The C-Class has long been one of Mercedes-Benz’s best-selling model series globally. The company has introduced an all-new electric version, maintaining the model’s focus on comfort, performance, and technology while transitioning to a battery-electric platform. The 2027 Mercedes-Benz C 400 4MATIC Electric is scheduled to arrive at U.S. dealerships in the first half of 2027.

Design, Interior, and Technology

The electric C-Class features a coupe-like silhouette, short overhangs, and a low front end. Available design elements include an illuminated grille and star-pattern lighting signatures. Aerodynamic enhancements contribute to a drag coefficient starting at 0.22.

Inside, the vehicle uses a dedicated electric architecture to increase interior space, including a 116.6-inch wheelbase. Cargo capacity includes a 16.6-cu.-ft. trunk and additional front storage. Interior materials include available Nappa leather and a certified vegan interior option.

Key interior and technology features include:

• Optional 39.1-inch MBUX Hyperscreen

• Over-the-air software updates via Mercedes-Benz Operating System (MB.OS)

• AI-enabled MBUX Virtual Assistant with multi-source integration (ChatGPT, Google, Microsoft)

• Available augmented reality head-up display

• Optional SKY CONTROL panoramic roof with adjustable transparency and ambient lighting

The cabin also incorporates ambient lighting, advanced sound systems, and configurable digital displays. Climate control includes a multi-source heat pump that draws energy from the electric drivetrain, battery, and ambient air, reducing energy consumption to roughly one-third of that required by a conventional auxiliary heater.

Performance, Range, and Charging

The C 400 4MATIC Electric uses dual electric motors with a front disconnect unit and a two-speed transmission on the rear axle.

Key performance and powertrain specifications include:

• Output: 482 hp and 590 lb.-ft. of torque

• 0–60 mph: 3.9 seconds (est.)

• Battery: 94-kWh usable capacity lithium-ion

• Range: up to 762 km (WLTP)

• DC fast charging: up to 330 kW

• Charging time (10–80%): approximately 22 minutes

• Range added: up to 325 km in 10 minutes (DC fast charging)

The model uses an 800-volt electrical architecture to support high-speed DC charging and improved efficiency. A DC converter enables compatibility with 400-volt charging infrastructure.

Regenerative braking delivers up to 300 kW of energy recovery and can bring the vehicle to a complete stop, with adjustable levels controlled via steering wheel paddles.

Driving Dynamics and Efficiency

The electric C-Class is equipped with rear-axle steering (optional) and available AIRMATIC air suspension with predictive damping. The system uses real-time data, including mapping and vehicle-to-cloud inputs, to adjust ride height and suspension behavior.

Additional efficiency features include:

• Aerodynamically optimized body and underbody design

• Front motor disconnect system that reduces energy losses by decoupling the front axle under low load

• Battery-to-wheel efficiency of approximately 93% during long-distance driving

Driver Assistance and Safety

Standard and optional driver assistance systems include:

• Distance Assist DISTRONIC

• MB.DRIVE ASSIST and ASSIST PRO (optional)

• Reverse maneuvering assist

• PRE-SAFE system with curve detection

The vehicle includes a rigid body structure, multiple airbags, and updated safety systems integrated with onboard computing and sensor data processing.

Technical Specifications

Drive and Powertrain:

• Configuration: 4MATIC all-wheel drive

• Motors: Dual permanently excited synchronous motors

• Transmission: Two-speed

• Battery: 94 kWh usable

• Charging: DC up to 330 kW / AC 9.6 kW

Dimensions:

• Wheelbase: 116.6 in.

• Length: 192.2 in.

• Width (w/o mirrors): 74.5 in.

• Height: 59.2 in.

• Turning circle: 39.7 ft (36.7 ft with rear steering)

Performance:

• 0–60 mph: 3.9 seconds

• Top speed: 130 mph (electronically limited)

Availability

The 2027 Mercedes-Benz C 400 4MATIC Electric is expected to launch in the U.S. in the first half of 2027.