# Alpine at the Saudi Arabian Grand Prix

Source: https://www.thef1formula.com/team-matchups/alpine-at-jeddah
Last updated: 2026-06-01

> Alpine's record at the Saudi Arabian Grand Prix shows a pattern of initial promise, with a best finish of 4th in 2021, followed by a decline in recent seasons.

Alpine's performance at the Jeddah Corniche Circuit has been a fluctuating narrative, initially showing strong potential on its high-speed street layout before facing increasing challenges in subsequent seasons. The BWT Alpine F1 Team has made 5 starts at the Saudi Arabian Grand Prix, yet despite these appearances, they hold no wins, no podiums, and no 1-2 finishes at this venue. Their best result came in the inaugural 2021 race, securing a 4th place finish and 12 points, demonstrating an early aptitude for the circuit's unique demands. This initial success hinted at a car concept that could extract performance from Jeddah's blend of rapid corners and long straights, a characteristic often seen as a test of both aerodynamic efficiency and raw power.

The Jeddah Corniche Circuit, known for its high-speed nature and demanding sequence of corners, places significant emphasis on a car's aerodynamic load and power unit performance. Alpine's current Renault power unit, which they will use until 2025 before transitioning to Mercedes from 2026, has historically faced an uphill battle against rival manufacturers on circuits where outright engine performance is paramount. While the team managed to secure points in 2022 (6th place, 8 points) and 2023 (8th and 9th place, 6 points), their trajectory has since seen a downturn. The 2024 and 2025 seasons at Jeddah yielded zero points, with a best finish of 13th and 17th respectively, reflecting the broader struggles the team has encountered in recent years. This contrasts sharply with the consistent front-running pace seen from teams like [Red Bull Racing at the Belgian Grand Prix](/team-matchups/red-bull-racing-at-spa-francorchamps), another circuit where power and aero efficiency are critical.

The unique challenge of a street circuit like Jeddah, with its close walls and high-speed sections, requires a car that is both stable under pressure and capable of rapid direction changes. Alpine's car concept has, at times, struggled to find the optimal balance between these attributes, particularly as the competitive landscape has evolved. The team's best finish of 4th in 2021 remains a highlight, but it also underscores the difficulty they've had in consistently replicating such form. For a deeper dive into the circuit's design and its impact on car performance, the [Formula 1 — official site](https://www.formula1.com/en) offers comprehensive insights into the technical aspects of the Jeddah Corniche Circuit.

Looking ahead, the shift to Mercedes power units from 2026 could represent a significant philosophical change for Alpine, potentially altering their performance profile on power-sensitive tracks. This future development is a key area of interest for fans tracking the sport's technical evolution, as detailed in data available from sources like [Jolpica/Ergast — 2026 season data](https://api.jolpi.ca/ergast/f1/2026.json). The team's recent struggles at Jeddah, particularly the lack of points in the latest appearances, highlight the ongoing challenge of optimizing their package for this demanding street circuit. Understanding the broader context of Formula 1's technical regulations and team strategies is crucial for appreciating these nuances, a topic extensively covered on [Wikipedia: Formula One](https://en.wikipedia.org/wiki/Formula_One). Unlike the comparatively open layouts of circuits like [Red Bull Racing at the British Grand Prix](/team-matchups/red-bull-racing-at-silverstone), Jeddah offers fewer opportunities for recovery from minor errors, demanding precision throughout the race weekend. This high-stakes environment is a stark contrast to the more traditional circuit characteristics found at venues such as the [Red Bull Racing at the Austrian Grand Prix](/team-matchups/red-bull-racing-at-red-bull-ring), where run-off areas are more forgiving.