, Kimi Antonelli and Mercedes once again demonstrated that they currently possess arguably the fastest driver-car combination on the Formula 1 grid. Their pace over both a single lap and longer race stints confirmed that Mercedes remains one of Ferrari’s biggest obstacles heading into the Belgian Grand Prix.
The competitive order in the Ardennes may also depend on any upgrades introduced this weekend. Both Mercedes and McLaren have gone several races without unveiling a major development package, with their last significant updates dating back to the Canadian Grand Prix. Consequently, both teams could make a substantial step forward once their next evolution packages finally arrive.
Ferrari, meanwhile, will be hoping that the strengths already demonstrated by the SF-26 continue to compensate for its remaining weaknesses. Rather than relying on a dramatic performance gain from new components, the Italian team will attempt to maximize the efficiency of the package it already has while extracting every possible advantage from setup optimization and energy management.
McLaren may also finally debut its own version of the so-called “Macarena” rear wing, a solution that had originally been expected several weeks ago in Austria. If introduced successfully, it could provide another useful tool for reducing drag while maintaining aerodynamic stability, something that could prove particularly valuable around Spa’s unique layout.
Red Bull, meanwhile, will need to prove it has solved the issues encountered during the rear wing closing phase in both Austria and Great Britain, not least because the team hopes to convince the FIA not to outlaw the concept in future seasons. Reliable operation of these aerodynamic systems will remain under close scrutiny as Formula 1 continues to evaluate their long-term future.
For now, Ferrari is one of the few teams experiencing no reliability concerns with the reversed movable rear wing concept. The Scuderia will once again rely on its “Macarena” solution to help offset an engine deficit that remains very much present and is expected to become even more noticeable on the long, demanding straights of Spa-Francorchamps. If Ferrari can once again maximize its aerodynamic efficiency, optimize its battery deployment and exploit the SF-26’s strong chassis characteristics, Charles Leclerc and Lewis Hamilton could still find themselves firmly in the fight despite the obvious power disadvantage.
Spa has often rewarded complete packages rather than simply the most powerful engine, and Ferrari will be hoping that trend continues as it aims to secure another memorable result following its breakthrough victory at Silverstone.
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