From Monaco to Singapore, the 2026 Formula 1 season has produced a succession of FIA and FOM errors that should have no place in a sport operating at this level. An Overtake Mode system left disabled after a red flag, software failures during heavy rain at Sepang, a Virtual Safety Car that arrived at the worst possible moment for Lando Norris in Madrid, and an incorrectly measured Monaco pit lane have all raised uncomfortable questions about how Formula 1 is managed. The FIA, FOM, Race Control and the Official Timekeeper do not share identical responsibilities, but when mistakes begin to accumulate, explanations alone are no longer enough.
Formula 1 is supposed to represent the pinnacle of professional motorsport. It is not simply a competition between the world’s fastest drivers and most sophisticated racing cars, but a global spectacle supported by enormous commercial interests and extraordinary financial investment. With that status comes an expectation of precision, reliability and consistently high standards. Yet several incidents during the 2026 championship have exposed weaknesses in the systems and procedures on which the sport depends.
A diamond demands exceptional care, meticulous attention to detail and the right tools. Formula 1, supposedly motorsport’s crown jewel, should be treated in much the same way. So far in 2026, however, something has repeatedly gone wrong.
Singapore GP: FIA admits human error affected Overtake Mode
The Singapore Grand Prix provided one of the clearest examples during Sprint Qualifying. Following the red flag caused by Sergio Perez’s accident in SQ1, Overtake Mode, which allows drivers to deploy additional electrical energy, was not reactivated when the session resumed.
Someone in Race Control eventually realised the system had been left disabled and switched it back on. It remained active for just 27 seconds before being turned off again. That brief intervention was enough to create different competitive conditions for drivers depending on when they were completing their laps.
The FIA subsequently acknowledged that human error had caused the problem and that the mistake affected the performance of some cars. In a championship where lap times are measured to the nearest thousandth of a second, 27 seconds of inconsistent system operation represents an extraordinary lapse.
As if that were not enough, the same session was affected by a separate problem involving the official timing system operated by Formula One Management (FOM), which initially failed to register certain lap times.
The two problems were distinct, but their combined effect raised legitimate questions about the reliability of the systems controlling a highly competitive qualifying session. The FIA’s subsequent explanation of the Singapore Overtake Mode error confirmed that an avoidable procedural mistake had affected the sporting conditions.
Sepang software failure: How the Bahrain GP start descended into chaos
The Bahrain Grand Prix, relocated to Malaysia’s Sepang International Circuit, produced a different kind of technical failure. Heavy rain disrupted the scheduled start and triggered a succession of delays, leaving drivers uncertain whether they should remain in their cockpits, return to their garages or simply find somewhere to wait.
The situation became considerably more serious during the formation laps. Several cars began losing power while travelling at low speeds on the wet circuit, exposing a problem involving the software responsible for managing electrical energy deployment.
Race Control suspended the starting procedure while an emergency software update was prepared and distributed. The FIA subsequently explained that the software had already been checked through simulations and during free practice at other Grands Prix.
What those tests had failed to reproduce was the particular combination of low engine speeds and electrical power restrictions in certain sections of the Sepang circuit. Under those conditions, the system behaved in a way that had not been anticipated.
This distinction matters. It was not a case of an untested software update suddenly being introduced into competition. Rather, the testing programme had failed to identify a scenario capable of triggering a serious malfunction. The difference might sound small, but its implications are substantial.
The circumstances behind the malfunction, including the interaction between low engine speeds and electrical deployment restrictions, are examined in the technical analysis of the Sepang power-unit software failure.
Fortunately, the race eventually started. Had rain, malfunctioning software and a cancelled Grand Prix completed an unwanted hat-trick, the situation might have invited comparisons with one of José Mourinho’s famous footballing trebles, although hardly for reasons Formula 1 would have welcomed.
Madrid GP: Virtual Safety Car timing costs Lando Norris
The Spanish Grand Prix at Madring brought another controversy, although this time the circumstances were rather different. A Virtual Safety Car (VSC) was deployed just after Lando Norris had passed the pit lane entrance, leaving the McLaren driver unable to take immediate advantage of the reduced-speed conditions.
Kimi Antonelli and Max Verstappen were better positioned to respond and made their pit stops while the VSC was active. Lando Norris missed the favourable opportunity, and a subsequent slow pit stop compounded his difficulties, dropping him down the order.
Was it extraordinarily unfortunate timing? Absolutely. Was it necessarily an error by Race Control? Not in the same sense as the incidents in Singapore or Sepang.
The VSC was introduced because Lance Stroll’s Aston Martin had stopped in a run-off area following a brake failure. Its deployment and duration depended on the management of the on-track situation rather than the strategic interests of the competing drivers.
Nevertheless, the consequences were significant. A neutralisation intended to manage an incident safely ended up disadvantaging the race leader at precisely the wrong moment. Whether such circumstances warrant further consideration remains open to debate, particularly when a driver’s race can be transformed by the timing of a safety intervention.
Whatever judgement is made about Race Control’s decision, the frustration for Lando Norris was undeniable.
Monaco GP: A 77-centimetre timing error changes the podium
The Monaco Grand Prix produced perhaps the most remarkable procedural controversy of the four, turning what should have been a straightforward classification into a prolonged dispute.
Several drivers received penalties for exceeding the pit lane speed limit, based on information supplied by the Official Timekeeper. The difficulty was eventually traced to the measurement used for a section of the pit lane.
The distance entered into the calculation was 77 centimetres longer than the measurement subsequently established. That discrepancy affected the calculation of pit lane speeds and ultimately raised questions about the penalties imposed.
The FIA and FOM were forced to acknowledge the incorrect data, and the stewards initially reversed the relevant penalties, restoring Pierre Gasly to the podium.
But the matter did not end there. Following appeals by McLaren and Red Bull, the FIA International Court of Appeal overturned the subsequent stewards’ decisions and reinstated the penalties. The final classification was therefore not settled until early September, three months after the Monaco Grand Prix.
For a championship built around determining precisely who finishes ahead of whom, taking three months to establish a definitive result is hardly an ideal demonstration of procedural efficiency.
Who is responsible for the FIA and FOM errors in F1 2026?
After these incidents, one question becomes unavoidable: who should be held accountable when Formula 1’s technical systems, sporting procedures and race-management decisions repeatedly encounter problems?
The FIA, FOM, Race Control and the Official Timekeeper are not interchangeable organisations or functions. Each has its own responsibilities, and it would be inaccurate to assign every mistake to the same authority.
The Singapore incident involved human error in Race Control as well as a separate timing-system malfunction. Sepang exposed a software problem that had escaped the existing testing procedures. Madrid illustrated how the timing of a legitimate safety intervention could have major competitive consequences. Monaco demonstrated the potential impact of an apparently small measurement discrepancy on sporting penalties and the final classification.
These incidents are not identical, nor do they all establish wrongdoing. However, viewed together, they highlight the importance of dependable technical systems, robust checks and clear accountability.
Formula 1 has become increasingly sophisticated in its technology, regulations, operational demands and commercial interests. The wider concerns surrounding the FIA’s management of the 2026 technical systems illustrate how difficult it can be to maintain consistency as the sport becomes more complex.
Perhaps the machinery of Formula 1 has grown so intricate that those responsible for operating it are sometimes struggling to keep pace. When too many complicated elements have to work together, even an apparently minor oversight can trigger consequences far beyond its original cause.
Mistakes happen. The people overseeing Formula 1 are human, and no championship can realistically expect absolute perfection. But repeated failures require more than statements acknowledging what went wrong. They demand convincing explanations of why the problems occurred and what will be done to prevent them from happening again.
Formula 1 can live with occasional mistakes. What it cannot afford is for those mistakes to become an accepted part of the spectacle.
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