Mercedes claimed an impressive pole position at the Singapore Grand Prix. In recent hours, many questions have arisen about how the qualifying unfolded. The session turned out to be very different from expectations. The W16 appeared revitalized, Red Bull stayed close behind, while McLaren continued their challenging period. There are precise, technical reasons behind all this, grounded in fact rather than speculation.
Front row contenders and tight gaps
It’s important to note that at least two teams were genuine contenders for pole today, while another two could have joined the fight under particular circumstances. With such tight gaps, even the smallest mistake is magnified. Therefore, it’s crucial to analyze and debunk some of the theories surrounding Mercedes, showing the concrete reasons why the Silver Arrows secured pole.
Track temperatures: a decisive factor
Upon arriving in Singapore, James Allison himself had indicated that the track would be challenging for the W16. The reason lies in the numerous braking zones combined with steering inputs, where the car has to manage multiple forces simultaneously. This is particularly complex because it stresses the tire both laterally and longitudinally. According to Mercedes, the W16 is especially sensitive to this type of load.
However, the team found an optimal balance. The car proved solid on corner entry, exceeding even the team’s expectations. The W16’s front end displayed strong characteristics, but the key was achieving effective traction. Onboard footage confirms that when power needs to be transferred to the asphalt, the car responds exceptionally well.
Overall, the Anglo-German car prioritizes mechanical grip over aerodynamic grip and may struggle more on circuits with complex compromises. Typically, the W16 excels in cooler conditions, which, somewhat unexpectedly, were largely present during this qualifying session.
In this context, track temperatures ranging from 30°C to 32°C played a crucial role for the Silver Arrows, directly affecting tire thermal management. This is a critical factor for cars of this category. Similar conditions were seen in Bahrain, significantly influencing today’s qualifying outcome.
The myth of extreme front wing flex
From the start of the weekend, the Mercedes W16 was set up with a medium-high downforce specification. The high-downforce version, also used at the Monaco Grand Prix, has a smaller frontal area than competitors, clearly benefiting Brackley’s car at higher-speed sections. This setup allowed better performance on fast corners.
In recent hours, a theory has circulated suggesting that George Russell’s W16 was successful solely because of extreme front wing flex. While theoretically simple to understand, this explanation completely misrepresents reality, which is instead the result of complex and meticulous work carried out in Brackley over recent months. It is therefore incorrect to reduce the W16’s progress to just this one factor.
This view is overly simplistic. To disprove it, one can compare front wing flex between Hungary and today in Singapore. In the following images, the top two refer to Marina Bay, and the bottom two to the Hungaroring, where the W16 did not perform as well. Left images show high-speed moments, right images low-speed. The frames highlight differences in the flaps, a practical method for measuring wing flex.
Exceptional work by Brackley engineers
As already noted in Barcelona, all teams still allow a certain amount of wing flex. This phenomenon is natural and cannot be completely eliminated. The FIA has limited its extent, but not fully abolished it. Therefore, the W16, like other cars, continues to flex within regulatory limits.
Today, front wing flex was present, and if we look back at Hungary, the flex was even greater. However, today’s performance was not the result of any “magical” team trick but rather the outcome of excellent technical work, supported by multiple factors. Contrary to some theories, wing flex played no decisive role in Mercedes’ pole position.
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