The Vantage coupe from Aston Martin received a thoughtful refresh after six years in its first generation. The update brings a more contemporary appearance and refined engineering across the board, aligning the model with evolving sports car expectations while preserving its distinctive character.
On the exterior, the front end has been redesigned to project a bolder stance. A broad radiator grille dominates the nose, integrating seamlessly with the bumper and giving the car a stronger visual presence. Inside, the engineering team focused on performance enhancements that translate into real driving benefits. The V8 engine sourced from Mercedes-Benz has been tuned to deliver more power, with output climbing by 153 horsepower to a peak of 665 horsepower. The upgrade includes new turbochargers and camshafts, paired with three additional heat exchangers in the cooling and charging loop to sustain capabilities under demanding conditions.
Structural improvements are equally important in the update. The body frame has been revised to increase torsional rigidity, which helps the car feel more composed at speed and enhances overall chassis communication. The anti-roll bar design has been revised to improve handling under cornering loads, contributing to a more confident driving experience. Buyers can also opt for carbon ceramic brakes, a high-performance option that provides strong fade resistance and consistent stopping power in spirited driving or track sessions.
Beyond performance and dynamics, the update touches on reliability and longevity. The refinement program also assessed components and interfaces to better withstand long-term use while delivering predictable behavior. In related industry discourse, it is noted that corrosion resistance has long been a concern for some segments of the automotive market, with attention turning to how different regions and climates influence material choices and protective coatings. While this discussion often centers on a global context, it underscores the importance of robust engineering and ongoing product evolution to maintain value and durability across a wide range of operating environments.