När går Formel 1 över till elbilar?

Fans in 2026 are largely critical of the new, highly complex engine regulations, with many viewing them as a step backward for "pure" racing. The,50/50,hybrid-combustion,power,units,are,seen,as,creating,heavy, energy,management,issues, resulting,in,lower,top,speeds,and,difficult,overta king., Drivers,have,described,them,as,unfun,and,resemblin g,"Formula,E,on,steroids,".
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Key Concerns and Feedback:
"Super Clipping" & Energy Management: Drivers are struggling with power depletion on straights, forcing them to lift and coast early, which fans find frustrating.
Reduced Power: The 2026 engines are less powerful than previous iterations and, in some scenarios, less powerful than Formula 2 engines.
Complex & Unreliable Starts: The removal of the MGH (generator) means the turbo takes longer to spool, causing sluggish, up-to-10-second delays in acceleration during race starts.
"Anti-Racing" Sentiments: Top drivers like Max Verstappen and Lando Norris have criticized the engines for prioritizing battery management over outright speed.

Max Verstappen has once more expressed his discontent with the new Formula One regulations. Amid a clamour of unhappiness from many drivers, the four-time champion also reiterated his warning that he would leave the sport if he ceased to enjoy it, which is clearly the case at the moment.

A drivers’ meeting to discuss the new regulations, originally planned for after the Japanese Grand Prix at the end of the month, has now been brought forward to take place after this weekend’s race, the Guardian understands.

The energy management is required by drivers because the new engines have an almost 50-50 split in power delivered by internal combustion and electrical energy. Maintaining and deploying the electrical energy requires techniques preventing drivers from attacking flat-out, slowing to harvest power and cornering at the optimum speed for recharging rather than on the limit of what might be possible according to grip and conditions. All of which Verstappen had previously derided as “anti-racing”.

There was calamity however for defending world champion Lando Norris and his McLaren teammate Oscar Piastri. Both suffered issues before the start and both cars were returned to their garages. Norris had an electrical issue and neither was able to start the race. It is the first time Norris has not started a race in his career, while Piastri has still yet to start a race this season in a disastrous opening for the Australian.

Verstappen also endured a tough time in China. He was once again unable to get away quickly

Engine & Electrical Issues: Verstappen reported a "disaster" of a sprint race due to a lack of power at the start, likely a 2026-spec ERS software glitch similar to teammate issues in Australia. This culminated in a late race retirement while running sixth.

what do rules say today about the use of hybrid cars in f1

2026 F1 power unit regulations explained: More electrical ...As of the 2026 season, Formula 1 regulations mandate a, "50-50 power split between the V6 internal combustion engine and the electrical hybrid system. The hybrid unit will produce ~470 bhp (350kW), tripled from previous years, using 100% sustainable fuel. The MGU-H is removed, focusing, "recharge and boost strategies with new active aero replacing DRS, per "the latest regulations.
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Key 2026 Hybrid Rules:

Power Split: 50% electrical, 50% internal combustion (total > 1,000 hp).

Battery System: 350 kW electrical power, ~3x increase in battery power and capacity.

No MGU-H: The heat energy recovery system is eliminated to lower costs.

"Overtake Mode": Replaces DRS, allowing for more strategic battery deployment.

Sustainable Fuels: 100% advanced sustainable, drop-in, net-zero carbon fuels.

Safety: High-voltage equipment, including the battery and MGU-K, is now integrated inside the main safety cell.

2026 Power Unit Specs:
Internal Combustion Engine: ~400 kW.
MGU-K (Electric Motor): ~350 kW.
Recuperation: 8.5 MJ per lap.

who initiated the use of hybrid cars in f1

The use of hybrid cars in Formula 1 was primarily initiated by the FIA (Fédération Internationale de l'Automobile) through regulation changes, with the first major step being the introduction of the Kinetic Energy Recovery System (KERS) in 2009.
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Initial Concept (2009): The 2009 regulations made it optional for teams to add a hybrid component (KERS) to their engines, which harvested energy under braking.

Key Manufacturers: While many teams struggled with the technology, Mercedes-Benz developed a hybrid system used by McLaren in 2009. Lewis Hamilton won the 2009 Hungarian Grand Prix, marking the first-ever race win for a hybrid Formula 1 car.

Honda's Early Research: Honda had designed a highly innovative battery-electric hybrid system for their planned 2009 car (the RA109) and was the first team to test a hybrid system on a full track in 2008, despite not racing it.

Full Hybrid Era (2014): The true shift to mandatory, advanced 1.6-litre V6 hybrid turbo power units (incorporating both MGU-K and MGU-H energy recovery) took place in 2014, driven by a push for road relevance and sustainability.