Mercedes-AMG C63 May Receive Inline-Six Engine Amid Customer Feedback

What's Happening?

Mercedes-AMG is considering a shift from the current four-cylinder engine in the C63 model to an inline-six, following customer feedback and sales challenges. Mathias Geisen, Member of the Board of Management, hinted at the possibility of introducing a six-cylinder engine, potentially as a hybrid or pure internal combustion engine. The move comes after the company faced difficulties convincing buyers of the value of the electrified 2.0-liter engine. While a new V-8 is in development, it will not be available for the C-Class. The inline-six option could be part of a mid-cycle facelift in 2026, with the GLC 63 expected to follow suit.

Why It's Important?

Mercedes-AMG's potential switch to an inline-six engine for the C63 reflects the brand's responsiveness to market demands and customer preferences. The decision could help regain lost customers and enhance the model's appeal in the competitive performance sedan segment. This change aligns with broader industry trends towards electrification and efficiency, as automakers adapt to stricter emissions regulations. The introduction of a six-cylinder engine may also influence pricing strategies, making the C63 more competitive against rivals like BMW and Audi. The move underscores the importance of balancing innovation with consumer expectations in the automotive industry.

What's Next?

If Mercedes-AMG proceeds with the inline-six engine for the C63, the transition could occur as early as 2026, coinciding with a mid-cycle facelift. The company may face strategic decisions regarding branding, as the C63 name could be replaced with C53 for a hybrid variant. Stakeholders, including competitors and consumers, will likely monitor these developments closely. The automotive industry may see increased competition in the performance sedan market, with brands like BMW and Audi also advancing their engine technologies. Mercedes-AMG's approach could set a precedent for future engine configurations and electrification strategies.