Mercedes’ worrying discovery about W15 F1 car that ‘doesn’t make any sense’

Mercedes have revealed the worryinღg discovery they have made about the👍ir W15 F1 car.

Lewis Hamilton at the 2024 Japanese Grand Prix
Lewis Hamilton at the 2024 Japanese Grand Prix

Mercedes have revealed that their 2024 F1 c🃏ar has “70 points more downforce” compared❀ to last year, but it is not reflecting in lap times.

The eight-time constructors’ world c💟hampions are enduring a difficult start to the season for the third year in a row since major aerodynamic regulation changes were introduced in 2022.

Despite revamping their car ꦇdesign for 2024, the W15’s performance has proved to be underwhelming and inconsistent across the opening four races, with Mercedes yet to finish higher than fifth in a grand prix.

Mercedes boss Toto Wolff recently admitted that “fundamental” correlation issues were behind the team’s ongꩲoing F1 struggles.

He has now admitted that the W15 is producing the downforce levels predicted by the wiജnd tunnel, but 🍨worryingly, there appears to be no performance benefit.

“We are me𒁃asuring downforce with our sensoꦏrs and pressure tabs, and it's saying to us that we have 70 points more downforce in a particular corner in Melbourne than we had last year,” Wolff said.

🍎“But, on the lap time, it is not one kilometre per hour faster. It doesn't make any sense. So, where's the limitation?

"I think we wanted to tick some few boxes to understand: is there any limitation that we have spotted? I think the🐭re is.”

Mercedes are now trying to understand wh🎀at is causing the anomaly, and whether it𝔉 could be mechanical rather than aerodynamic.

“Everythi🐼ng over these two years which we have seen points that there s🅘hould be much more downforce than we believe it is. And now we've measured the downforce and it is there,” Wolff explained.

“Bꦐut we're just not able to extract the lap time out of it that we should, and that the simulations show us. It's not trivial.

"I see you looking ཧat me like, what the hell? Now 🐭imagine what we think!”

Wolff added: “I think the car is so complex for us where we put it in terms of the error balance and mechanical balance. These two neeꦜd to cor🌳relate.

“We’ve followed a certain trajec൩tory over the last years and keep turning and circling. We came to a point to say ‘Okay, we have to do something different here.’” 

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