Ferrari’s 2026 Formula 1 car drew intense attention during pre-season testing in Bahrain, particularly for its explosive performance in practice race starts. Charles Leclerc and Lewis Hamilton both demonstrated confident pace, completing long runs and testing a variety of new components. However, despite the initial impression of dominance, official data reveals that Mercedes-powered cars were actually the quickest off the line.
During the second week of testing at the Sakhir International Circuit, Charles Leclerc set the fastest overall lap time, finishing eight-tenths clear of Kimi Antonelli in second. While these lap times were impressive, motorsport analysts reminded fans that pre-season results must be interpreted cautiously. Testing programs often see teams running engines at elevated performance modes, with Ferrari known for maximizing output during test sessions to simulate qualifying conditions.
Stefano Domenicali, F1 CEO and former Ferrari executive, noted that both Charles Leclerc and Lewis Hamilton appeared to carry strong confidence heading into the Australian Grand Prix after their Bahrain outings. The pair worked through a comprehensive testing program, evaluating new components while demonstrating consistent reliability across multiple stints.
Ferrari’s race start simulations generated the most excitement, as Ferrari-powered cars were seen rocketing off the grid with apparent ease, frequently reaching the first corner ahead of rivals. The acceleration and responsiveness of the SF-26 during these practice starts drew widespread attention on social media, giving the impression that Ferrari might have an edge in 2026 race starts.
Mercedes takes the start-line advantage over Ferrari
Despite Ferrari’s visible speed off the line, detailed analysis of the Bahrain test data showed that Mercedes-powered cars were statistically the fastest during race starts. Industry reports, including insights from BBC Sport, highlighted that the new 2026 power units present unique challenges for drivers. The updated turbo and hybrid systems are harder to launch effectively, raising safety concerns about slower cars potentially being overtaken aggressively in the opening moments of a race.
To mitigate this, a revised start procedure was trialed during the second week, allowing drivers more time to spin their turbos to optimal operating speeds. While Ferrari initially drew attention with their rapid takeoffs, the official timing data revealed that Mercedes-powered cars consistently outperformed the field. In fact, four of the top five starting times came from Mercedes-powered machinery, with Ferrari-powered cars trailing closely behind. Interestingly, Red Bull, despite running the same power unit as their sister team, posted comparatively slower starts.
Implications for the Australian Grand Prix
With pre-season testing concluded, teams are now analyzing data to predict the early-season pecking order. Ferrari’s strong pace and reliability in Bahrain suggest that Charles Leclerc and Lewis Hamilton could challenge at the front in Melbourne at the Albert Park circuit, with Fred Vasseur setting a clear target of race victory for the season opener. After finishing fourth in the 2025 Constructors’ Championship and going winless, Ferrari has focused heavily on adapting to the 2026 technical regulations, aiming to produce a more consistent and predictable SF-26.
However, skepticism remains among rivals. Guenther Steiner, team principal of Haas, expressed caution, suggesting that Ferrari may still be a top-four contender rather than a guaranteed race winner. Historically, Ferrari has often excelled in testing but struggled to convert that performance into consistent race results. Whether Charles Leclerc and Lewis Hamilton can maintain their Bahrain form under Australian Grand Prix conditions will be a critical storyline for early 2026.
Overall, the Sakhir tests have shown promising signs for Ferrari’s pre-season preparation, but the start-line data indicates that Mercedes may hold a subtle edge in initial acceleration. This nuance could become a defining factor in early-season races, highlighting the importance of both engine performance and driver execution at the start of the Grand Prix.
