Update: ‘Variants,’ ‘Range,’ and ‘Charging’ sub-sections in ‘Specifications’ and ‘Mercedes-AMG C-Class Electric’ added and ‘Performance’ sub-section of ‘Specifications’ and ‘Production & Release Date’ updated.
As Mercedes-Benz’s EV range continues to grow into new segments, the brand will reveal its direct competitor to the upcoming BMW i3 sedan and the Polestar 2 in 2026 as the Mercedes C-Class Electric.
While the GLC Electric is heading to the U.S. in the second half of next year, Automotive News reported back in 2021, citing dealer sources, that the all-electric C-Class would also be sold in America.
Here are our expectations for the C-Class Electric that should be available in the U.S. in 2027:
Design
The C-Class EV looks sportier than the current C-Class, thanks to a faster upswing in the beltline and a sleeker glasshouse. Mercedes-Benz confirmed the more streamlined silhouette through a teaser at the GLC EV’s world premiere.
The teaser also revealed a confident and high-tech front with a prominent upright grille and curvy headlights. Mercedes-Benz will offer the grille with a backlighting option that illuminates a pixel graphic, the horizontal slots inside the grille, the surrounding contour, and the central three-pointed star logo.
The curvy headlights feature the iconic star logo and “visor-look” DRLs that bring out the assertive look of the C-Class Electric’s front. Similarly, at the back, we expect two-part tail lights featuring an eye-catching star motif. Both headlights and taillights should feature animated welcome/leaving functions.
Interior
Seamless MBUX Hyperscreen
The Mercedes C-Class Electric should feature the new MBUX Hyperscreen, a floating 39.1-inch dashboard display that beautifully integrates sections of a conventional driver information display, infotainment touchscreen, and passenger touchscreen.
Lower configurations should settle for the MBUX Superscreen, combining a 10.3-inch driver information display, a 14-inch infotainment touchscreen, and a 14-inch passenger display under a large glass surface.
Software and Connectivity
The “Hey Mercedes” voice assistant should feature improved natural language processing and wider language support. Over-the-air software updates will allow new functions and refinements to be added after delivery, including time-limited or subscription-based features.
Seating and Space
The C-Class EV, designed around the MB.EA-M platform, should offer a flat-floor rear cabin with more footwell space than the combustion C-Class. Focusing on sustainability, Mercedes-Benz should use recycled and renewable materials for the seat fabrics, door trims, and carpeting.
Over-the-air technology
The all-electric C-Class is expected with many new and improved features over its life, with updates pushed over the air. Moreover, customers will likely be able to enable features with permanent/time-limited activations or subscriptions anytime during ownership, days, months, and even years after the car leaves the factory and reaches them.
Active Ambient Lighting
Another optional extra in the C-Class Electric could be Active Ambient Lighting, which can visually support warnings of the car’s driving assistance systems with color feedback. This new mood lighting system may give color feedback even when operating the climate control system, “Hey Mercedes,” and the Energizing Comfort programs.
Frunk
Similar to the GLC Electric, the C-Class Electric should have a front trunk. This will make it competitive with its rivals, including the Tesla Model 3. Customers will be able to use the additional storage space to keep the car’s charging cable and maybe even a gym bag, a cabin bag, or a golf bag.
Specifications
Platform
Mercedes-Benz is developing the C-Class Electric on the MB.EA-M platform, which it engineered specially for mid-size EVs. The all-electric GLC is the first model based on this new platform, with big gains in range, efficiency, space, and other key aspects over the EQC SUV.
Variants
The Mercedes C-Class Electric lineup would comprise five variants: 200 EQ, 250 EQ, 300 4MATIC EQ, 300+ EQ, and 400 4MATIC EQ, JESMB reported on November 11, 2025. The variants with ‘4MATIC’ in their name would offer AWD capability, while the others would have an efficiency-focused RWD drivetrain layout.
Range
The German publication said that the C 200 EQ would have a 64 kWh battery pack, the C 250 EQ and C 300 4MATIC EQ an 85 kWh battery pack, and the C 300+ EQ and C 400 4MATIC EQ a 94 kWh battery pack. These variants would deliver a WLTP range of approximately 348 miles, 460 miles, 447 miles, 497 miles, and 485 miles, respectively.
One example: with the future electric C-Class, we’re looking at 800 kilometres (497 miles WLTP) of range, thanks to outstanding efficiency.
Ola Källenius, CEO, Mercedes-Benz Group (Mercedes GLC Electric world premiere on September 7, 2025)
All the variants won’t be available in the U.S., but we are confident at least the C 300+ EQ and C 400 4MATIC EQ are on the cards. We expect these variants to deliver an EPA-est. range of close to 400 miles and more than 375 miles, respectively.
Charging
The 64 kWh battery pack will likely consist of LFP prismatic cells and the 85 kWh and 94 kWh units should be made of NMC prismatic cells, with the largest one featuring the cells with the highest energy density – 680 Wh/L. The larger units will likely operate at double the normal voltage, at about 800-volts, allowing customers to take advantage of America’s growing network of ultra-fast chargers.
The 64 kWh unit should support charging at 200 kW and still take charge from 10 to 80% SoC in as little as 20 minutes. The 85 kWh and 94 kWh units will likely support charging at 320 kW and 330 kW, respectively, and charge up from 10 to 80% as quickly as 22 minutes.
Performance
The C-Class Electric will employ the company’s new-generation ‘Electric Drive Unit 2.0 (EDU 2.0)’ on the rear axle. Integrating a permanently excited synchronous motor, a two-speed gearbox, and a silicon carbide inverter, EDU 2.0 would offer an optimum balance between performance and efficiency.
4MATIC variants will add another electric drive unit in the front, featuring a lower-output permanently excited synchronous motor, a silicon carbide inverter, and a single-speed gearbox. The front-mounted electric drive unit would activate when required during higher loads and then disengage to avoid unnecessary energy consumption, maximizing range.
The output figures of the C 200 EQ and C 250 EQ remain unknown at the moment, but the C 300 4 MATIC EQ, C 300+ EQ, and C 400 4MATIC EQ are expected to pack 416 horsepower, 362 horsepower, and 482 horsepower, respectively. The top configuration will likely accelerate from 0 to 60 mph in just around 4 seconds, with the top speed electronically limited to 130 mph.
Multi-source Heat Pump
The C-Class Electric is set to feature a multi-source heat pump that recovers waste heat from the electric drive unit, the high-voltage battery, and ambient air and reduces energy consumed to heat the cabin.
Bi-directional Charging
Expect the C-Class Electric to support bi-directional charging in some markets. When connected to a compatible DC charging station, the sedan can store renewable energy, such as solar power, for later use. It can also supply electricity externally, including Vehicle-to-Home (V2H) and Vehicle-to-Grid (V2G) functions, or recharge another EV.
Air Suspension
An available AIRMATIC air suspension system should swiftly iron out bumps and vibrations, enhancing comfort on rough patches of road or the last few unpaved miles on the way to an adventure destination. Combining Google Maps data with driving speed, it will likely intelligently keep the ride height at the lowest possible level as long as possible, improving driving dynamics and reducing energy consumption.
Rear-axle Steering
The Mercedes C-Class EV should also come with a rear-axle steering option that enables the rear wheels to turn for improved maneuverability and agility. At speeds of up to 37 mph, the rear wheels should turn by up to 4.5º in the opposite direction to the front wheels, significantly reducing the turning circle to make parking in tight spaces and taking U-turns in narrow streets easier.
Above 37 mph, the rear wheels should turn by up to 2.5º in the same direction as the front wheels, increasing stability, especially during quick lane changes or sudden evasive maneuvers.
Production & Release Date
We’re also closing a gap with new electric cars in the core segment, starting with the electric GLC tonight and C-Class later next year.
Ola Källenius, CEO, Mercedes-Benz Group (Mercedes GLC Electric world premiere on September 7, 2025)
Production of the Mercedes C-Class Electric will take place in Hungary, starting in Q2 2026 (April-June 2026). U.S. deliveries should commence sometime in Fall 2026.
Mercedes-AMG C-Class Electric
A high-performance AMG variant, comparable to the gas-powered C 63, will likely follow in 2027. An Autocar report dated November 16, 2025, suggests it should sport three axial-flux motors, including two units powering the rear wheels and one lower-output unit assisting when needed on the front axle.
The triple-motor setup should provide nearly 940 horsepower, enabling the Mercedes-AMG C-Class Electric to hit 0 to 60 mph in under three seconds and achieve an electronically limited top speed of 155 mph.
To ensure sustained high-performance, Mercedes-AMG will likely develop a special thermal management system and use a special 800-volt battery pack consisting of cylindrical cells and a direct cooling system. A higher charging power of 400 kW would be a bonus, possibly leading to an even lower 10-80% minimum charging time of close to 15 minutes.
Mercedes C-Class Electric FAQs
Which are the future C-Class Electric’s rivals?
The C-Class Electric would compete with Polestar 2, Tesla Model 3, BMW i3 & Audi A4 e-tron.
What is the Mercedes C-Class Electric’s release date?
The Mercedes C-Class Electric will likely be launched in the U.S. in Fall 2026.
What is the expected C-Class Electric’s price & range?
Expect the high-spec C-Class EV with 350 miles of range (EPA). Prices should start at around $55,000.
Featured Image Source: Mercedes-Benz
An automobile engineer by training, I’ve analyzed the global car market since 2005, with a keen focus on EVs since 2008. My journey in online automotive publishing spans 17 years, during which I have reviewed cutting-edge automotive technologies and interviewed leading global CEOs and vehicle developers.
