Aston Martin, Honda Deploy Upgraded Power Unit at Dutch Grand Prix
Aston Martin and Honda are introducing a revised power unit at the Dutch Grand Prix to address early-season reliability issues and improve competitive…
Mehmet Şahinoğlu ·

Aston Martin is deploying a second-specification power unit at the Dutch Grand Prix, a strategic effort to enhance its competitive standing following technical instability earlier in the 2026 Formula 1 season. Initial performance was hindered by vibration and reliability issues that affected the team's competitive position.
Technical modifications to the new unit include a redesigned pre-chamber and piston geometry, aimed at accelerating combustion. Adjustments to the lubrication systems are also incorporated to minimize internal friction, with these changes designed to integrate with the team’s previously implemented chassis upgrades to improve overall vehicle efficiency.
Engine Performance Targets Achieved
Internal performance targets for the updated specification have been met, according to Shintaro Orihara, Honda's Trackside General Manager and Chief Engineer. While specific horsepower gains remain undisclosed, Orihara indicated the focus was on enhancing engine performance through faster combustion. The team confirmed testing the power unit during a filming day at the Hungaroring circuit.
Closing Performance Gaps
Aston Martin currently holds 10th place in the Constructors' Championship with one point. This new power unit is intended to reduce the performance gap to mid-field competitors, including Racing Bulls and Alpine. Successful integration of this hardware is critical for Aston Martin's objective to improve its standing in the second half of the championship season.
Optimism for Second Half
The updated power unit complements 16 upgrades the team debuted at the Hungarian Grand Prix. Fernando Alonso, an Aston Martin driver, expressed optimism for what he termed a "new start of the championship" in the latter half of the season, anticipating an improved competitive outlook.