Alex Albon doesn’t sound remotely spooked by Formula 1’s 2026 reset. If anything, he sounds like someone who’s spotted a new place to go hunting for lap time — and it isn’t just in the obvious areas like braking points or tyre prep.
With the sport’s latest power units pushing towards a near 50/50 split between electrical output and the internal combustion engine, Albon’s view is simple: the drivers who properly understand what the engine is doing — and what it needs from them — are the ones most likely to start this new era on the front foot.
Testing has already made it clear these cars don’t want to be driven like the ground-effect machines that came before them. Drivers have talked openly about having to attack a lap in ways that would’ve sounded ridiculous a couple of seasons ago: downshifting on straights, committing to longer lift-and-coast phases, and accepting that “flat out” is no longer a default setting but a decision with consequences. Some, including Max Verstappen and Lewis Hamilton, have been blunt that the direction isn’t what they believe racing should be. Others have taken a more pragmatic stance — and Albon very much falls into that camp.
“It’s not counterintuitive,” Albon said during testing, pushing back on the idea that the new approach is somehow unnatural. In his mind, it’s simply a new set of fundamentals to master — and there’s performance sitting inside that learning curve.
What’s striking is how he frames the job now. In recent years, a driver’s interaction with the power unit has often been filtered through pre-agreed modes, steering wheel procedures and the odd bit of energy management. Albon suggests 2026 asks for something more involved: spending time at a technical level, understanding the system rather than just operating it.
“I’d never really have had to speak too much to Mercedes about driving a Formula 1 car,” he said, referencing Williams’ engine partner. “How do I start the engine and, generally, that was about it.
“Now… there are some meetings at the technical level that you should understand.”
That’s a notable shift in the driver-engineer relationship. Albon’s not claiming drivers are suddenly writing control software, but he is pointing to a competitive edge available to those willing to get deep into the logic of harvesting and deployment — and, crucially, how the car wants to be driven to enable it.
“Can you find a bit of performance yourself by knowing how these engines work better than everyone else?” he asked. “Yeah, likely you can.”
This is where 2026 could quietly scramble perceptions in the paddock. The headline changes — more electrification, different aero philosophy, fresh chassis rules — are the obvious reset. The subtler one is that drivers are being forced into a more conscious style of lap-building, one that rewards the ones who can process a lot of inputs without it turning their race into a rolling compromise.
Pierre Gasly, who’s also been feeling his way through the new machinery, hinted at exactly that. Asked whether the changes could reward those with greater mental capacity, he agreed — up to a point.
“For the same engine, same car, someone who has more capacity to figure out all this situation and how to get on top of the management… yes,” Gasly said. But he also cautioned that drivers don’t always have the tools to act on what they’re seeing. Depending on how each manufacturer has configured its systems, the level of control from the cockpit may vary.
In other words, it’s not as simple as “smartest driver wins”. It might become “best-prepared driver, in the most usable system, wins”.
Gasly also underlined another shift that’s been easy to miss amid all the power unit talk: the way these cars behave. With design moving away from the heavy reliance on ground-effect downforce seen over the past half-decade, the balance of performance has tilted.
“You rely a lot less on the aero than you used to,” he said. “Now you rely a lot more on mechanical and compliance from the car itself… You have more sliding, and high-speed feels very different.”
That matters because it changes what “efficient” driving looks like. If the car is moving around more, if the high-speed platform is less locked-in, then energy management isn’t just a numbers game — it’s intertwined with how stable the car is, how much you’re asking of the tyres, and how cleanly you can keep the whole lap within the window.
Then there’s the manufacturer split. Gasly made an interesting point about how, in the current world, drivers broadly understand the deployment characteristics of rivals — you can predict where someone will be strong and where they’ll pay for it. In 2026, that certainty may disappear, at least early on, because different power unit suppliers are likely to deploy energy in different places for different reasons.
That could make racing feel oddly uneven at first: cars surging in unexpected places, defending in ways that don’t match last year’s playbook, and drivers needing a few laps — or a few races — to map where opponents are vulnerable.
And it’s here that the loss of the old “free” speed becomes a real talking point. Gasly noted that the previous DRS effect could be worth around seven-tenths, essentially a net gain. In 2026, any straight-line advantage from these systems comes with an energy trade-off. Spend it here, and you’ll be short somewhere else — potentially at the worst possible moment.
“I don’t think it’s going to be enough to actually make a move just from that system itself,” Gasly said, looking ahead to the season opener in Australia. “If you deploy more, your energy is going to cost you somewhere else.”
So while the new era has been pitched around closer racing and new technology, the early competitive story might be more human than technical: which drivers adapt fastest to a car that slides more, asks more questions, and punishes the old instinct to simply attack every metre of tarmac.
Albon, for his part, sounds like he’s already embraced the reality. “As a driver, as an athlete, you just do whatever it takes to get to be the best you can be,” he said. In 2026, that might mean your biggest gain doesn’t come from braking five metres later — but from understanding, better than the next guy, what your power unit is thinking.
