@Otaliema did some testing, here is a link, this should answer your question although I do not believe they make a difference.Just a quick question. Are there any performance differences between the aero parts? If I put on aero a, will it perform the same as aero b,c etc? Trying to limit build time and not coming out to gt auto for every build is a good thing!
Just a quick question. Are there any performance differences between the aero parts? If I put on aero a, will it perform the same as aero b,c etc? Trying to limit build time and not coming out to gt auto for every build is a good thing!
I would hazard a guess that the type of aero (a,b,c etc.) has no effect.Just a quick question. Are there any performance differences between the aero parts? If I put on aero a, will it perform the same as aero b,c etc? Trying to limit build time and not coming out to gt auto for every build is a good thing!
It has a 1-3% impact on top speed and gives the equivalent down force of about 10 points to the nose.I would hazard a guess that the type of aero (a,b,c etc.) has no effect.
Just a quick question. Are there any performance differences between the aero parts? If I put on aero a, will it perform the same as aero b,c etc? Trying to limit build time and not coming out to gt auto for every build is a good thing!
It has a 1-3% impact on top speed and gives the equivalent down force of about 10 points to the nose.
aero and no aero, the variance in speed is based on the power of the car, the more power the smaller the speed reduction. all front kits and all rear wings give the same effect for the part location, so kit a,b,c are all the same. toss what ever one pleases your eye the most.Is this between different front aero's (a,b,c etc) or between aero and no aero?
aero and no aero, the variance in speed is based on the power of the car, the more power the smaller the speed reduction. all front kits and all rear wings give the same effect for the part location, so kit a,b,c are all the same. toss what ever one pleases your eye the most.
Yeah I meant there is no difference between option a,b or c rather than fitted vs. unfitted. I Probably could have worded it better đź‘ŤIt has a 1-3% impact on top speed and gives the equivalent down force of about 10 points to the nose.
Looks good from here, will let you know when I build later if anything missing, perhaps directions to the closest clothing store for new shorts after driving?Here she is testers................
Ford Shelby GT500 `13
View attachment 236382
ps Can someone let me know what I`ve forgotten to list this time!!đź‘Ť
She`ll drift all the way round 3,4 and 5 if you let her! She`s quick too tho I got 1:17.4 out of her earlier. And I hate Willow!đź‘ŤLooks good from here, will let you know when I build later if anything missing, perhaps directions to the closest clothing store for new shorts after driving?
equal? what is this equal you speak of? I don't think PD knows that definition.Yeah I meant there is no difference between option a,b or c rather than fitted vs. unfitted. I Probably could have worded it better đź‘Ť
It would be nice if there was variance seeing that some just appear to be visual and others have full on lip-spoilers and canards. It would be impossible to implement though without changing a whole bunch of other stuff to make sure that the cars were equal*.
*using the loosest definition of equal
CA-14 S for 11 miles to Lancaster CA to the nearest walmartLooks good from here, will let you know when I build later if anything missing, perhaps directions to the closest clothing store for new shorts after driving?
Will she drift the last big turn that is the question!She`ll drift all the way round 3,4 and 5 if you let her! She`s quick too tho I got 1:17.4 out of her earlier. And I hate Willow!đź‘Ť
Here she is testers................
Ford Shelby GT500 `13
View attachment 236382
ps Can someone let me know what I`ve forgotten to list this time!!đź‘Ť
CA-14 S for 11 miles to Lancaster CA to the nearest walmart
More than 1100 miles to the east coast
I`ve not managed it yet! I`ve nearly gone all the way round turn 2 tho!đź‘ŤWill she drift the last big turn that is the question!
No camber on this tune. đź‘ŤCamber?!
I`ve not managed it yet! I`ve nearly gone all the way round turn 2 tho!đź‘Ť
No camber on this tune. đź‘Ť
Its doable but you need to have the accel set really high otherwise you run out of momentum about half way roundI`ve not managed it yet! I`ve nearly gone all the way round turn 2 tho!đź‘Ť
makes sense thats a big big turn there, lot longer than R245's big hair pinIts doable but you need to have the accel set really high otherwise you run out of momentum about half way round
Its nice and wide at least so there is room for error, but its still a stupidly fast entry so small errors quickly turn into big problemsmakes sense thats a big big turn there, lot longer than R245's big hair pin
But what if you cannot drift like me? You guys had better built stable cars or I am going to look like a Happy Cat in the worlds largest kitty litter.Its nice and wide at least so there is room for error, but its still a stupidly fast entry so small errors quickly turn into big problems
I would disagree with the wing removal not affecting things, one of my touring cars was a hyundai genesis and that thing went from docile and grippy to slippery and unpredictable by just removing the tiny wing.Sorry to revert the subject back to aero parts, but cant say I've ever noticed a difference between having a front aero part fitted or not, handling and lap times always seemed the same to me :s I only notice a difference with rear wings. Removing a stock rear wing never seems to do anything either to me, thought that was purely cosmetic too.
Don't worry my entry is all about grip, I have a de-restricted one that I use for the sideways shenanigansBut what if you cannot drift like me? You guys had better built stable cars or I am going to look like a Happy Cat in the worlds largest kitty litter.
Grip advantage, you see the same thing with RWD cars when you move the ballast around. FF cars it's gets higher the farther forward you go.(sorry for the double post)
Just noticed something odd while building @sinof1337 's Focus 13'
When built to spec the PP is different dependant on the placement of ballast:
52kg at 0 (54:46) = 451PP
52kg at 50 (52:48) = 450PP
Some FR cars will do this as well depending on original weight, see the Mustang GT. The more rear ballast, better balance?, the higher the PP. And its not forward, it's rearward on FF.Grip advantage, you see the same thing with RWD cars when you move the ballast around. FF cars it's gets higher the farther forward you go.