Ex-F1 strategist Ruth Buscombe has heavily criticized Mercedes' decision to run an unusual aerodynamic test with drivers Kimi Antonelli and George Russell at the Singapore GP.
Mercedes' plan to conduct a unique aerodynamic test during the Singapore Grand Prix this weekend has raised eyebrows among motorsport analysts, particularly Ruth Buscombe, a former F1 strategist. She readily described the strategy as “a terrible idea” that could yield little benefit for the team.
In light of disappointing performance during the Bahrain Grand Prix, where Mercedes’ W17 struggled significantly with pace, team principal Toto Wolff has decided to take an unconventional approach for the race in Singapore. Following several disappointing outings, including when the new major aero package failed to deliver the expected results, Wolff acknowledged the need for more in-depth analysis.
“We have identified several areas that we need to investigate further. But in Formula 1 there are no easy answers, and we need more data before we draw any final conclusions,” Wolff stated. He emphasized that the differing track characteristics in Singapore could provide fresh insights into the car's performance. The strategy will involve evaluating both the latest aerodynamic package and a previous configuration throughout the race weekend.
Buscombe's Concerns Over Mercedes' Tactics
Buscombe openly questioned the logic behind using this "science test" methodology, stating it places the team in a precarious position. During a segment on F1TV’s Weekend Warm-Up, she commented on the unusual nature of the test, saying, “They’re doing the lesser-spotted A-B test, like a science test at school,” referring to the decision to run different aerodynamic packages for their two drivers.
The plan allocates the new aerodynamic package to Kimi Antonelli’s car, who, despite being a rookie, effectively won't face penalties during the event. In contrast, George Russell's vehicle will utilize the older aero package but will begin the race from the back of the grid due to rule limitations. Buscombe expressed skepticism about the decision-making process: “I don’t know why they’re doing it; I think it’s a really bad idea, and I don’t think they’re going to get any useful information.”
Her criticism deepens when she recalls past attempts where similar strategies backfired. “They tried it in 2015, and they lost the race. They tried in 2017, and they lost the race. This isn’t a good place to do experiments.” The implication is clear: the strategic environment at a challenging track like Marina Bay may not be the right context for what could otherwise be seen as a risky experiment.
Alternative Suggestions for Effective Testing
Despite her strong criticism, Buscombe offered an alternative approach that she believes could potentially extract better data from this scenario. “If they really want to try it, which I still think is a bad idea, swap them after the Sprint, so then both drivers get a go in both packages,” she proposed, noting that the five-second rule at the Sprint format could offer a unique opportunity for both drivers to gather experience with the two configurations. In this way, valuable feedback could be garnered, addressing the inherent flaws in the original testing strategy.
While this kind of feedback could potentially be advantageous, Buscombe remains firm in her stance. “It’s still a terrible idea,” she asserts. The community awaits to see whether Mercedes’ bold move will pay off or lead to further complications as they seek to recover lost performance in a competitive field dominated by other teams like Red Bull. In the dynamic landscape of Formula 1, the Singapore Grand Prix could either be a pivotal moment for Mercedes' 2023 campaign or another chapter of disappointment.
The upcoming race weekend is pivotal for Mercedes, which has struggled to match the performance levels of its primary competitors. As the team works to make sense of the confusing aerodynamic data, fans and analysts alike will be watching closely to evaluate the merits of their controversial approach.
