eyelid wrote: ↑07 Apr 2026, 22:34
Next they want 2.4 V8 with turboes, that would make easily like 1500bhp, these cars would not be safe anymore.
I understand these are proposed to be Indycar/CART-like low boost engines, but with modern efficiency techologies applied of course. Presumably a fuel flow rate cap (and/or a very low boost limit) will contain power output?
So where the 1.6L turbo engines are permitted 4 bar(?) gauge in 2026, these Champcar-like engines would only be permitted <1.5 bar gauge one presumes, if not even less? In the mid-90's CART ran 1.6 bar while this reduced to 1.1 bar by the early 2000's.
Furthermore, in the 2008 season the Cosworth XFE engines were further restricted to
5.9 PSI or 0.4 bar of boost (gauge) limiting power to around 700hp from the 2.65L single-turbo V8. A similar restriction (or even lower) could be applied in F1.
Though if you have a turbo engine with no MGU-H and a 3 PSI or 0.2 bar limit -- then is there even a point to having a turbo at all‽ I guess a very low limit combined with MGU-H could however work well for efficiency purposes though (albeit killing any Champcar-like screaming engine sound)?
PlatinumZealot wrote: ↑06 Apr 2026, 15:21
I'm not really interested in another set of turbo engines. Why stay with turbo if you have one last chance to fix this and we all knew the NA V10 was the peak of the spectacle!! Just go NA V10 and add a bit mild hybrid and viola!
The 3.0 V12 was the peak of the spectacle in 1995, it was just a slightly dumb choice and then banned by 2000 when it threatened to be a superior choice -- with a scramble for everyone to match Toyota's V12 if it proved superior.
So if you are banning turbos, I say keep the existing 1.6L V6 bore x stroke and choose a 3.2L V12 layout. It seems logical to say "turbo out, double the layout to compensate". The Vee angle, if still a mandated item, would have to be changed from 90 degrees to something more suitable like 75 or 65 degrees of course.