88mphTim
racesimcentral.net
New Formula Renault 3.5 available. Learn about it here:
http://rfactor.net/web/rf2/cars/formula-renault-3-5-world-series-car/
This is essentially a scratch built car.
Important note, you will find the car in it's entirety under the VEH tag of the mod manager. All future cars will be like this, with talent and sound combined into the vehicle. This is to allow eventually automation for hosting. So I think you'll appreciate the annoyance of a change in category will be greatly outweighed by the benefits going forwards.
Only issues of note:
- 6th gear rev limit, which will be corrected with next build.
- We do not yet support time limited DRS, currently won't be fixed in next build.
Thanks,
Tim
Edit: Roll center info...
1-A
Relative RC Height: +22.5mm, Camber change for 10mm bump: -0.20°, Antisquat: 27.0%, Antilift: 12.1%
1-E
Relative RC Height: +49.5mm, Camber change for 10mm bump: -0.30°, Antisquat: 27.0%, Antilift: 12.1%
1-I
Relative RC Height: +74.0mm, Camber change for 10mm bump: -0.39°, Antisquat: 27.0%, Antilift: 12.1%
2-A
Relative RC Height: +5.0mm, Camber change for 10mm bump: -0.17°, Antisquat: 11.1%, Antilift: -18.3%
2-E
Relative RC Height: +32.0mm, Camber change for 10mm bump: -0.27°, Antisquat: 11.1%, Antilift: -18.3%
2-I
Relative RC Height: +58.0mm, Camber change for 10mm bump: -0.37°, Antisquat: 11.1%, Antilift: -18.3%
3-A
Relative RC Height: -10.0mm, Camber change for 10mm bump: -0.15°, Antisquat: 42.8%, Antilift: 42.5%
3-E
Relative RC Height: +17.0mm, Camber change for 10mm bump: -0.25°, Antisquat: 42.4%, Antilift: 42.5%
4-A
Relative RC Height: -28.5mm, Camber change for 10mm bump: -0.12°, Antisquat: 27.0%, Antilift: 12.1%
4-E (STD)
Relative RC Height: /, Camber change for 10mm bump: -0.22°, Antisquat: 27.0%, Antilift: 12.1%
4-I
Relative RC Height: +26.5mm, Camber change for 10mm bump: -0.32°, Antisquat: 27.0%, Antilift: 12.1%
5-E
Relative RC Height: -24.0mm, Camber change for 10mm bump: -0.19°, Antisquat: 11.6%, Antilift: -18.6%
5-I
Relative RC Height: +3.3mm, Camber change for 10mm bump: -0.29°, Antisquat: 11.6%, Antilift: -18.6%
6-A
Relative RC Height: -55.0mm, Camber change for 10mm bump: -0.06°, Antisquat: 42.6%, Antilift: 41.8%
6-E
Relative RC Height: -27.0mm, Camber change for 10mm bump: -0.16°, Antisquat: 42.6%, Antilift: 41.9%
7-E
Relative RC Height: -51.0mm, Camber change for 10mm bump: -0.13°, Antisquat: 27.0%, Antilift: 12.1%
7-I
Relative RC Height: -29.3mm, Camber change for 10mm bump: -0.24°, Antisquat: 27.3%, Antilift: 12.3%
in general a reduction in the roll centre, will make the rear a bit more compliant, as it will want to pivot around a lower point, so in general it will make the rear end a bit 'easier' mid corner. Antisquat: is basically a resistance to the rear squating under acceleration, a softer setting will make it a little easier to accelerate out of corners. Anti-lift can increase the resistance that the rear wants to lift under braking, it can help make the aero more stable at high speed, but once again, in general makes it a bit trickier at lower speeds. And well camber change, some camber change with bump is desrieable, in general that means you can use less camber which gives 'some' advantage in a straight line. Of course everything is a compromise and that's why there are different settings available
http://rfactor.net/web/rf2/cars/formula-renault-3-5-world-series-car/
This is essentially a scratch built car.
Important note, you will find the car in it's entirety under the VEH tag of the mod manager. All future cars will be like this, with talent and sound combined into the vehicle. This is to allow eventually automation for hosting. So I think you'll appreciate the annoyance of a change in category will be greatly outweighed by the benefits going forwards.
Only issues of note:
- 6th gear rev limit, which will be corrected with next build.
- We do not yet support time limited DRS, currently won't be fixed in next build.
Thanks,
Tim
Edit: Roll center info...
1-A
Relative RC Height: +22.5mm, Camber change for 10mm bump: -0.20°, Antisquat: 27.0%, Antilift: 12.1%
1-E
Relative RC Height: +49.5mm, Camber change for 10mm bump: -0.30°, Antisquat: 27.0%, Antilift: 12.1%
1-I
Relative RC Height: +74.0mm, Camber change for 10mm bump: -0.39°, Antisquat: 27.0%, Antilift: 12.1%
2-A
Relative RC Height: +5.0mm, Camber change for 10mm bump: -0.17°, Antisquat: 11.1%, Antilift: -18.3%
2-E
Relative RC Height: +32.0mm, Camber change for 10mm bump: -0.27°, Antisquat: 11.1%, Antilift: -18.3%
2-I
Relative RC Height: +58.0mm, Camber change for 10mm bump: -0.37°, Antisquat: 11.1%, Antilift: -18.3%
3-A
Relative RC Height: -10.0mm, Camber change for 10mm bump: -0.15°, Antisquat: 42.8%, Antilift: 42.5%
3-E
Relative RC Height: +17.0mm, Camber change for 10mm bump: -0.25°, Antisquat: 42.4%, Antilift: 42.5%
4-A
Relative RC Height: -28.5mm, Camber change for 10mm bump: -0.12°, Antisquat: 27.0%, Antilift: 12.1%
4-E (STD)
Relative RC Height: /, Camber change for 10mm bump: -0.22°, Antisquat: 27.0%, Antilift: 12.1%
4-I
Relative RC Height: +26.5mm, Camber change for 10mm bump: -0.32°, Antisquat: 27.0%, Antilift: 12.1%
5-E
Relative RC Height: -24.0mm, Camber change for 10mm bump: -0.19°, Antisquat: 11.6%, Antilift: -18.6%
5-I
Relative RC Height: +3.3mm, Camber change for 10mm bump: -0.29°, Antisquat: 11.6%, Antilift: -18.6%
6-A
Relative RC Height: -55.0mm, Camber change for 10mm bump: -0.06°, Antisquat: 42.6%, Antilift: 41.8%
6-E
Relative RC Height: -27.0mm, Camber change for 10mm bump: -0.16°, Antisquat: 42.6%, Antilift: 41.9%
7-E
Relative RC Height: -51.0mm, Camber change for 10mm bump: -0.13°, Antisquat: 27.0%, Antilift: 12.1%
7-I
Relative RC Height: -29.3mm, Camber change for 10mm bump: -0.24°, Antisquat: 27.3%, Antilift: 12.3%
in general a reduction in the roll centre, will make the rear a bit more compliant, as it will want to pivot around a lower point, so in general it will make the rear end a bit 'easier' mid corner. Antisquat: is basically a resistance to the rear squating under acceleration, a softer setting will make it a little easier to accelerate out of corners. Anti-lift can increase the resistance that the rear wants to lift under braking, it can help make the aero more stable at high speed, but once again, in general makes it a bit trickier at lower speeds. And well camber change, some camber change with bump is desrieable, in general that means you can use less camber which gives 'some' advantage in a straight line. Of course everything is a compromise and that's why there are different settings available