Key Highlights
- Ferrari struggled to convert its dominant practice pace into qualifying results at the United States Grand Prix, with Charles Leclerc placing fourth and Lewis Hamilton fifth.
- Leclerc pointed to falling track temperatures and the Ferrari chassis’ inability to adequately warm up tires on out-laps as the key culprit behind their Q3 plateau.
- Hamilton highlighted a straightline speed and power unit deployment deficit against rival engines, estimating a loss of three to four tenths of a second on the straights.
Ferrari entered qualifying for the United States Grand Prix tagged as the pre-session favorite after dictating the pace across practice at the Circuit of the Americas. Charles Leclerc had topped both Friday sessions before teammate Lewis Hamilton led Saturday’s FP3 after Leclerc’s fastest time was deleted. Yet when the grid was decided in Q3, the Italian outfit watched pole position slip away. Mercedes rookie Kimi Antonelli delivered a standout maiden effort to claim pole over Red Bull’s Max Verstappen, leaving Leclerc fourth and Hamilton fifth as the Scuderia’s single-lap progression hit an unexpected ceiling.
Tyre Temperature Window Hurts Leclerc in Q3
Ferrari’s package initially excelled through the low-speed corners, the swift transitions between Turns 6-10 at the tail end of the esses, and the sweeping high-speed complex from Turns 16 through 19. However, as grip ramped up and competitors dropped lap times in the final segment, Ferrari could not mount an answer. Leclerc attributed their muted Q3 performance to a slight drop in ambient and track temperatures, which disrupted the delicate operational window required to generate peak single-lap grip from the tires.
It’s very disappointing because I think there are some other weekends where we’ve been strong in free practice, but then coming to quali it’s very clear that the others are just having a lot more in the straights and it’s very difficult for us to match that,
the Monegasque explained.
I feel like today it’s a qualifying where we had the potential in the car, but the car also includes tyres and in Q3 unfortunately we were not in the right place. It was like one or two degrees less in Q3 and for me it was a huge difference; I just really struggled in the out-lap, I was sliding quite a lot already from the out-lap and that made it very difficult after that.
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There are reasons for [the plateau] and so at the same time I think we just need to work harder and try and understand those tyres even better than what we are doing now. The others I think normally have a bit more, it’s a bit easier for them to extract the lap time in Q3 than it is for us and as soon as we are a tiny bit outside the window, we pay a lot the price, so this is something that we need to look into.
Our car for some reason, it’s very difficult to put some heat in those tyres which is a good thing for us on a Sunday, but in qualifying it makes it very tricky when the track temp goes down.
Hamilton Points to Power Unit Deficit on the Straights
While Leclerc battled poor adhesion from the out-lap, Hamilton reported no such tire preparation troubles, claiming he experienced a smooth buildup and executed a solid final lap. For the British driver, Ferrari’s shortfall was an issue of pure straightline velocity, pinpointing engine power and electrical energy deployment clipping along Austin’s extended full-throttle zones.
I haven’t looked at the data,
said Hamilton, but we know through the weekend we look at the straight, like just up to Turn 1 [compared to] Max, when we cut power they just keep pulling. That’s similar in other places like going into Turn 11.
I think we might be similar in maybe Turn 12 within the rest of the lap. You see it on the overlay. I don’t know what happened, my car felt really good. Lap was solid, so they were just quicker.
I think [power unit is] the only place we lose. I think our car is really solid: at least as good, maybe slightly better than the others, but I think they have closed up on chassis.
We’ve seen the Red Bull closed up on their downforce. Mercedes took a three-tenths step of upgrade at least from a couple of races ago. I think they’re starting to figure out how to utilise that.
They’re now matching us through the corners, we’re not able to take that step in this season to close that speed on the straight.
Hamilton calculated that this straightline deficit to the Red Bull-Ford powertrain equated to a gap of approximately three to four tenths of a second. With rivals like Mercedes and Red Bull improving their cornering grip to rival Ferrari’s chassis, the Scuderia could no longer rely solely on twisty sections to overcome its straightline deficit.
Why This Matters
Ferrari’s characteristics present a clear tactical contrast ahead of the United States Grand Prix. While the car’s gentle treatment of tires acts as a hindrance during sudden temperature drops over a single qualifying lap, that exact trait often translates into superior tire life and consistent degradation over longer race stints on Sunday. However, if the deficit in straightline top speed and electrical deployment persists down Circuit of the Americas’ long back straight into Turn 12, Leclerc and Hamilton will face a challenging task defending against or overtaking rivals like Verstappen and Antonelli in wheel-to-wheel race conditions.
Frequently Asked Questions
Where did the Ferrari drivers qualify for the United States Grand Prix?
Charles Leclerc qualified in fourth place, while his teammate Lewis Hamilton finished fifth, leaving both behind pole-sitter Kimi Antonelli and second-placed Max Verstappen.
Why did Charles Leclerc struggle in Q3?
Leclerc noted that a minor track temperature drop of just one to two degrees prevented him from generating sufficient heat into the tires during his out-lap, causing the car to slide and fall out of its optimal operating window.
What explanation did Lewis Hamilton give for Ferrari’s qualifying deficit?
Hamilton reported that his car felt strong and his tires were properly prepared, but he observed an estimated deficit of three to four tenths of a second on the straights due to engine output and electrical energy deployment clipping compared to rivals.




