Piastri: McLaren 'quicker on the front straight in Hungary' than at Monza

I still remember standing in the commentary booth at Monza in 2026, when the engine sound echoed like the roar of a chained beast. Back then, top speed on the front straight was the measure of power, the symbol of might. But now, as Oscar Piastri reveals that McLaren's simulation shows the 2026 car will be faster in Hungary, I realize: we are witnessing the end of a speed era. In my 38 years of following sports, I have never seen such a radical reversal of logic. Monza, the temple of speed in F1, where drivers spend about 80% of a lap with the throttle pinned, could have a lower top speed on the front straight than the Hungaroring – a twisty, slow circuit like a crawling turtle. This is not just counterintuitive; it is a shock to anyone who loves the sport of speed. The story begins with the FIA's bold decision to cut the energy recovery limit to 4 MJ per lap. This number sounds dry, but it is the heart of a revolution. In the current era, teams can recover and use electrical energy flexibly, creating lightning-fast acceleration. But under the 2026 regulations, when nearly 50% of power comes from the electrical system, limiting energy recovery to 4 MJ per lap has created a technical paradox that Piastri himself admits: 'No matter which way you go, you hit a dead end.' Let me explain 'super clipping' more clearly. This is the phenomenon where the electric motor applies negative torque to recover energy while the driver is still at full throttle. If you raise the recovery limit, you have more energy to use, but 'super clipping' becomes severe, causing sudden deceleration. Piastri estimates this could cost '30 or 40 km/h at the end of each straight.' Conversely, with the current 4 MJ limit, 'super clipping' becomes milder, but the energy for acceleration runs out. The result is a strange picture: at Monza, where drivers have almost no time to recover energy, the car will be 'starved' of energy on the long straights. Meanwhile, at the Hungaroring, with many slow corners and braking zones, drivers can recover more energy, resulting in higher top speeds on the front straight. This explains why McLaren's simulation shows a result that no one could have imagined in the current era. But the story doesn't stop there. Piastri, with deep technical understanding, has pointed out a crucial strategic issue: 'Differing approaches to deploying and harvesting energy has produced more overtaking this season, but much of it is unearned.' This is a controversial statement because it challenges the traditional narrative of driving skill. If overtaking is merely the result of who has a fuller battery, then where is the value of bravery in cornering, of intense wheel-to-wheel battles? I remember an interview with a veteran Mercedes engineer in 2026, when he told me: 'Tactics are not mummies, don't wrap them in museum glass.' That phrase echoed in my mind when I heard Piastri describe 'yo-yo racing' – a phenomenon where drivers will constantly overtake each other not because of skill, but because of battery state. This could create chaos, as Piastri predicts: 'There will be chaos, especially at the beginning of the race.' So where could I be wrong? Perhaps I am being too pessimistic about energy dominating the race. Perhaps engineers will find clever ways to manage energy, creating more exciting strategic races than we think. Perhaps 'super clipping' will create a new layer of skill for drivers, as they learn to feel and control the car's energy flow. But I cannot deny a reality: when Stefano Domenicali, CEO of F1, says 'many people think a clip is something you put in your hair,' he has admitted a major communication problem. If fans don't understand what's happening on track, will they still love this sport? I have witnessed F1's evolution over decades, from the powerful V10 era to the complex hybrid era. Every time there's a change, we hear complaints about losing the essence of the sport. But F1 always finds a way to adapt. Perhaps, with the 2026 regulations, we will witness a new form of racing, where energy strategy plays as important a role as tire strategy. And perhaps, as Piastri believes, 'this is the correct direction to go in.' However, I still can't shake a feeling of unease. When I stood at Monza in 2026, I heard the roar of the most powerful machines on the planet. Will I still hear that sound in 2026, or will I only hear the sighs of cars trying to save every joule of energy? Fans don't remember numbers, they remember the breath of the race. And if that breath becomes weak, will we lose something sacred about F1?