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Driver Frustration at Suzuka Shows 2026 F1 Rule Tweaks Cannot Come Soon Enough

Yahoo Sports

Drivers feel that the classic Japanese track isn’t the challenge it used to be and that the new regulations are to blame.

F1 Driver Frustration Continues to Grow at Suzuka Mark Sutton - Formula 1 - Getty Images The Japanese Grand Prix weekend has added more fuel to the debate over the 2026 Formula 1 regulations and what, if anything, can be done to tweak them over the course of this season. We had some great wheel-to-wheel racing at the front over the first couple of weekends in Australia and China. However, there’s no escaping the fact that many of the drivers are unhappy with the way energy management and deployment have become utterly dominant, with some being more vocal in their criticism than others.

The biggest concern is qualifying, which has turned from the traditional test of raw speed and pushing to the edge into a sort of game of three-dimensional chess, where going fast in the wrong places actually penalises you as you then run out of energy, and where the slightest lift to correct a slide triggers a bit of software that then potentially robs you of power later around the lap. While these issues were apparent in the first two races, a classic old-school circuit like Suzuka really put them into sharp focus. And that was despite a small tweak to the energy usage regulations before the weekend, designed to improve matters and reduce reliance on superclipping, which causes the car to harvest energy while on full throttle, leading to a drop in speed.

The change did make things better, but not by enough. Drivers were still running out of energy and losing speed on the run to the chicane, for example, while the classic Esses section had a pedestrian feel as drivers took it only with ICE power, and no electrical energy. Williams driver Carlos Sainz gave a vivid description of how qualifying panned out for him.

"Bit disappointed in quali as the more you pushed, the slower you went,” he said. “I went quicker in every corner, slower in every straight, and [overall] I went one-tenth slower. And that's simply because I spent more time full throttle, because I went faster in the corners and pushed harder in the high-speed, pushed everywhere.

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