Formula 1’s 2026 regulations have placed unprecedented emphasis on software, electrical energy management and tactical decision-making, but McLaren believes the best drivers still have plenty of opportunity to make the difference. According to technical director for engineering Neil Houldey, talent has not become less important; instead, the way it is expressed behind the wheel has changed.
The new technical regulations have increased the number of systems and procedures drivers must manage while racing. Energy deployment, harvesting, overtake mode and boost strategies have all become central to extracting lap time, prompting criticism from both drivers and fans who believe pure driving ability risks being overshadowed by increasingly complex management demands.
McLaren says driver talent still matters in F1 2026
One increasingly common argument is that Formula 1 should restrict or eliminate some of the software and machine-learning tools that can influence how performance is extracted from the car. Neil Houldey takes a different view.
Speaking to Motorsport.com, the McLaren technical director argued that the greater mental workload actually creates another way for the strongest drivers to distinguish themselves.
“Actually the drivers who understand what they need to do, the ones who are switched on, the ones who are the best F1 drivers in the world are the ones who are still going to be the fastest,” Neil Houldey said.
His assessment comes during a season in which the technical complexity of the new regulations has become one of Formula 1’s defining themes. McLaren has also benefited from the wider development of the Mercedes hybrid package, having credited Mercedes HPP’s power-unit work for an important 2026 performance step.
Driver intelligence has become part of producing lap time
For Neil Houldey, the fundamental change is not that driving talent has disappeared, but that outright speed is now only one element of a much wider performance equation.
“It’s not all about top speed, it’s about the thought processes going on in the background that generate that lap time,” he explained.
Spa provided a clear example. Oscar Piastri ran a different energy deployment strategy to Lando Norris and consequently lost a few tenths of a second, yet the two McLaren drivers remained closely matched overall.
“Spa is a good example where actually Oscar did get a slightly different deployment schedule, which meant he lost a couple of tenths, but was up with Lando,” Neil Houldey said.
He added that such variations eventually tend to balance themselves out across a season.
“But I think those things balance out. You still see the difference between the good drivers and the less good drivers in the overall lap time and then in the race as well.”
The best F1 drivers still rise to the top
Houldey does not believe one particular deployment strategy or software behaviour permanently favours one driver. Instead, individual sessions may suit different approaches before the overall picture becomes clearer over a longer period.
“My answer really would be that it all evens out in the end. There might be a race or a qualifying session here or there where that disadvantages one driver or the other, but I still think you see the best drivers come out in the best place at the end of the season.”
The result is a Formula 1 environment that places an even greater cognitive burden on the driver. Modern drivers must process information, adapt energy usage and understand how their own inputs affect the car’s electrical deployment while still operating at the physical limit.
That wider challenge has also fuelled criticism from drivers who believe the current regulations can compromise traditional wheel-to-wheel racing. Lewis Hamilton has, for example, discussed how 2026 energy management has changed the nature of on-track battles.
Precision and consistency replace some of the reward for aggression
Neil Houldey believes the balance between risk and reward has therefore changed. In previous generations of Formula 1 cars, aggressive driving could often deliver a more immediate advantage. Under the 2026 regulations, consistency and precision have become increasingly valuable.
Software allows engineers to calculate an optimal combination of energy harvesting and deployment for a lap, but achieving that theoretical performance still depends heavily on the driver reproducing the required inputs.
A small difference in throttle application, corner speed or acceleration can alter how much electrical energy is consumed and how much remains available later in the lap. The driver’s job is therefore no longer simply to carry as much speed as possible through every corner.
“It’s definitely more of a thinking game,” Neil Houldey said. “There’s definitely a lot more going on for the drivers than there was.”
He added that drivers now have to combine conventional car control with extremely precise energy management: “You’ve got to get not only your cornering speeds right, but you’ve got to get the way you go about deploying your energy, your throttle position, whatever it might be, absolutely right as well.”
F1 driver talent has become more cerebral
The debate over whether Formula 1 has become too dependent on software is unlikely to disappear. The current rules unquestionably ask drivers to think about more variables while they are racing, and critics can reasonably argue that some of those demands take attention away from the pure act of driving.
McLaren’s position, however, is that the additional complexity does not erase the difference between great and average drivers. It simply moves part of that difference into new areas: concentration, adaptability, tactical awareness, precision and the ability to process information at extremely high speed.
In that sense, Formula 1 talent has not disappeared in 2026. It has evolved from something expressed primarily through raw speed and car control into a more cerebral combination of pace, technical understanding and decision-making. The drivers who master all of those elements are still the ones most likely to end up at the front.
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