Mercedes EQA rims

Mercedes EQA Rims - Alloy rims and Sizes at a glance

The Mercedes EQA - Compact Electrical SUV with modern technology

The Mercedes EQA is the all-electric compact SUV from Mercedes-Benz, which is based on the GLA platform. With its efficient e-mobility, high range and modern Design, the EQA combines sustainability with driving pleasure. Choosing the right Rims not only influences the appearance, but also the range and driving stability of the vehicle.

Original Mercedes Rims for the EQA

Original Mercedes Rims are optimised for the EQA and guarantee Height Quality and a perfect fit. Aerodynamic designs in particular help to minimise air resistance and thus optimise range. Popular variants include 5-spoke Rims or modern Multi-spoke designs, which emphasise the futuristic design of the EQA.

Alloy rims from renowned manufacturers for the EQA

In addition to the original Mercedes rims, there are numerous high-quality alternatives from well-known Rim manufacturers that have been specially developed for the EQA. These Rims not only offer an individual look, but also a weight-optimised design for improved efficiency and driving dynamics.

Popular manufacturers for EQA Rims:

• OZ Racing - Lightweight and aerodynamic Rims for maximum efficiency
• Borbet - Stylish and robust designs with high quality workmanship
• Rial - Classic and modern Alloy rims for a classy look
• AEZ - Innovative rims with a futuristic design

Popular designs for the EQA:

• Aerodynamic Rims for an optimised range
• Double-spoke Rims for a sporty touch
• Concave Rims for a striking and modern look

Common Rim sizes and offsets for the EQA

The Rim size influences the driving behaviour and appearance of the Mercedes EQA. Typical Inch sizes are:

• 18 inch - Optimum driving comfort with good efficiency
• 19 inch - Sporty look with balanced range
• 20 Inch - Striking look, but with slightly reduced range

The offset (ET) varies depending on the Rim width and model. Common values for the EQA are between ET 40 and ET 50, with a lower ET allowing the Rims to protrude further outwards and a higher ET bringing them closer to the vehicle.