The FIA describes the agreed proposals as:
Qualifying - promoting performance
- Adjustments to energy management parameters, including a reduction in maximum permitted recharge from 8MJ to 7MJ, aimed at reducing excessive harvesting and encouraging more consistent flat-out driving. This change targets a maximum superclip duration reduced to approximately 2-4 seconds per lap.
- Peak superclip power increased to 350 kW, previously being 250kW, further reducing the time spent recharging, and reducing driver workload on energy management. This will also be applied in race conditions.
- The number of events where alternative lower energy limits may apply has been increased from 8 to 12 races, allowing greater adaptation to circuit characteristics.
Race - improved safety and consistency of performance
- The maximum power available through the Boost in race conditions is now capped at +150 kW (or the car’s current power level at activation if higher) limiting sudden performance differentials.
- MGU-K deployment is maintained at 350 kW in key acceleration zones (from corner exit to braking point, including overtaking zones) but will be limited to 250 kW in other parts of the lap.
- These measures are designed to reduce excessive closing speeds while maintaining overtaking opportunities and overall performance characteristics.
Race starts - enhanced safety mechanisms
- A new “low power start detection” system has been developed, capable of identifying cars with abnormally low acceleration shortly after clutch release.
- In such cases, an automatic MGU-K deployment will be triggered to ensure a minimum level of acceleration and mitigate start-related risks without introducing any sporting advantage.
- An associated visual warning system is being introduced, activating flashing lights (rear and lateral) on affected cars to alert following drivers.
- A reset of the energy counter at the start of the formation lap has also been implemented to correct a previously identified system inconsistency.
There are also tweaks to the regulations when it comes to wet weather running, with an increase in tire blanket temperature, a reduction of maximum ERS deployment, and simplified rear light systems for visibility improvements.
All of these issues would have been avoided if the regs would have allowed AWD and regeneration (front and rear).
It could have been even faster if we replaced the traditional transmissions with eCVTs. The ICE could run at optimal efficiency at any point when max power isn’t demanded, constantly feeding power to the battery, regardless of torque demand.
Hopefully pushes things in the right direction.
That bullet point use…

