I mean, just because DRS is on the cars, race director can just NOT activate it during the race if it gets out of hand with ez-passing. In other words, there is a sporting backstop for this tech regulation.Just_a_fan wrote: ↑22 Jul 2021, 09:29Can you imagine the explosion in the race thread if DRS was disabled "for the show" just after a leading protagonist had benefitted from it? Driver A uses DRS to get by Driver B. DRS then disabled by the race director because "overtaking is too easy". Driver B unable to fight back.
Oh my! There would be absolute meltdown. Steven's team of mods would be busy for days clearing that thread up.
Timestamp? There's quite a long section on adjustability of the front wing flaps.HungarianRacer wrote: ↑22 Jul 2021, 17:40... So let me get this straight, it's the end of July 2021, and they still have no idea how they'll implement a front wing adjustment mechanism, or if they'll end up having one at all (would make the setup options fun... do you want an aerodynamically balanced car, or one that's not a complete sitting duck on the straights?)...
EDIT: found it at 1m17s3.9.7 Adjustability of Front Wing
Once the Front Wing Assembly has been defined in accordance with Article 3.9.6, a continuous portion of either the rearmost or the two rearmost profiles (including any Gurney rigidly attached to it) may be adjustable for the sole purpose of trimming front wing aerodynamic load. This adjustable part of the Front Wing Profiles will be called the FW Flap.
The axis of rotation of the adjustable part of the wing must:
a. Pass through points A and B where:
i. Point A lies within the volume of the FW Flap, no more than 25mm from its forward most point at this Y and between Y=200 and Y=400.
ii. Point B lies within the volume of FW Flap, no more than 25mm from its forward most point at this Y and between Y=825 and Y=850.
b. Be no more than 70mm from the FW Flap at any point between points A and B.
c. Once the axis of rotation AB has been defined, two surfaces of revolution must be defined. These surfaces must:
i. Have the axis AB as their axis of revolution, and respectively pass through points A (one surface) or B (the other surface).
ii. Extend over the complete chord of the FW Flap, thus clearly defining its boundary in relation to the non-adjustable part of the Front Wing Profiles.
iii. Over their intersection with the FW Flap at its original design position (defined in accordance to Article 3.9.1), have a normal which does not subtend an angle greater than 30deg to the Y axis.
Furthermore:
d. Compared to the original position of these profiles (as defined in accordance with Article 3.9.1), adjustment may only permit an increase of incidence of the slope defined in Article 3.9.1.g, and the maximum deviation for any point of these profiles from its original position must not exceed 35mm.
e. Minimal exceptions to the geometrical criteria of Article 3.9.1 for the wing profiles may be made in the junction between the adjustable and non-adjustable parts, in order to ensure the necessary level of sealing. Such parts must lie within 3mm from one of the two surfaces of revolution and their maximum size must be the minimum necessary amount required to achieve a 20mm overlap between the adjustable and the non-adjustable parts of the profiles over the whole range of movement.
For the avoidance of doubt, the adjustment permitted under this Article is only allowed when the car is stationary and by the use of a tool, and in accordance with the Formula 1 Sporting Regulations.
Furthermore, any such variation of incidence must maintain compliance with all of the bodywork regulations, with the exception of Article 3.9.1.
Ahem, I'll have you know mate, that "sticky-uppy-bits" is a fine way to refer to those types of things, and I use it all the time, thankyou very much!!
Aaah yes the wibbly wobbly doo dah which manages flow in the region of the flippy flappy thingy.Vyssion wrote: ↑22 Jul 2021, 20:00Ahem, I'll have you know mate, that "sticky-uppy-bits" is a fine way to refer to those types of things, and I use it all the time, thankyou very much!!
Along with: spinny-spinny-thingies, spikey-sharpie-hurty-things, bubble-butt-froglet-eye-things, reverse-flowing-long-curvy-things, and wibbly-wobbly-flappy-birdy-i-hate-this-f_cking-design-thingies... to name a few of course...
I see your flippy flappy things and give you the turbo encabulator:jjn9128 wrote: ↑22 Jul 2021, 20:57Aaah yes the wibbly wobbly doo dah which manages flow in the region of the flippy flappy thingy.Vyssion wrote: ↑22 Jul 2021, 20:00Ahem, I'll have you know mate, that "sticky-uppy-bits" is a fine way to refer to those types of things, and I use it all the time, thankyou very much!!
Along with: spinny-spinny-thingies, spikey-sharpie-hurty-things, bubble-butt-froglet-eye-things, reverse-flowing-long-curvy-things, and wibbly-wobbly-flappy-birdy-i-hate-this-f_cking-design-thingies... to name a few of course...
“For a number of years now, work has been proceeding in order to bring perfection to the crudely conceived idea of a transmission that would not only supply inverse reactive current for use in unilateral phase detractors, but would also be capable of automatically synchronizing cardinal grammeters. Such an instrument is the turbo encabulator.
Now basically the only new principle involved is that instead of power being generated by the relative motion of conductors and fluxes, it is produced by the modial interaction of magneto-reluctance and capacitive diractance.
The original machine had a base plate of pre-famulated amulite surmounted by a malleable logarithmic casing in such a way that the two spurving bearings were in a direct line with the panametric fan. The latter consisted simply of six hydrocoptic marzlevanes, so fitted to the ambifacient lunar waneshaft that side fumbling was effectively prevented.
The main winding was of the normal lotus-o-delta type placed in panendermic semi-boloid slots of the stator, every seventh conductor being connected by a non-reversible tremie pipe to the differential girdle spring on the “up” end of the grammeters.
The turbo-encabulator has now reached a high level of development, and it’s being successfully used in the operation of novertrunnions. Moreover, whenever a forescent skor motion is required, it may also be employed in conjunction with a drawn reciprocation dingle arm, to reduce sinusoidal repleneration.”
I remember being shown that video in an engineering lecture though I can't for the life of me remember the purpose.Just_a_fan wrote: ↑22 Jul 2021, 21:21I see your flippy flappy things and give you the turbo encabulator:
Historically, when DRS has proved too powerful (eg zone too long), it has been addressed for the next race. Race directors dont like to move the goal posts during a race - I dont see this changing next year.
I didn't mean DURING the race. They can just not turn it on in the first place.
This is from yesterday's video (bottom):
That last paragraph…RZS10 wrote: ↑23 Jul 2021, 14:28This is from yesterday's video (bottom):
https://i.imgur.com/oVV8Hao.png
The hole is still just marginally bigger than the wheel nut, the cover is just very profiled and has that oversized CD stuck to it.
What would be the aero benefit of shaping the cover like an old school steel rim?
https://m.media-amazon.com/images/I/717 ... L1200_.jpg
I wonder if that is the actual finalized design since the renders still just had completely flat covers (top) which also have a similar sized hole.
_______________
The render already had a few more details than the model, page79 viewtopic.php?p=985042#p985042 there's some attachy-adjusty bits.
But watching that video it's baffling how many details are still not yet decided, like the weight of certain elements or whether some element on the floor will be there or not, that's all stuff which probably has a major imfluence on the overall design, or not?
Honestly, I think it's being done intentionally to hinder the top teams as much as possible, as they want the grid to be as jumbled up as possible.