On E85, not petrol, I believe. Still jolly impressive.SR71 wrote: Side note, the Agera one:1 already achieves this right?
On E85, not petrol, I believe. Still jolly impressive.SR71 wrote: Side note, the Agera one:1 already achieves this right?
A W16 with quad turbos has unique cooling requirements.Just_a_fan wrote:True, but VW still struggled to cool the Veyron...FW17 wrote:
The engine is not doing 1000hp when in traffic in Dubai.
Nickel wrote:I'll swing to the devil's advocate side for a moment here.
1000hp/tonne is not impressive, it's undershooting it's target. F1 is in the neighborhood of 900hp/630kg (without driver) so let's call it 1300hp+/tonne without driver. Let's always consider without driver as this will certainly be how AM gives any numbers related to this project. In this department, the project appears to start at a deficit. It will be interesting to see how this is balanced out.
As for that lotus, I don't think it will achieve stellar aerodynamics with such an arrangement.
I think it is possible to overcome the deficit, but difficult, as is the whole project.SR71 wrote:
I think those are fair assumptions given the limited info we have. However, if we have 1.5 - 2.5X the amount of downforce an F1 car has, does that make up for a slight HP/Tonne deficit? This is with regards to ultimate lap time, not top end speed for instance. (active aero can fix that problem)
Nice, thanks.Nickel wrote:I think it is possible to overcome the deficit, but difficult, as is the whole project.SR71 wrote:
I think those are fair assumptions given the limited info we have. However, if we have 1.5 - 2.5X the amount of downforce an F1 car has, does that make up for a slight HP/Tonne deficit? This is with regards to ultimate lap time, not top end speed for instance. (active aero can fix that problem)
If the power to weight is only 1000hp/tonne, it must make up this 30%deficit in down force. Remember that this will not mean 1.3x the total downforce of an F1, but 1.3x the downforce to weight ratio of an F1. Active aero will trim a bit of fat off this depending on how active it is.
So, it's going to be an autonomous car then?Nickel wrote:I'll swing to the devil's advocate side for a moment here.
1000hp/tonne is not impressive, it's undershooting it's target. F1 is in the neighborhood of 900hp/630kg (without driver) so let's call it 1300hp+/tonne without driver.
VARIANT | one wrote: So, it's going to be an autonomous car then?
If it was autonomous it would still count.VARIANT | one wrote:So, it's going to be an autonomous car then?Nickel wrote:I'll swing to the devil's advocate side for a moment here.
1000hp/tonne is not impressive, it's undershooting it's target. F1 is in the neighborhood of 900hp/630kg (without driver) so let's call it 1300hp+/tonne without driver.
Only if you let a computer controlled F1 car set the benchmark time to which it is being compared.SR71 wrote:If it was autonomous it would still count.VARIANT | one wrote:So, it's going to be an autonomous car then?Nickel wrote:I'll swing to the devil's advocate side for a moment here.
1000hp/tonne is not impressive, it's undershooting it's target. F1 is in the neighborhood of 900hp/630kg (without driver) so let's call it 1300hp+/tonne without driver.
It wouldn't take time to develop, these systems have existed for a while.Just_a_fan wrote:Only if you let a computer controlled F1 car set the benchmark time to which it is being compared.SR71 wrote:If it was autonomous it would still count.VARIANT | one wrote:
So, it's going to be an autonomous car then?
A computer-driven F1 would be quicker than a human-driven one because it would be able to react to in-corner grip faster even than the best driver. It would take time to develop, of course, but then so do the best human drivers...
SiLo wrote:Are we safe to assume that they will be doing something like Ferrari with the XX program?