Mercedes-Benz has officially announced the discontinuation of its compact hatchback, the A-Class, as part of a broader lineup restructuring.
The German automaker recently unveiled the third-generation CLA while simultaneously announcing plans to end A-Class production. This decision marks the conclusion of the A-Class’s four-generation run, which began in 1997 and will end in 2026.
Industry speculation regarding the A-Class’s future has circulated since 2022. This announcement officially validates those rumors.
Markus Schäfer, Mercedes-Benz’s Chief Technology Officer, explained the need for models that appeal to global markets, including China and the U.S. He noted that while hatchbacks are popular in Europe, streamlining their lineup is a strategic priority, which necessitates reducing their compact family from seven to four models.
Schäfer also discussed the limitations of the MMA platform, noting that the upcoming Baby G-Class will be developed on a separate platform. He stated that it won’t be built on the MMA because a new platform is essential to ensure the off-road capabilities required for this model.
He elaborated that while they aim to maximize component sharing from powertrains to software, the Baby G is a unique case. The MMA platform cannot accommodate the wheel specifications or ground clearance necessary for this type of vehicle.
The discontinuation extends beyond the A-Class hatchback, affecting the A-Class sedan and B-Class minivan. Additionally, no new AMG A45 model will be developed.
In a related move, the electric SUV models EQA and EQB will be integrated into the next-generation GLA and GLB lineups. These models will shed the EQ designation and undergo significant design updates.
Mercedes-Benz’s compact lineup will consist of the CLA sedan, CLA shooting brake, GLA and GLB SUVs, and the off-road-focused Baby G-Class.
Teasers for the Baby G-Class reveal a boxy design reminiscent of the original 1979 G-Wagen, featuring high ground clearance. The model is expected to use a lowercase “g” in its name to distinguish it from its larger counterpart.
