Good catch!
Do you know that the drag doesn't change significantly whether the letter box is there or not? Simply because there is all sorts of suspension bits, a big fat pedal box, a steering wheel, not to mention Vettel's hairy knee cups behind all of that.Adrian Newby wrote:
The main objective for the area in between the front tires is to keep from impeding the flow to the front of the undertray. Primarily, that means keeping the underside clean, and without impediment. Secondarily, keeping the sides clean and without impediment. New rules have made the designers lower the nose, but to keep the underside clean the designers have kept the chassis as high as the rules allow. That has created a hump on the top of the nose. This hump forces the oncoming air to go up and over it, but also around it. This air impedes the flow on the sides by making a narrower gap between it and the front tires. Newey's solution, in my opinion, is to let that air go through the hump, and exit through the cockpit opening.
The drag, inside or out (and especially on the top of the nose), is not what matters in the area between the front tires. What matters is eliminating anything that could affect the flow between the tires. Side spill matters to the other cars, that's why their nose humps go straight up like ramps instead of being rounded more on the sides. Newey was the only one who took his solution to the next level. By rounding all the edges of his chassis to 270 degrees, Newey is able to remove that much more material from the path of the airflow. That is how seriously he takes it. Take a look at how plain, square and clunky the Ferrari looks by comparison. Any doubts as to which car will score more points?n smikle wrote:Do you know that the drag doesn't change significantly whether the letter box is there or not? Simply because there is all sorts of suspension bits, a big fat pedal box, a steering wheel, not to mention Vettel's hairy knee cups behind all of that.Adrian Newby wrote:
The main objective for the area in between the front tires is to keep from impeding the flow to the front of the undertray. Primarily, that means keeping the underside clean, and without impediment. Secondarily, keeping the sides clean and without impediment. New rules have made the designers lower the nose, but to keep the underside clean the designers have kept the chassis as high as the rules allow. That has created a hump on the top of the nose. This hump forces the oncoming air to go up and over it, but also around it. This air impedes the flow on the sides by making a narrower gap between it and the front tires. Newey's solution, in my opinion, is to let that air go through the hump, and exit through the cockpit opening.
If any air flows through it, it's mostly going through Vettel's sweaty crotches before it re-enters the air stream. That small gain in bleed of flow in order to make clean air as you claim is easily substituted and bettered by a design like Caterham. So i think it is not really there to make clean flow.
In fact, In terms of Air flow quality, I haven't really looked at it from that point of view yet.
There are obviously some side walls there. to keep air channeled inwards. The top corners of the nose box are rounded for at least 270 degrees. * side spill does not seem to an issue for other cars, so why? must be something else.
I still feel it's an air dam, that used for driver cooling and making high pressure on top of the nose.
I don't see that many people overlooking something like that. Any chance it came off during the run? It would still mean that it wasn't fastened/designed correctly, or that something broke.Shafto wrote:man wicked follow up!!
Now obviously that would be someone forgetting to put it back on, but man, that stuff should be MINIMAL in F1. I would not smack the guy that forgot, it would be the guy plus everyone else that should be giving the car a look over!
The heat shield surrounding it is, though.Robbobnob wrote:As the wishbone is not considered bodywork [...]
I would be surprised if the FIA made that distinction as long as the heat shield maintained the same basic shape and size of the wishbone.bhallg2k wrote:The heat shield surrounding it is, though.Robbobnob wrote:As the wishbone is not considered bodywork [...]
Would it be considered structural if the lack of it meant the rest of your structure would "melt" (CF, I know...)?bhallg2k wrote:10.3.4 Non‐structural parts of suspension members are considered bodywork.
It's not difficult for me to imagine a phone call from Montezemolo to Charlie Whiting that casually mentions this rule having an effect.
(I'm surprised I had to look this rule up. I thought after immersing myself in the Mercedes AMG "speculation" that I had an encyclopedic understanding of the suspension regulations.)
=D>Shafto wrote:man wicked follow up!!
Now obviously that would be someone forgetting to put it back on, but man, that stuff should be MINIMAL in F1. I would not smack the guy that forgot, it would be the guy plus everyone else that should be giving the car a look over!
I'm sure they have a couple of contingency options in this area. And if I ran another team, I'd probably do all I could to make sure they have to resort to at least a couple of them.Adrian Newby wrote:I'm sure Red Bull would quickly come up with some really thick heat-resistant "paint" if that became an issue.
Well, you know there would be some tit-for-tat going on if things got that petty, so they might just forget the little stuff.bhallg2k wrote:I'm sure they have a couple of contingency options in this area. And if I ran another team, I'd probably do all I could to make sure they have to resort to at least a couple of them.Adrian Newby wrote:I'm sure Red Bull would quickly come up with some really thick heat-resistant "paint" if that became an issue.
And how's this for an abrupt change of subject?
How is Flo-Vis deployed? I've always wondered. Does someone just smear a bit on the leading edge of a wing? Is a canister of some sort involved?