Constructor record
Source: Jolpica F1 API- Starts
- 5
- Race wins
- 0
- Podiums
- 0
- 1-2 finishes
- 0
- Best finish
- P7
- Points
- 7
Every appearance
| Year | Best | 2nd | Pts |
|---|---|---|---|
| 2022 | P7 | P17 | 6 |

Team × Circuit · street
Alpine's record at the Australian Grand Prix shows a struggle for consistent performance, with only a single points finish in five starts reflecting the challenges the Albert Park street circuit poses to their car concept.
| Year | Best | 2nd | Pts |
|---|---|---|---|
| 2022 | P7 | P17 | 6 |
| 2023 | P13 | P14 | 0 |
| 2024 | P13 | P16 | 0 |
| 2025 | P11 | — | 0 |
| 2026 | P10 | P14 | 1 |
Alpine's tenure at the Australian Grand Prix has been a telling barometer of their car's adaptability, yielding a single points finish across five starts at the Albert Park street circuit. This record, marked by a best finish of 7th in 2022 and zero podiums, reflects the inherent challenges the team has faced in consistently extracting performance from their chassis on a track demanding a nuanced blend of aerodynamic efficiency and mechanical grip.
The Albert Park circuit, while a street course, possesses a flowing character that distinguishes it from tighter venues like Aston Martin at the Singapore Grand Prix. Its medium-to-high speed corners and rapid changes of direction place a premium on a stable aerodynamic platform and precise car control. Historically, Alpine's car concepts, powered by the Renault unit until the planned switch to Mercedes in 2026, have sometimes struggled to find this optimal balance, leading to inconsistent performance across different track conditions. The 2022 season, when Fernando Alonso secured their best result of 7th, stands out as an anomaly, suggesting a brief alignment of car characteristics with the circuit's demands that has not been replicated in subsequent years.
The circuit's moderate power demand means that while the Renault power unit's performance is a factor, it's often the chassis's ability to handle the quick transitions and provide strong traction out of corners that truly defines success. For a team like Alpine, whose development trajectory has seen its share of fluctuations, optimizing mechanical grip without compromising aerodynamic efficiency on this evolving street surface is a critical engineering task. Understanding the nuances of car setup for such a circuit is paramount, a challenge also observed at other street circuits, albeit with different characteristics, such as Aston Martin at the Azerbaijan Grand Prix.
Looking ahead, the team's performance at Albert Park will continue to offer insights into their overall car philosophy. The data from previous seasons, available through resources like Jolpica/Ergast — 2026 season data, underscores the need for Alpine to find a more consistent setup window for circuits that blend high-speed sections with technical demands. The Australian Grand Prix serves as an early season test of a car's all-around capabilities, distinct from the pure power demands of circuits like Aston Martin at the Italian Grand Prix. Fans can follow the latest developments and official results on the Formula 1 — official site. The FIA also provides comprehensive details on the FIA — F1 World Championship.
The shift in power unit supplier from Renault to Mercedes in 2026 marks a significant future consideration, potentially altering the team's performance profile at power-sensitive tracks. However, for the immediate future, Alpine's success at Albert Park will hinge on their ability to refine their current package to master the circuit's unique blend of challenges.