Formula 1 cars have become a lot bigger and heavier following the introduction of new regulations at the start of 2022. Adrian Newey regrets that the sport has gone down this road and thinks it is the wrong direction.
Last season, F1 teams struggled to reach the minimum weight of 798 kilograms to make the car faster. Red Bull Racing in particular had many problems with an overweight car. The RB18 lost more and more weight throughout the season, but the minimum weight was not reached.
Speaking to Motorsport-Magazin.com Newey criticises the direction the sport has taken with the new regulations. Because the cars have become bigger and heavier, they are aerodynamically inefficient because they have high drag. "I think it's a bit of a shame that Formula 1 has gone down this path, especially because right now there is a need and opportunity to do exactly the opposite," the Red Bull engineer says.
"It is clear that this wrong direction is the same one that the general car industry has taken recently: bigger and heavier cars and people's obsession with running on batteries or petrol. The biggest problem is the amount of energy needed to move the damn thing, regardless of where that energy comes from. It seems Formula 1's technical regulations don't understand that, because the big car manufacturers obviously don't want that," Newey ends.
When something is big the mass is also big. The dynamics of an inpact are even bigger. So bigger doesn't mean safer! To be as safe as a small car, you need more structure, so you add weight. F1 must go to small and light, with refueling etc. 100 kg of mass is insane! Max 30 kg of fuel and NA engines... We will lost at least 200kg(no turbo MGUK-H batteries....). That mean smaller... That mean at least 3 pit stops and every lap must be quali lap on the race! Like the old times! Rain races will be possible just like that!
Newey isn't just an ordinary person who speak on Media for fun! Every time he is say something he is right._
Your first sentence is completely incorrect. Are you familiar with the relationship between density, mass, and volume? 10 cubic metres of helium at STP will have a mass of almost zero compared to a 10 cubic metres of almost any solid or liquid at STP. Their momentum will have the same relationship assuming equal velocity.