Racing
© Jonathan Borba
Oliver Bearman’s high-speed crash at Suzuka, a 50G impact after he was surprised by a rival’s much lower top speed while the car was in a recharge mode, turned drivers’ warnings into an urgent safety issue. The incident, which followed a spin at over 190 mph as he tried to avoid Franco Colapinto, focused attention on speed gaps of about 30 to 50 km/h created by the 2026 energy-management rules. The FIA, teams, and the GPDA moved to fast-track a review of energy limits and deployment before upcoming races.
Drivers say the speed swings stem from how cars now harvest and deploy electric power on the straights at the Suzuka Circuit and elsewhere. Under the 2026 framework, power is split roughly 50/50 between the internal combustion engine and the electric system. Cars cannot sustain electric boost for a whole lap, so they alternate between boost and recharge modes. That means two cars in close proximity can have very different top speeds at the same point on a straight. The behavior was already flagged in testing, but Bearman’s crash showed how fast those differences can unfold at high speed.
The effect reaches beyond safety moments in traffic. Energy planning now shapes qualifying runs and race moves. Teams and drivers manage battery state to time short bursts instead of relying only on peak engine power or traditional slipstreaming. The FIA reacted during the Suzuka weekend by cutting the maximum recoverable energy in qualifying from 9 to 8 MJ. The aim was to moderate the extremes and reduce the chance of large closing speeds when a car hits its boost window.
Stakeholders escalated the response after the event. Drivers through the GPDA, teams, the FIA, and Formula One Management supported a structured review to address the hazard. Meetings are set for April, including a discussion in London on April 9. The plan is to run simulations and analyze race and testing data to understand where and why the largest deltas occur. Officials want changes that reduce unpredictability without breaking the balance set by the 2026 rules.
Short-term options under study include lowering the maximum energy use per lap. Reducing the available electric deployment would narrow the difference between boost and harvest phases. That could make closing speeds more predictable when a trailing car catches a rival that is recharging. Other ideas depend on deeper rule changes. Adjusting the electric and thermal split would alter how much work each system must do across a lap, though that path runs into power unit development timelines. Suppliers have already set designs for the current cycle, so any major change would likely target 2027.
Agreement will require careful modeling and broad support. Teams want to avoid gains for one car concept over another. Drivers want transparent rules that let them judge runs safely when following. The FIA has said it will base decisions on simulations and measured outcomes. The group will look for steps that can be written into event notes or technical directives right away, and then map larger updates for later seasons if needed.
Bearman’s accident made the problem clear on one of the fastest parts of Suzuka. A car in recharge mode presents a much lower terminal speed than a car on full boost. When that gap reaches 30 to 50 km/h, the driver behind can misjudge the approach, even with normal mirrors and reference points. The crash data, the reports from drivers, and the energy traces now sit at the center of the review.
The goal is to keep the sport’s 2026 direction while removing the sharp edges that cause sudden speed differences. The next steps will focus on tightening energy limits and smoothing deployment so cars arrive at similar speeds in shared zones. The April meetings and simulation work are set to define which changes can be applied before the next rounds and which must wait for updated hardware rules in 2027.