The dawn of a new Formula 1 season is rarely without anticipation, but this year, a current of concern is running through the paddock. The sport’s radical shift towards hybrid power – with almost 50 percent of total output now delivered electrically – is raising questions about safety, particularly surrounding race starts and on-track overtaking. Teams and drivers are grappling with a new dynamic, and early testing in Bahrain revealed significant challenges that could reshape the regulations before the season opener in Melbourne.
McLaren boss Andrea Stella has been among the most vocal, calling for urgent changes to address what he sees as potential dangers. The issues aren’t merely about performance; they’re about preventing incidents on the track. The complexity of managing the new power units during starts, coupled with unpredictable aerodynamic behavior, has prompted calls for adjustments to the starting sequence and even the way cars interact during overtaking maneuvers. The core of the problem lies in the delicate balance between harnessing the increased power and maintaining control, a balance that proved elusive during recent testing sessions.
The most immediate concern centers on the race start. Drivers now must carefully manage engine revs for several seconds to build boost pressure before the lights head out. A miscalculation can lead to a false start or, worse, a stalled engine. During a test start at the end of the Bahrain test on February 13, 2026, a concerning number of cars – roughly half the field – failed to launch properly, highlighting the difficulty of the new procedure. This prompted Stella, along with Ayao Komatsu of Haas, to advocate for an extended start sequence, giving drivers more time to build pressure safely. The next opportunity to address these concerns will be at a meeting of the Formula 1 Commission on Wednesday, February 18, in Bahrain.
Starting Grid Concerns: A Race Against Time
The challenge with the starts isn’t simply about getting the cars moving; it’s about doing so reliably and safely. The need to build boost pressure introduces a new layer of complexity, demanding precise timing and coordination. The potential for a cascade of stalled engines on the grid is a real worry, and teams are eager to uncover a solution before the lights go green for the first race of the season. One proposed solution, as Stella suggested, is to extend the sequence of lights, providing drivers with a more generous window to prepare their engines. This adjustment could mitigate the risk of false starts and ensure a smoother, safer launch for all competitors.
Andrea Stella sees several problem areas that should be addressed before the start of the season.
Beyond the Start: Overtaking and “Lift and Coast”
The concerns extend beyond the initial launch. Stella also highlighted potential dangers associated with the new aerodynamic regulations and energy management systems. He pointed out that drivers slowing down before braking zones – a common tactic to conserve energy – could create hazardous situations if the following car doesn’t react quickly enough. This “lift and coast” phenomenon, where a car decelerates unexpectedly, could lead to rear-end collisions, particularly with the increased speeds and reduced braking distances afforded by the new cars. The software controlling energy management, while intended to optimize performance, could inadvertently contribute to these risks.
Adding to the complexity, overtaking maneuvers are proving more difficult than anticipated. The elimination of the Drag Reduction System (DRS) has been replaced with active aerodynamics, allowing all cars to adjust their front and rear wings on designated straights. Although, this has resulted in a situation where cars have nearly identical aerodynamic efficiency, making it harder for a pursuing driver to gain a significant advantage. The new boost mode, intended to compensate for the loss of DRS, is often hampered by a lack of available energy, further complicating overtaking attempts.
There was still a problem with the starting exercises in Bahrain.
Ferrari’s Early Warnings and Potential Solutions
These challenges aren’t entirely unexpected. Ferrari reportedly raised concerns about the difficulties of building boost pressure early in the development process. In response, the team is said to have opted for a smaller turbocharger designed to spool up more quickly. However, whether Ferrari will support broader rule changes remains to be seen. Stella emphasized the importance of prioritizing safety over competitive advantage, urging all teams to perform together to address these issues. The upcoming meeting of the Formula 1 Commission will be crucial in determining whether adjustments will be made before the season begins.
One potential solution being discussed is reducing the maximum electrical power output during races, from the current 350 kW. This could extend battery life and improve the effectiveness of the boost mode, but it would also likely reduce the overall pace of the cars. A corresponding increase in combustion engine power might be necessary to offset this reduction, adding another layer of complexity to the equation. The debate highlights the delicate balance between performance, efficiency, and safety that defines modern Formula 1.
As the sport prepares for its first race under these new regulations, the focus is firmly on ensuring a safe and competitive environment. The concerns raised by McLaren and other teams are a stark reminder of the challenges inherent in pushing the boundaries of automotive technology. The decisions made in the coming days will have a significant impact on the 2026 Formula 1 season and beyond. The next step is the Formula 1 Commission meeting on February 18th, where teams, the FIA, and rights holder FOM will discuss potential rule changes.
What do you think about the new regulations and the safety concerns raised? Share your thoughts in the comments below and join the discussion.
