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The Race's latest pod has a deep dive into the potential flaws of the current PUs and how these issues were flagged years ago and then dismissed as "political". If this turns into a completely crap energy mgmt procession, no one will watch.
https://www.the-race.com/formula-1/...been-even-more-flawed-than-verstappen-thinks/
It's looking more and more like I won't be signing up with Apple.
I've suspected the new teach regs are far too complicated since they announced them!
They need to relise that the spectacle is racing determined on the track not by geeks in the pits piss-farting about on computers in the pits!
I think its pretty clear that these regs are already proving pretty hopeless, the inability for the crowd to see or hear 50 percent of what makes up the difference between an overtake succeeding or not is pretty embarrassing.
The MGU-H, complex as it sounded really was doing some work keeping these cars drivable and arguably was the best part of the 2014 engine regs. Now it's gone for apparent cost saving reasons, while half the German performance road cars on the market use them from AMG Mercs to 911s, and they've proven to be really good, people were scared hybrid systems would ruin the 911 until the MGU-H in the GTS and Turbo / S.
It feels like every time F1 makes a decision, especially when it comes to road relevance or cost savings they shoot themselves in the foot again. Maybe they should just go back to the 2013 era V8s with no re-fueling, try to lighten the cars some more and call it a day.
Affirm, road-relevance doesn't provide great flat-out racing.
Bring back V10s, slap on some KERS, and slap on manufacturer branding.
Much as I love the V10s, if it brings back refuelling that'll have a similarly negative impact on racing. It was so much harder to even track who was in the lead during that era when fuel loads meant more than position, and a 3.0 V10 will likely lead to a car carrying 200L around weighing it down.
Going with the most efficient N/A V8 possible, maybe with a mild hybrid system would probably strike the best balance of weight, sound, performance and size even if slightly less cool than the V10.
Interesting since I thought refueling would solve issues. Smaller cars is a huge step as these cars are massive which is a large part of the issue. It also allows for tradeoffs in strategy and you can toss tire mandates out with refueling.
It caused a lot of weirdness, especially when they qualified on fuel they started the race with you'd have quali that meant nothing, back markers would short-fuel their car with like 3KG fuel, do a lap to get on pole then pit on lap 1, or a team short feeling though not as much, doing 10 laps, short stop, still be fast since they're short fueled with 10-20kg, overtake a bunch of faster cars, then have to fuel again, and again, losing track position but making meaningless overtakes until they finish last.
Then at one point Ferrari had effectively designed their car and their Bridgestone tyres around running light constantly and Schumacher overtook everyone on super soft tyres and low weight like he was in another category constantly while making 5+ stops and winning by a mile in the end.
It sort of made track position impossible to see and therefore overtakes were meaningless as each car was running its own race until the last couple of laps, half the time there wasn't even any point in trying to defend and you were just waiting for the results at the end.
Making overtaking possible but hard such that it matters when it happens, causes the crowd to cheer and go crazy should be a priority, I do think this engine formula is going to make overtaking much harder in general but is also going to lead to a lot of really weird overtakes, as the really creative drivers like Max, Fernando, Oscar, even Isaac, are going to save energy and deploy in oddball places nobody expects a move to be made.
That'll be cool to see on one hand, but I also think the deployment disparity is going to lead to some really weird, unexpected and severe crashes.
All of the circuits are designed and graded based on a general idea of the speeds the cars are travelling and the racing line, and with this amount of electrical deployment that can be controlled there are going to be some extreme speed disparities used in places never seen before, off the racing line and causing shunts not thought possible.