# Pierre Gasly at the 2024 Hungarian Grand Prix

Source: https://www.thef1formula.com/results/2024-hungaroring-pierre-gasly
Last updated: 2026-05-31

> Pierre Gasly's 2024 Hungarian Grand Prix ended prematurely on lap 33 due to a hydraulics failure, resulting in a DNF and zero points for the Alpine F1 Team.

The 2024 Hungarian Grand Prix proved to be an abbreviated and ultimately unrewarding event for Pierre Gasly and the Alpine F1 Team, culminating in a retirement on lap 33. Starting from an unrecorded grid position for the race at the Hungaroring, a circuit known for its tight, technical layout and demanding conditions, Gasly's efforts were cut short by a critical hydraulics issue. This mechanical failure forced him out of contention, meaning he completed only 33 laps of the scheduled 70, preventing him from scoring any points and marking a significant setback for the French driver and his constructor. The DNF underscores the persistent reliability challenges that can plague even the most meticulously engineered machines in the demanding environment of [Formula 1 — official site](https://www.formula1.com/en). Such technical setbacks are a stark reminder of the intricate balance between performance and durability that teams constantly strive to achieve, a core tenet of the [FIA — F1 World Championship](https://www.fia.com/events/fia-formula-one-world-championship). For a team like Alpine, every point is crucial in the constructors' standings, and a mechanical retirement is a missed opportunity that impacts their season trajectory, as seen in the broader context of [Formula 1 news and updates](https://www.formula1.com/en). 

Despite the early retirement, Gasly did manage to log a fastest lap of 1:23.340 on lap 31, placing him 15th fastest in the overall field. This individual lap performance, while not contributing to points, offers a small data point regarding the car's potential pace before the hydraulics issue became terminal. The Hungaroring, with its continuous corners and limited straights, places a premium on mechanical grip and aerodynamic efficiency, making a reliable hydraulic system vital for steering, braking, and gear shifts. The contrast with his teammate, Esteban Ocon, who completed 69 laps and finished 18th, highlights a difficult weekend for the Alpine garage as a whole, with neither car able to secure points. For Gasly, this race at the Hungaroring adds to the narrative of a 2024 season marked by fluctuating fortunes, a journey that will undoubtedly see him push for stronger results in upcoming events, much like his anticipated participation in races such as [Pierre Gasly at the 2025 Belgian Grand Prix](/results/2025-spa-francorchamps-pierre-gasly). The detailed performance metrics, including sector times and top speeds, are critical for engineers to diagnose issues and optimize future setups, all meticulously tracked by comprehensive data platforms like [Jolpica/Ergast — 2026 season data](https://api.jolpi.ca/ergast/f1/2026.json). The broader context of Grand Prix racing, as explored on [Wikipedia: Formula One](https://en.wikipedia.org/wiki/Formula_One), reveals that mechanical DNFs are an inherent part of the sport's challenge, impacting drivers across the grid, from front-runners like [Oscar Piastri at the 2025 Belgian Grand Prix](/results/2025-spa-francorchamps-oscar-piastri) to strategic contenders such as [George Russell at the 2025 Belgian Grand Prix](/results/2025-spa-francorchamps-george-russell). The Alpine team will now focus on a thorough post-race analysis to address the hydraulics failure and ensure improved reliability for the remainder of the season, a continuous process in the relentless pursuit of performance in modern F1, as teams continually refine their strategies and car designs, often highlighted in [official F1 updates](https://www.formula1.com/en).