What the 2026 reset actually changed for spectators in the grandstand

The short version, for spectators in the grandstand

Formula 1 changed its power units and its overtaking rules for 2026, and the arguments about whether it worked have run all season. Almost all of that argument has been conducted from a television feed. This page is the 2026 reset from a seat in the grandstand — the other view: what is different when you are actually at a circuit, and what it means for a decision you are about to make with your own money.

Three things matter to a spectator. Overtaking moved to a different part of the lap. Cars now visibly ease off on straights to recharge, which looks wrong the first time you see it. And the closing speeds between a car using its full deployment and a car that has run out are larger than anything the DRS era produced.

Overtaking moved, so the good seats moved

DRS is gone. In its place drivers have a boost — commonly called Overtake Mode — that they deploy from a limited energy budget rather than automatically inside a marked zone. This page is specifically about what changed for the person in the grandstand, not the engineers watching a data feed — the 2026 reset from a seat in the grandstand is a genuinely different experience than the same change looks like on television.

That single change relocated the passing. A DRS zone was a fixed, published stretch of track, which is why every "best grandstand" guide written before this year points at the same handful of stands. A deployment run is not fixed. It starts wherever the attacking driver decides it starts and it ends wherever the energy does, which is often before the corner everyone is watching.

The practical consequence is that a seat overlooking one braking zone is worth less than it was, and a seat that sees a long stretch of track — a hillside, a bank, a stand set back from a sequence rather than square onto one corner — is worth more. If you are buying on the strength of a guide written in the DRS era, you are buying the wrong seat for the current rules.

Superclipping: the bit that looks broken and is not

The 2026 power units run close to an even split between combustion and electrical power, which means the electrical side has to be refilled constantly rather than topped up under braking.

Superclipping is how teams do it. The car harvests energy while the driver is still at full throttle, typically towards the end of a straight or through a fast corner, with the MGU-K switching briefly into harvest mode. The car loses a little speed while that happens.

From a grandstand this reads as a car slowing down on a straight for no reason, and the reaction to it has been almost universally negative. Verstappen and Norris were among several drivers who publicly criticised the new cars, both describing the racing as artificial-feeling. Fan reaction has been similar and unusually consistent: it does not look like racing.

It is worth knowing what you are looking at before you conclude a driver has a problem. It is also worth knowing that the sport agreed it had gone too far — see below.

The April changes, and what they were for

At FIA technical review meetings with the power-unit manufacturers in April 2026, the teams agreed a package of adjustments to the energy rules. As reported, the changes cut the maximum permitted recharge from 8 MJ to 7 MJ, targeted a superclip duration of two to four seconds per lap rather than the longer periods drivers had been complaining about, and raised peak superclip power from 250 kW to 350 kW so that the harvesting happens in a shorter, sharper burst.

The intent is straightforward: less time spent visibly slowing, and less of the lap spent managing rather than racing. Whether it has been enough is exactly what fans have spent the second half of the season arguing about, and it is a live question rather than a settled one.

For a spectator the useful takeaway is that this is a moving target. Any confident claim about how the 2026 cars behave — including on this site — should carry a date, because the rules underneath it have already been amended once, this early in the season.

Closing speeds, and why safety came into it

The other consequence of large deployment differences is large speed differences. A car at full boost catching a car with nothing left closes far faster than anything the previous generation produced.

That has had visible results. Ollie Bearman's heavy crash at the Japanese Grand Prix put closing speeds firmly into the conversation, and drivers have raised it repeatedly since.

This is not a reason to avoid attending. It is a reason to prefer, where you have the choice, a seat that lets you see a car arriving rather than one where the first you know about it is the noise — which is another argument for elevation and a long view over a square-on seat at a single corner.

What this means for choosing a race

Circuits with long straights followed by hard braking zones show the 2026 rules most clearly, for better and worse: you can watch a car recover and then spend, in one view. Circuits with continuous fast corners hide the process almost entirely.

Slow street circuits are the least affected, because there is nowhere to use the power in the first place. Monaco in 2026 is closer to Monaco in 2024 than any permanent circuit is to its own recent self.

None of that tells you which race to attend, because that depends on what you want from a weekend. It does tell you that the answer changed this year, and that a guide which has not been rewritten since 2025 is not answering the current question. What changed for the person in the grandstand is the whole subject here: the 2026 reset from a seat in the grandstand means different seats are now worth different money, and what changed for the person in the grandstand is exactly the gap every pre-2026 guide online still misses.