- 828
- United Kingdom
It appears I'm going to be a dissenting voice!
I agree it's an issue trying to pull away from cars but setting a tow at 0.75s and no further is ludicrous and completely unrealistic. Get two big GT-Rs doing 170mph and you'd get a tow - albeit a small one - from 2s back, or more. Cornering, being in a tow isn't going to hurt a slower car or a road car anywhere near as much as it is a high downforce car so you can gain down the straights for free, then don't really lose anything through the corners and gain again on the next straight. I'm sure we've all tried to follow closely in the Super Formula - bloody difficult isn't it?! Yet at the same time, easier if you're ahead to break the tow.
Real life tows work from quite a long way back and it's easy for most people to see this in action in every day life, put the display on your road car to fuel consumption, go down a motorway and follow a decent sized vehicle at about 50mph and you will see your consumption improve compared to when you're on your own. This is a slipstream from between 1-2s at very low speeds in comparison to racing. Even the skinniest of the skinny - cyclists - doing under 40mph use a slipstream to save energy so it stands to reason that racing cars will save fuel by sitting in a slipstream.
In all but high downforce cars, the lead car of the train is at a disadvantage physics-wise because that's the car that has to break the air, but it does have a clear view of the track. All the points raised by the OP while valid, are just side effects of having a slipstream and the suggestions to reduce the distance for the slipstream to take effect would actually make it more unrealistic.
My opinion is they've got it pretty good from the perspective of realism, but it's causing some issues when combined with the format of qualifying and races, more so qualifying because the reduction in time allotted and increase in tyre wear has effectively made it a one shot deal
I agree it's an issue trying to pull away from cars but setting a tow at 0.75s and no further is ludicrous and completely unrealistic. Get two big GT-Rs doing 170mph and you'd get a tow - albeit a small one - from 2s back, or more. Cornering, being in a tow isn't going to hurt a slower car or a road car anywhere near as much as it is a high downforce car so you can gain down the straights for free, then don't really lose anything through the corners and gain again on the next straight. I'm sure we've all tried to follow closely in the Super Formula - bloody difficult isn't it?! Yet at the same time, easier if you're ahead to break the tow.
Real life tows work from quite a long way back and it's easy for most people to see this in action in every day life, put the display on your road car to fuel consumption, go down a motorway and follow a decent sized vehicle at about 50mph and you will see your consumption improve compared to when you're on your own. This is a slipstream from between 1-2s at very low speeds in comparison to racing. Even the skinniest of the skinny - cyclists - doing under 40mph use a slipstream to save energy so it stands to reason that racing cars will save fuel by sitting in a slipstream.
In all but high downforce cars, the lead car of the train is at a disadvantage physics-wise because that's the car that has to break the air, but it does have a clear view of the track. All the points raised by the OP while valid, are just side effects of having a slipstream and the suggestions to reduce the distance for the slipstream to take effect would actually make it more unrealistic.
My opinion is they've got it pretty good from the perspective of realism, but it's causing some issues when combined with the format of qualifying and races, more so qualifying because the reduction in time allotted and increase in tyre wear has effectively made it a one shot deal
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