2021 Mercedes-Benz EQA (H243) Dimensions, Size & Specs

The height of the Mercedes-Benz EQA (H243) varies depending on specific configurations and tire sizes. It ranges from 1608 millimeters (approximately 63.3 inches) to 1624 millimeters (about 63.9 inches). This variation can be influenced by factors such as suspension settings and optional equipment. The moderate height contributes to good headroom inside the vehicle and a commanding driving position typical for SUVs.

The curb weight of the Mercedes-Benz EQA (H243) ranges between 1965 kilograms to 2030 kilograms (approximately 4333 to 4477 pounds), depending on the exact model and additional features. The maximum permissible weight, which includes passengers, cargo, and vehicle weight, is between 2470 kilograms and 2535 kilograms (about 5448 to 5585 pounds). This weight range reflects the solid build and the electric battery system integrated into the vehicle.

The luggage capacity of the Mercedes-Benz EQA (H243) is 340 liters (approximately 12 cubic feet) with the rear seats in an upright position. When the rear seats are folded down, the cargo space expands considerably to 1320 liters (around 46.6 cubic feet). This flexibility allows owners to transport larger items when needed, making the EQA practical for both daily use and occasional larger loads.

The ride height, or ground clearance, of the Mercedes-Benz EQA (H243) is 154 millimeters (about 6.1 inches). This clearance is fairly typical for compact luxury SUVs, offering enough height to handle mildly rough roads and urban obstacles such as curbs, while still providing stability and a lower center of gravity beneficial for electric vehicles. It balances comfort, safety, and practicality without the bulk of larger SUVs.

Yes, the Mercedes-Benz EQA (H243) generally fits comfortably in a standard residential garage. With a length of 4463 millimeters (175.7 inches), a width of 1834 millimeters (72.2 inches) excluding mirrors, and a height of up to 1624 millimeters (63.9 inches), the EQA's dimensions are suitable for typical garage sizes found in most homes. It is, however, advisable to consider the width with mirrors extended (2020 millimeters or 79.5 inches) when maneuvering within tight spaces or narrow garages.

The Mercedes-Benz EQA (H243) does not have a direct predecessor as it represents Mercedes-Benz's initial fully electric SUV offering in the compact segment. However, when compared to the GLA-Class, which shares the platform, the EQA is quite similar in size but incorporates additional space for its electric battery system. Dimensionally, the EQA maintains a compact footprint similar to the GLA, offering a familiar size with the benefits of electric propulsion and updated styling and technology.

The Mercedes-Benz EQA (H243) combines a compact SUV size with luxury and advanced electric technology. Its length of 4463 mm (175.7 inches) and moderate height profile balance urban drivability with interior spaciousness. Compared to other electric SUVs like the Audi Q4 e-tron or BMW iX3, the EQA tends to be slightly more compact but equally premium. Its design emphasizes aerodynamic efficiency and modern aesthetics, while interior space and cargo versatility match expectations for a luxury compact SUV.

The Mercedes-Benz EQA (H243) offers a variety of rim and tire sizes tailored to different preferences and driving conditions. Available rim sizes include 7.5J x 18, 7.5J x 19, 8.5J x 20, and 6.5J x 18 inches. Corresponding tire sizes are 235/55 R18, 235/50 R19, 235/45 R20, and 215/60 R18. These options enable buyers to select combinations that optimize ride comfort, handling, and aesthetics while accommodating the vehicle's weight and electric drivetrain.

The Mercedes-Benz EQA (H243) has a roof load capacity of 75 kilograms (approximately 165 pounds). This capacity allows for securely mounting roof boxes, bike racks, or other cargo carriers, which enhances the vehicle's practicality, particularly for active lifestyles or travel. Users must ensure the load is evenly distributed and properly secured to maintain safety and vehicle dynamics.