Gary Anderson backs Lewis Hamilton’s Ferrari concern over possible aerodynamic weakness. Gary Anderson believes Lewis Hamilton may be right about Ferrari’s front wing concerns.

Lewis Hamilton’s growing concerns over Ferrari’s aerodynamic direction may not be without foundation, with respected Formula 1 technical analyst Gary Anderson suggesting the Scuderia could indeed be missing an important element in its front wing philosophy compared to key rivals.

Ferrari arrived at the Miami Grand Prix with one of the most aggressive upgrade packages seen anywhere on the grid, introducing an extensive set of modifications in a bid to strengthen its Formula 1 title challenge. Yet despite the scale of that development push, the Italian team appeared to lose ground in the competitive order, with Mercedes, McLaren, and Red Bull all showing compelling signs of progress.

That performance shift appears to have caught Lewis Hamilton’s attention.

After closely observing the front wing concepts used by rival teams in Miami, the seven-time world champion reportedly became increasingly convinced that Ferrari may be pursuing a different aerodynamic route—one that could be costing the team valuable performance.

Lewis Hamilton’s Ferrari suspicion may have real technical merit

Before Formula 1’s temporary break in the calendar, Ferrari had looked like Mercedes’ most consistent challenger. However, Miami painted a more complicated picture. McLaren demonstrated impressive race pace, with Lando Norris emerging as a genuine contender for victory, while Red Bull’s latest upgrades allowed Max Verstappen to remain firmly in the fight at the sharp end despite race setbacks.

Ferrari, by contrast, brought significant changes but did not extract the kind of leap expected from such a major development effort. That naturally raised questions—not only externally, but seemingly within the Ferrari camp itself.

Gary Anderson believes Lewis Hamilton may have correctly identified an area worth investigating.

The former Jordan technical director has pointed specifically to Ferrari’s front wing architecture, suggesting the Scuderia’s design may sit awkwardly between competing aerodynamic philosophies without fully capturing the strengths of either. According to Gary Anderson’s assessment, Ferrari’s front wing concept appears visually simpler than those of Mercedes, McLaren, and Red Bull, particularly around the outer endplate region where rival teams have integrated additional aerodynamic elements designed to manipulate airflow more aggressively.

What Ferrari may be missing on its front wing

One particularly interesting detail is the absence of a near-horizontal outer vane—commonly referred to as a diveplane-style aerodynamic element—on Ferrari’s current front wing concept.

Mercedes, McLaren, and Red Bull have all embraced variations of this solution, using it to better control airflow separation around the front tyre, an area that plays a major role in downstream aerodynamic efficiency.

In modern Formula 1, front tyre wake management is absolutely critical. Poor airflow control in this region can compromise performance across multiple aerodynamic surfaces further downstream, reducing overall efficiency and making the car less predictable through complex corner phases. Gary Anderson’s analysis suggests Ferrari’s omission of this feature may be allowing more airflow disruption than ideal, potentially affecting aerodynamic balance and cornering consistency.

That could be especially relevant in medium- and high-speed corners, where airflow stability becomes essential for driver confidence and tyre management. There is also concern that Ferrari’s current front wing geometry may create sensitivity during mid-corner roll phases, where subtle aerodynamic instability can make the car more difficult to exploit consistently across a qualifying lap or long race stint.

For drivers like Lewis Hamilton and Charles Leclerc, even small aerodynamic inconsistencies can translate into meaningful lap time losses over a race weekend.

Ferrari must avoid chasing the wrong solution

That said, aerodynamic development in Formula 1 is rarely as simple as copying a visible rival solution.

Gary Anderson also warned that visual similarities can be misleading, as teams risk wasting precious wind tunnel and CFD development resources if they react to superficial design cues without fully understanding the underlying aerodynamic interactions.

Formula 1 cars operate as highly interconnected systems. A single front wing element cannot be evaluated in isolation without considering its effect on brake ducts, floor sealing, tyre wake management, and rear aerodynamic balance. Still, the fact that Lewis Hamilton independently flagged Ferrari’s front wing direction makes the discussion particularly intriguing.

Drivers at Lewis Hamilton’s level are exceptionally sensitive to subtle car behaviour, especially when comparing visual reference points against rival machinery during race weekends. If both the cockpit feedback and external technical analysis are pointing in a similar direction, Ferrari’s aerodynamic department may already be evaluating whether a revised concept is required.

Could Ferrari bring a response in Canada?

Attention will now naturally turn to Ferrari’s next development phase and whether the team responds with a revised front wing package in the coming rounds. The Canadian Grand Prix could become a logical opportunity for Ferrari to introduce targeted aerodynamic refinements if internal analysis confirms the concerns raised by Lewis Hamilton.

For Ferrari, the challenge is clear: react quickly enough to remain in the Formula 1 title fight, but avoid making expensive technical misjudgments based purely on appearances.

With Lewis Hamilton and Charles Leclerc pushing for answers, Ferrari’s aerodynamic evolution could become one of the most important storylines of the coming races.