Red Bull-Ford is making a strong impression during the Bahrain F1 tests, with some observers even pointing to a clear advantage based on GPS data. Rivals are watching cautiously, often sticking to conservative strategies while keeping their programs under wraps.
While Max Verstappen watched his teammate on track and made some pointed remarks about the new Formula 1 regulations, others began closely scrutinizing the Red Bull-Ford power units that equip both the Milton Keynes cars and their Faenza-based Racing Bulls cousins.
The paddock often moves by inertia. When it comes to completely new power units, especially in an evolving regulatory environment, the instinct is prudence: wait, suspend judgment, and attribute any early exploits to aggressive engine maps or light fuel loads. Yet in Bahrain, one trend is emerging clearly: the new Red Bull-Ford power unit is not only present but appears competitive at a level beyond expectations.
Red Bull-Ford: more than a gamble?
For months, the Anglo-American project has been described as a high-risk gamble. A new structure, a new engine architecture, and an unprecedented technical collaboration in an era where stability is often synonymous with performance. Many assumed the first results would be complex, if not problematic. However, feedback from Sakhir tells a different story.
Carlos Sainz, observing from the track, provided an important insight in line with what Toto Wolff had hinted at. “Obviously it’s still very early, but looking at the GPS data, it’s clear that what the Red Bull-Ford engines are doing is a step ahead of everyone else. A clear, significant step – impressive,” said the Williams driver, who relies on a Mercedes power unit often considered by some to be the benchmark.
These are not casual words from a driver. The reference to GPS data is key: it’s not based on feelings or isolated lap times, but on objective comparisons of top speed, acceleration, and corner exit behavior. Even in testing, these metrics rarely lie.
Sainz added: “If they have been able to build a completely new engine that turns out to be the fastest and most reliable, credit is due. What we saw on track on Wednesday was impressive.”
Two central concepts emerge here: speed and reliability. In the first kilometers of a completely new power unit, the focus usually lies on mechanical survival, thermal management, and integration with the chassis and hybrid systems. If, beyond that, a tangible performance advantage is already visible, the picture changes radically. What is surfacing in these tests is a particular use of the electric component. It seems that the Austro-American group has found something different – and more effective.
Is everyone really pushing?
Caution is still warranted. Winter testing never provides a complete picture. It’s plausible that other manufacturers are running conservatively, using conservative maps, higher fuel loads, or programs focused on data collection rather than outright lap times. Mercedes, Ferrari, and the other engine manufacturers have every reason not to reveal their hand too early, particularly while technical regulations are still being finalized.
Nonetheless, even applying this lens of caution, one fact remains: the Red Bull-Ford V6 turbo-hybrid is impressing. Not only for lap times, but for the consistency shown in stints and the ease with which cars powered by this new unit generate straight-line speed without overly compromising drivability in mixed sections.
For years, Mercedes’ hybrid-era model has been the reference. Today, hearing Toto Wolff implicitly acknowledge the value of Red Bull Powertrains’ work in partnership with Ford is a significant signal. If even Brackley management is watching carefully, it means the project has moved beyond mere credibility.
Perhaps this winter, the mistake was not overestimating someone, but underestimating those building quietly behind the scenes. The prevailing narrative suggested a possible Achilles’ heel for Red Bull in the post-Honda era. Early kilometers in Bahrain suggest the opposite: the new engine may be a structural strength.
It remains to be seen how much of this advantage is real and how much is masked by other teams’ strategies. But one element is already clear: the Anglo-American power unit is not an immature project seeking break-in laps. At least for now, it is one of the most interesting technical variables of this testing phase. The impression is that the surprise is no longer hypothetical, but a technical fact that deserves careful analysis.
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