I completely agree. I think that the major mistake for this ruleset is that the battery is smaller than allowed recharge per lap, meaning that even in qualifying you will have to recharge.jacme22 wrote: ↑07 Mar 2026, 20:58IMO, the issue isn’t hybridization itself as most manufacturers are already moving that way for road relevance. The real problem is the 50/50 power split forced into a tiny battery. 50/50 hybrid energy management like in IMO LMP1 gold era (2014–2016) can create interesting racing, but that doesn't translate well to a sprint series like F1.FittingMechanics wrote: ↑07 Mar 2026, 19:59We will see the racing tomorrow. If the racing is exciting with lot of overtakes then we are stuck with this.
If it sucks then next rule set is much more likely to go in opposite direction, maybe no electrical components but sustainable fuels.
The MGUK is now so powerful that it drains the battery almost instantly. We've ended up with patches like the active aero just to compensate for this massive energy deficit.
IMO going forward, manufacturers need to bend and realize F1 cannot be 100% aligned with their corporate needs. I believe thata larger, naturally aspirated V6 with a more modest 30–40% electric split would preserve F1 nature. Without geting rid of energy management as part of the strategic battle, but, at the same time, without making the driver a passanger to execute engineers commands.
These regulations feel were a bet on the total electrification hype post-covid. Now manufacturers are now realizing that was a strategic overreach, you just need to look at the latest quarterly earnings from Merc. A total disaster.
Imagine if instead of having to recharge during qualifying, these cars had 11-12 MJ battery that they would fill up before starting the lap. It would mean we have qualifying laps on the edge that would be super fast. Most of the complaints about qualifying would be gone. It would also open up the possibility that certain teams are much better in races than in qualifying, as qualifying would have no recharge at all.
If increasing the size of the battery is too costly (weight wise), then they could play along with either reducing size of other electrical components to allow a bigger battery or just reducing the allowed recharge per lap. Obviously you can do some other things as well, front axle regen and similar but all of those seem like bigger changes then just fine tuning battery size and allowed recharge per lap.
60-40 or 70-30 split with a battery that is big enough to last for the whole qualifying lap would be a pretty decent compromise.


