Isn't the wheel pattern functional: aero helps induce air over the intercoolers?
.I think spinners would look better..........
Isn't the wheel pattern functional: aero helps induce air over the intercoolers?
^Those vents look photoshopped on there.
I still want a cassette deck.
I still want a cassette player.
.I think spinners would look better..........
When I first saw the new NSX I thought this back window would show the engine nicely but now that the engine wont be transverse I wonder if Honda will elongate this window to make more of the engine visible.
When I first saw the new NSX I thought this back window would show the engine nicely but now that the engine wont be transverse I wonder if Honda will elongate this window to make more of the engine visible. Or will they even need to. I'm gonna see the new NSX again on Saturday....will be interesting to see if any changes have been made yet to the body. Would be really Sweet to be able to actually see the engine in the back at the show but doubt it.
Does anyone realize slowly but surely we have gotten everything we asked for? We started with some front engine 4 seat V10 concept that was scrapped. The car went back to mid-engine and 2 seats. We were told hybrid and everyone thought fuel miser non-trackable car. That was wrong. We wanted power and it looks like that will be there too via two turbos. We wanted it t be able to compete with a GTR, and looks like that, it will be able to do. We wanted longitudinal and it looks like that is happening too. If there is one car I really like and wanted it to be the benchmark it would have been the 458. That is also the car they precisely pegged, just like 1990 with the F355. The NSX was a responsive, visceral, reliable Ferrari fighter. And that is what we seem to be getting, AGAIN. If that doesn't excite you, you need to go have a cardiogram.
I also like it better than trying to take a small engine - with little torque relative to turbocharging the same capacity - and getting "only" 400 to 450 hp.I am so happy Honda is going this route.
What is it exactly about a small displacement/high-rev engine that is not emissions-compliant, yet the larger displaced (all N/A) Ferraris, Lambos, R8s can be? If bore & stroke are identical in, let's say a 3.3L V6 and a 6.6 V12, how is it that the smaller motor can't pass EPA?For those of you that are hung up on NA power you might as well live with the new age emissions requirements. With the new requirements you cannot have the traditional high HP per liter small displacement NA engines. They are not clean enough.
Not sure where you got that info as Ferrari has had one turbo'd production car which ended over 2 decades ago, and the couple of Porsches (Turbo, GT2) don't rev anywhere near those numbers; they make peak power somewhere in the mid 6Ks, IIRC.Also, I wouldn't worry about rev limits. Ferrari and Porsche build turbos with 8000-9000 limit, so Honda can do it too.
Does anyone realize slowly but surely we have gotten everything we asked for? We started with some front engine 4 seat V10 concept that was scrapped. The car went back to mid-engine and 2 seats. We were told hybrid and everyone thought fuel miser non-trackable car. That was wrong. We wanted power and it looks like that will be there too via two turbos. We wanted it t be able to compete with a GTR, and looks like that, it will be able to do. We wanted longitudinal and it looks like that is happening too. If there is one car I really like and wanted it to be the benchmark it would have been the 458. That is also the car they precisely pegged, just like 1990 with the F355. The NSX was a responsive, visceral, reliable Ferrari fighter. And that is what we seem to be getting, AGAIN. If that doesn't excite you, you need to go have a cardiogram.
My guess will be high compression to spin the turbos quicker (11:1 +) and a new technology for the turbos rather than traditional turbochargers.
Why do you think Honda would use an 11.1 compression ratio in a turbo application?
Direct injection (DI) Engines are high compression by design, they are like Diesel engine, so the compression ratios will be high on this engine regardless if they are Turboed or not.
Bram
Another interesting bit of F1 Technology that has not been discussed, is that, Honda Engineers have the ability to spool the turbo using the Electrics on the car, so the turbos could be running at optimum range all the time - therefore No Lag.