Any links to back up all of these claims?
I found some basic info but nothing detailed. Around 2 or so years ago, the F1 regs were changed to make starts more driver involved but I personally always thought F1 didn't go far enough...It seems they agree with me as there are even further restrictions for all this race-start driver aid nonsense:
Along with
making pull-type paddle-activated clutches mandatory for each driver, the clutch signals used by the standard ECU will also be heavily monitored by the FIA
to limit any advantageous mapping.
Should a team wish to use two clutch paddles on the steering wheel,
each paddle must now be identical in form, motion and mapping.
Drivers may be asked to demonstrate that both paddles work identically.
Furthermore,
the paddle must work linearly with the clutch -
meaning that the drivers' actions must be wholly representative of the engagement of the clutch.
Article 9.2.1, section F in the technical regulations states that: "To ensure that the signals used by the FIA ECU are representative of the driver's actions, each competitor is required to demonstrate that the paddle percentage calculated by the ECU does not deviate by more than +/-5% from the physical position of the operating device measured as a percentage over its entire usable range."
This ensures greater responsibility is placed on the driver at the race start and means that there is the potential for greater variation off the line.
https://www.autosport.com/f1/news/143098/f1-clutch-rules-changed-to-put-emphasis-on-drivers
I'm pretty sure those systems aren't there for the driver, but for power delivery and energy recovery of the hybrid systems. The braking ones especially since you can't use the front end to recover energy. These weren't on the cars until the introduction of the hybrid systems.
That's incorrect. Sure, they've become legal and/or possible due to (lame) brake-by-wire instead of true foot-to-brake connection as well as all the hybrid stuff but it's still done to make the driving easier for the driver - a driving aid to achieve more consistent and higher performance.
The "auto-dynamic front-to-rear brake balance adjustment" I mentioned previously, well, Mercedes calls it "brake migration." The following is directly from Mercedes' F1 website:
"...This tendency can be counteracted to some extent by a clever braking system which would ask
less of the rear brakes on turn in (to stabilize the car) and then ask progressively more of the rear brakes (compared to the front) as the apex approaches. This clever process is called Brake Migration -
a dynamic change of the brake balance as a function of the brake pressure.
It is this cleverness that the Brake By Wire system provides. Guided by the rotary switch settings that the driver has made on their steering wheel, the BBW system juggles the braking input of the three main actuators (the callipers, the engine and the MGU-K)
to provide the driver with a smooth, predictable shape to the rear braking action that allows him to keep the car at limit of adhesion (without any anti-lock brakes) while steering the car through the braking phase of the corner."
https://www.mercedesamgf1.com/en/me...-article/formula-one-brake-systems-explained/
"...F1 cars use this kind of weight transfer to their advantage and
shift the brake bias towards the front of the car when the drivers first hit the brakes. When they then slowly come off the brakes to prevent locking up, the weight transfer to the front is reduced.
At that point, the brake power is migrated rearwards - by how much depends on the track and the type of corner.
"Drivers can
adjust the brake migration on a corner-by-corner basis through a rotary switch on their steering wheel.
Just before the turning point you could move the brake bias almost entirely to the rear to give the car a bit of oversteer, allowing it to turn more quickly - similar to the effect of pulling the hand brake in a road car."
https://www.mercedesamgf1.com/en/me...-article/insight-hitting-the-brakes-in-monza/
And the other braking aid I mentioned with regards to keeping stability when downshifting during braking is here:
"Another benefit of the system is that the engineers can compensate for how the power unit behaves under braking and downshifting. Every time the driver opens the clutch, he loses the engine braking. In the pre-hybrid era, that would mean that there were sudden shifts in brake balance and brake power every time the clutch would open and close.
"
Today, the cars can counteract that with a little spike of brake pressure every time the car loses the engine braking. This means that the
rear brake torque is more continuous, allowing the driver to operate closer to the peak of the tyre slip."
https://www.mercedesamgf1.com/en/me...-article/insight-hitting-the-brakes-in-monza/
Have I addressed my "claims" to you guys yet? I don't make crap up