# Kick Sauber at the Miami Grand Prix

Source: https://www.thef1formula.com/team-matchups/kick-sauber-at-miami
Last updated: 2026-06-01

> Kick Sauber's record at the Miami Grand Prix, with a best finish of 14th, reflects the persistent challenge their car concept faces on this demanding street circuit.

Kick Sauber's appearances at the Miami Grand Prix have consistently presented a demanding challenge, with the team recording a best finish of 14th in 2024 across their 2 starts at the venue. The team has yet to secure any wins, podiums, or 1-2 finishes here, highlighting the specific difficulties the Miami International Autodrome poses for their car concept.

The Miami circuit, a hybrid street course, features a mix of high-speed sections and tighter, technical corners, demanding a finely tuned balance between aerodynamic efficiency and mechanical grip. For Kick Sauber, operating with a Ferrari power unit until 2025, optimizing this balance has proven elusive. The C44, like its predecessors, requires a stable platform for heavy braking zones and rapid changes of direction, critical attributes for navigating a temporary track surface. While the Ferrari power unit provides competitive straight-line speed, the overall package must deliver consistent downforce and traction in the varied corner profiles of Miami. This contrasts with circuits that might favor outright power or pure aerodynamic load, such as those seen in [Kick Sauber at the Bahrain Grand Prix](/team-matchups/kick-sauber-at-bahrain) or [Kick Sauber at the Spanish Grand Prix](/team-matchups/kick-sauber-at-barcelona), where the car's characteristics might align differently with track demands.

Performance on street circuits often hinges on a car's ability to generate significant mechanical grip from its suspension and tire interaction, especially in the slower sectors. Miami's surface, being a temporary installation, can also contribute to unique tire degradation patterns, further complicating race strategy. Teams must adapt quickly to evolving track conditions, and the ability to extract performance from the tires over a race stint is paramount. The team's engineering efforts, guided by principal Mattia Binotto, are continuously focused on understanding these dynamics, with data from each race contributing to the iterative development process, as detailed in comprehensive F1 data archives like [Jolpica/Ergast — 2026 season data](https://api.jolpi.ca/ergast/f1/2026.json).

Looking ahead, Kick Sauber's ongoing development, particularly with the impending transition to Audi, means every race weekend is an opportunity to gather crucial data and refine their understanding of the car's behavior across different track types. The challenges faced at Miami are instructive, providing insights into areas where the car's fundamental design or setup philosophy may need adjustment. Success on a circuit like Miami requires not just raw pace but also precise execution and a robust understanding of the [FIA — F1 World Championship](https://www.fia.com/events/fia-formula-one-world-championship) technical regulations that govern car development. The team's progress will be measured by their ability to translate these learnings into more competitive outings, potentially improving upon their current record at venues that demand similar characteristics, such as [Kick Sauber at the Monaco Grand Prix](/team-matchups/kick-sauber-at-monaco).

The Miami Grand Prix remains a critical benchmark for Kick Sauber, testing the limits of their chassis and power unit integration on a circuit that punishes any compromise in setup or driver confidence. Their consistent midfield finishes underscore the competitive nature of Formula 1 and the continuous pursuit of performance gains across all facets of the operation, as tracked by the [Formula 1 — official site](https://www.formula1.com/en).