The 2022 Mercedes-Benz EQS is a full-size luxury electric sedan positioned as the EV counterpart to the S-Class, aimed at buyers who want flagship comfort, cutting-edge tech, and long-range cruising. It launched as an all-new model for 2022 on Mercedes-Benz’s dedicated EVA2 electric platform, bringing a fresh design and a major leap in cabin technology. In the market, it competes with high-end electric sedans like the Tesla Model S and Porsche Taycan, prioritizing refinement and quietness over aggressive sport-sedan feel. It’s ideal for commuters, executives, and families who want a premium EV with a strong focus on ride quality and advanced driver assistance.

The 2022 EQS is offered in multiple trims, including the EQS 450+ (single-motor rear-wheel drive) and EQS 580 4MATIC (dual-motor all-wheel drive), delivering smooth, immediate electric torque and effortless highway passing. A standout option is the 56-inch MBUX Hyperscreen, which spans the dash with integrated displays and a high-end, tech-forward interface. Available rear-axle steering (up to 10 degrees on certain configurations) dramatically improves low-speed maneuverability for a sedan this large. The cabin emphasizes flagship luxury with available massaging seats, advanced ambient lighting, and impressive sound isolation for an ultra-quiet ride. DC fast charging capability supports rapid top-ups on road trips, while a large battery and efficient aerodynamics help deliver competitive real-world range for the class.

Searches like “2022 Mercedes-Benz EQS problems,” “2022 Mercedes-Benz EQS reliability,” and “2022 Mercedes-Benz EQS common issues” often focus on electronics and first-year-model software quirks rather than core drivetrain failures. One commonly reported issue involves MBUX infotainment glitches such as screen freezing, random reboots, Bluetooth/CarPlay dropouts, or sensor/feature pop-up warnings; these can appear early in ownership and are frequently addressed with software updates or module resets. Some owners also report inconsistent behavior with driver-assistance and parking systems—examples include intermittent parking sensor faults, camera errors, or temporarily unavailable assist features—often tied to software calibration, sensor contamination, or update needs rather than permanent hardware failure. Another recurring theme is trim and build-quality concerns, such as squeaks/rattles from interior panels or seat hardware, particularly noticeable in an otherwise very quiet cabin; these may show up within the first 5,000–15,000 miles and can require dealer adjustments. Finally, EV-specific complaints can include charging-session issues (handshake errors with certain public chargers, slower-than-expected charging, or charge interruptions), which may relate to station compatibility, cable/connector condition, or vehicle software—worth monitoring if you rely heavily on fast charging.