George Russell believes the drastically different 2026 Formula 1 regulations will make following rival cars significantly easier, particularly through high-speed corners. The Mercedes driver shared his optimism following last week’s Barcelona shakedown test, where drivers got their first collective running with next year’s radically redesigned machinery. With cars shedding 32kg and running reduced downforce levels, Russell says the new generation feels more like a proper race car rather than the oversized machines that have dominated recent seasons.
Lighter chassis promises closer racing through fast corners
The 2026 technical regulations represent one of the most comprehensive overhauls in Formula 1 history, addressing persistent complaints about processional racing and limited overtaking opportunities. Recent seasons have demonstrated the challenge clearly: in 2024 alone, pole position converted to victory on 16 of 24 occasions as the minimal performance gaps between teams made overtaking incredibly difficult. Drivers typically need between half a second and a full second advantage to execute a successful pass, a margin rarely achieved when the field remains tightly bunched.
Russell experienced the new machinery firsthand during Barcelona testing and came away encouraged by the changes. The regulated minimum weight drops to 768kg from the current 800kg, whilst downforce levels decrease substantially. These modifications aim to reduce the turbulent air wake that makes following closely so problematic with current machinery. The Mercedes driver confirmed the theoretical improvements translate to real-world benefits on track, particularly through the faster sections of circuits where dirty air has traditionally caused the greatest difficulties.
Cars feel more natural despite dramatic technical changes
Beyond the aerodynamic improvements, Russell highlighted how the physical characteristics of 2026 machinery offer a more engaging driving experience. The current generation of ground-effect cars, whilst fast, have grown increasingly cumbersome as minimum weights climbed from 620kg in 2010 to 800kg today. Drivers have frequently complained these machines feel like buses through high-speed sequences, lacking the agility and responsiveness that defines proper racing cars.
The weight reduction and lower downforce levels combine to restore some of that lost character. Russell explained the cars feel lighter and more natural through fast corners, even if absolute cornering speeds drop compared to recent seasons. The trade-off between outright speed and improved racecraft appears worthwhile if it delivers the closer competition Formula 1 has pursued through successive regulation changes. Early impressions suggest the FIA has struck a better balance this time, creating machinery that rewards driver skill whilst enabling wheel-to-wheel combat.
Power unit revolution brings new driving techniques
The chassis changes represent only half the 2026 story. The power unit regulations undergo an equally dramatic transformation, shifting to a near 50-50 split between internal combustion engine and electric power. This evolution attracted new manufacturers like Audi and Cadillac whilst convincing Honda to reverse its planned Formula 1 exit, but it fundamentally alters how drivers extract performance.
Active aerodynamics and sophisticated energy management become critical tools in the driver’s arsenal. The most controversial aspect involves potential downshifting on straights to preserve battery charge, a concept that initially alarmed drivers and fans alike. The image of Formula 1 cars deliberately slowing on straights seemed antithetical to the championship‘s identity as the pinnacle of motorsport speed. Russell acknowledges this element remains part of 2026 racing but insists the reality feels less bizarre than simulations suggested.
Energy management differs from Formula E approach
Comparisons to Formula E emerged quickly given the increased electrical component and energy saving requirements. The all-electric championship often sees races dominated by battery preservation strategies, with drivers deliberately dropping back early to launch late attacks using saved energy. Russell firmly rejects suggestions Formula 1 will follow that path, emphasizing the new cars still feel like proper racing machinery despite altered driving techniques.
The Mercedes driver draws parallels to previous technical evolutions that changed driving styles without diminishing the sport’s essential character. Ayrton Senna blipped the throttle through corners to keep turbo units spinning in the late 1980s and early 1990s, a technique specific to that era’s technology. The shift from manual gearboxes to paddle shifters similarly represented a fundamental change in driver inputs. Formula 1 constantly evolves its technical regulations, and driving styles adapt accordingly without compromising the championship’s core identity.
Development cycle will bring rapid improvements
Russell expects the power units to improve substantially as manufacturers gain experience with the new regulations. The previous V6 hybrid era demonstrated how dramatically these complex systems can develop over multiple seasons. Between 2014 and 2025, the turbo-hybrid engines gained significant power whilst improving drivability and energy management efficiency. The 2026 power units currently sit at the beginning of their development curve, with teams still learning optimal operating parameters and control strategies.
This learning process extends to drivers as well. Russell admits the new machinery presents numerous challenges, from managing energy recovery percentages to optimizing race starts with multiple systems requiring precise coordination. Getting the turbo spinning at the correct rate whilst balancing battery levels and deployment modes demands intense concentration. But the five-time Grand Prix winner believes these complexities will become second nature after five or six races as drivers internalize the new techniques.
Downshifting on straights feels more intuitive than expected
The controversial straight-line downshifting technique proved less jarring in reality than simulations indicated. Russell compared the sensation to driving a road car up a steep hill: the throttle remains flat but speed decreases slightly, prompting a downshift to maintain optimal engine revs. When the power unit harvests energy to recharge the battery, drivers can downshift at the end of straights whilst keeping the throttle pinned, using lower gears to compensate for the energy recovery drag.
Several drivers confirmed this intuitive feeling after Barcelona testing, easing concerns about awkward driving styles undermining the spectacle. The teams investing most heavily in understanding these nuances will enjoy significant advantages during the opening races, before the field converges on optimal techniques. Russell sees this learning curve as part of the challenge that separates exceptional drivers from merely fast ones, rewarding those who dedicate themselves to mastering the new regulations.
