Analysis

QUALIFYING IN 2026: F1’S SATURDAY SESSIONS WILL NEVER BE THE SAME

By Kavi Khandelwal

For decades, Formula One qualifying has been a simple, beautiful proposition: take the fastest car in the world, put the best driver inside it, and see how quickly they can lap a circuit when nothing else matters. Pure speed. No fuel loads, no tyre strategy, no race position to protect. Just a flying lap, flat out, against the clock. The 2026 regulations have changed that, perhaps permanently, and the argument over whether that change is acceptable is fast becoming the defining controversy of this new era.

What has actually changed?

On paper, the structural format looks familiar. The three-part knockout system still runs Q1, Q2, and Q3, with the only structural adjustment being that six cars are now eliminated in Q1 and Q2 rather than five, a direct consequence of Cadillac joining as an eleventh team and expanding the grid to 22 cars. Q3 has also gained a minute of running time, extending from 12 to 13 minutes. Minor housekeeping. Nothing alarming. But the real transformation runs far deeper, into the physics of how these cars actually work. The 2026 power unit regulations shifted the power balance to roughly 50-50 between the internal combustion engine and battery-electric power. The old MGU-H, the component that used to harvest exhaust energy and kept the battery topped up at high speeds, is gone. What replaced it is a much more powerful electric motor, and a much more complicated juggling act. The consequences of that juggling act have been dramatic, and nowhere more so than in qualifying

When going faster makes you slower

The soul of a qualifying lap has always been aggression rewarded. Push harder into a corner, carry more speed through it, build a lap that no one else can match. In 2026, doing exactly that can actively punish you. Deployment of energy has become such an important performance differentiator over a qualifying lap that drivers are now rewarded for driving to the power unit's algorithm rather than the limit of grip. That means using some high-speed corners to harvest energy rather than push the limits, in order to deploy that energy on the straights. Fernando Alonso described the new reality after Suzuka. "High-speed corners have now become the charging station for the car. You go slow there so you can charge the battery in the high speed, and then you have the full power on the straight." This is a radical philosophical inversion. High-speed corners have historically been where qualifying laps are won and lost, where the bravest drivers separate themselves from the merely good. Now they are utility stops. There has been no bigger focal point for fan and driver criticism about the new 2026 regulations than the speed drop-off at the end of straights when cars run out of battery power. While it was not unusual in the previous rules era for cars to hit top speed slightly before the end of straights and then get slower in the final approach to corners, this phenomenon is much more extreme with the latest generation of cars. Lando Norris, the reigning world champion, was blunt after Suzuka: "It hurts your soul when you see your speed dropping so much; 56 km/h down the straight." Carlos Sainz offered perhaps the sharpest summary of the entire 2026 qualifying experience. "The more you pushed, the slower you went."

The driver complaints run deep

Max Verstappen says "you just can't drive naturally. Basically, you have to be on throttle as little as possible everywhere to save the battery." He went further in Melbourne, saying the sport had gone from "the best cars ever made in Formula One and the nicest to drive to probably the worst." Carlos Sainz captured the emotional loss most clearly: "The thing is in Q3, that's where you want to get out on the track and try things you've never tried before, taking risks you've never taken before, and that's been rewarding for most of us in all our career. And now this is not possible anymore. Consistency is paying off more than being brave, which makes qualifying a little bit less challenging." This is not a complaint about lap times or car difficulty. It is something more fundamental: the defining skill of a qualifier, the willingness to go to the very edge and stay there, is no longer what earns you pole position. It gets stranger still. A tiny moment exiting a corner, a quick feathering of the throttle to 95%, can change the automated harvest and deployment strategy and cost significant time on the following straight. As Nico Hülkenberg put it: "Sometimes when you overspin the wheels somewhere, the system takes it away from you." The driver's inputs are now second-guessed by an algorithm making real-time decisions about power deployment.

Safety: The Overlooked Consequence

The energy management problem in qualifying is not merely aesthetic. It carries genuine safety implications, as Suzuka demonstrated. Oliver Bearman's big crash at Suzuka saw the Haas driver take to the grass to avoid the Alpine of Franco Colapinto, who was slowing down mid-straight to recharge his battery. The significant closing speeds created by cars suddenly decelerating have become a serious concern. Sainz revealed that drivers held a meeting with the FIA in Suzuka where changes were promised before Miami. A "safer way of racing" that addresses the speed differentials is what he called for. Qualifying had never previously required that kind of conversation.

Is there anything good about it?

Not everyone is entirely negative. The complexity of active aerodynamics and battery boost management means the margin between a good lap and a great one is exceptionally thin, the skill required to extract a perfect qualifying lap has, by some measures, never been higher. A single miscalculation can cost pole in ways never seen before, producing genuinely surprising results. There are benefits to the changes too, notably the visibly more agile and responsive cars thanks to reductions in weight and wheelbase. Through medium-speed corners they look spectacular, more alive than the ground-effect behemoths of recent seasons. Lewis Hamilton has been a lone voice of real positivity, though even his supporters acknowledge he was speaking more about the Sunday races than about Saturday afternoons.

The Verdict

Qualifying in 2026 is not the same event it once was, and calling it simply a "format change" would be dishonest. The structural knockout is still there. The drama of elimination, the pressure of the clock, the hunt for pole, these things remain. But the nature of what makes a fast lap has been transformed. Too much energy management leads to more lift and coast and super clipping, the enemies of flat-out qualifying. The session that was once the purest expression of speed in motorsport has become, at least partially, a test of algorithmic efficiency. Whether a driver goes quickest now depends not only on their bravery through a fast corner, but on whether their power unit's energy recovery strategy plays out optimally over 90 seconds. The FIA and the teams have recognised the problem and agreed to work together on solutions, with final proposals due to be evaluated by the F1 Commission on April 20, 2026. Fixes are coming. The sport knows something is wrong. But the deeper question lingers. A qualifying lap has always been motorsport's answer to the hundred-metre sprint, raw, total, uncomplicated by strategy. If the 2026 era cannot restore that purity, it will have changed one of the sport's most beloved rituals into something that looks like qualifying, but feels, to everyone on the inside, like something else entirely.