Ferrari pushes the limits with extreme solutions on the SF-26 – Technical analysis
The Prancing Horse is pushing the design of its 2026 car to the absolute limit. Today, January 23, 2026, at 11:00, Ferrari presented and simultaneously took the SF-26 to the track at Fiorano. Expectations were high given the scope of the regulatory changes coming into effect this year, among the most radical in recent Formula 1 history. The cars now look dramatically different from their predecessors, with significant interventions in every area—from the power unit to the chassis and aerodynamics. From the first images, very interesting details emerge, allowing us to outline some of Maranello’s technical choices, many of which are decidedly far from conservative. Let’s break them down in detail with a technical analysis of the Ferrari SF-26.
Front and rear wing
The front wing features a main plane of considerable chord, accompanied by two distinct flaps. With the new regulations and the introduction of active aerodynamics, these flaps will be modulated by an actuator, switching from the so-called Z mode to X mode. The wing’s design represents a compromise between two distinct objectives: maximizing downforce in maximum-grip configuration while reducing drag in straight-line mode.
Particularly noteworthy is the external outboard flap, with a complex geometry that appears designed to precisely manage the outwash effect and limit turbulence generated by the tires, thus optimizing overall aerodynamic efficiency. The attachment to the nose is also designed to create a slot with the main plane, a solution that feeds high-energy flow to the floor and reduces the risk of flow separation on the main plane, increasing aerodynamic stability at the car’s front—a known weakness of the previous car.
The rear wing, in line with the active aerodynamics principle, also uses two flaps. A dual central attachment to the chassis has been chosen. It is, however, possible that the wings we see actually debuting in testing or at the first Grand Prix will have different geometries or additional features.
Bodywork
The rear of the car demonstrates highly sophisticated aerodynamic work. The design of the sidepods is extremely refined and features a wide undercut towards the diffuser, maximizing its efficiency. The sidepods serve a dual purpose: ensuring effective cooling of internal components—particularly critical following the removal of the MGU-K, which increases the average operating regime of the ICE—while maintaining aerodynamic efficiency, generating downforce with minimal drag.
From both front and rear views, an extremely slim “coca-cola” area is evident, in line with the trends of new-generation cars. This configuration helps channel airflow towards the beam wing and diffuser, optimizing efficiency. Particular attention has also been given to the floor inlets, which on the SF-26 feature three horizontal flaps, demonstrating the engineering effort to maximize floor-generated downforce, a key element of modern F1 aerodynamics. Subtle but potentially decisive details further refine the quality and stability of airflow to the rear: the serrated shark fin, designed to control vortices from the engine cover, and lateral flaps on the air scoop.
Suspensions
On the suspension front, Ferrari confirms a traditional solution with a front pushrod, abandoning last year’s failed pullrod experiment. Both upper wishbones, front and rear, show chassis mounting points staggered in height, a choice that improves anti-squat and anti-dive geometries. This intervention reduces pitch during braking and acceleration transitions, stabilizing the platform.
Overall, the SF-26 clearly demonstrates Ferrari’s commitment to optimizing every aerodynamic element to maximize performance. It will be particularly interesting to see how these solutions translate on track in terms of lap times, taking into account the unknowns related to the new power unit.
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