Electric Cars

Mercedes-Benz is charting a new course in its electric vehicle development with the upcoming 2027 C-Class EV. Moving beyond the distinctive, sometimes divisive, aesthetics of its earlier EQ models, this new offering strikes a balance between innovation and classic appeal. While founded on a unique electric platform, distinct from its combustion-engine sibling, the C-Class EV embraces a design philosophy that is both progressive and inherently Mercedes-Benz. It represents a considered evolution, promising a vehicle that is not only technologically advanced but also aesthetically and ergonomically refined, catering to a discerning clientele.

Introducing the 2027 Mercedes-Benz C-Class EV: A Deep Dive into its Features and Performance

The 2027 Mercedes-Benz C-Class EV is poised to make a significant impact on the luxury electric sedan market, showcasing a meticulously crafted blend of performance, design, and advanced technology. This new model, internally referred to as the C400 4Matic, represents a pivotal step in Mercedes-Benz's electrification journey, diverging from its predecessors by prioritizing a more integrated and universally appealing aesthetic.

Built on the same architecture as the new GLC EV, the C-Class EV boasts an extended wheelbase of 116.6 inches, approximately four inches longer than the traditional C-Class sedan. This contributes to an overall length exceeding its conventional counterpart by over five inches, promising a more spacious cabin. The exterior design signals a departure from the polarizing looks of previous EQ models, adopting a more conventional yet sophisticated front fascia with a prominent grille. While maintaining a relatively long hood, a characteristic not seen in the EQ series, the vehicle's profile gradually transitions towards a sleek, fastback roofline and a compact rear, subtly hinting at the brand's evolving electric design language.

Inside, the C-Class EV continues Mercedes-Benz's progression towards a fully digital dashboard experience. The cabin design, reminiscent of the GLC EV, seamlessly integrates a digital instrument cluster with a central touchscreen, stretching elegantly from air vent to air vent. For an even more immersive experience, an optional 14.0-inch front-passenger display is available, with the top-tier Hyperscreen option offering a unified visual theme across three displays. Users can personalize their environment with a choice of nine background images, each complemented by ambient lighting. While some climate controls are integrated into a band at the base of the central screen, the system allows for customization, enabling users to place frequently used apps for easy access. Further enhancing driver convenience is an optional large head-up display with floating navigation indicators. The vehicle also features an in-car camera facilitating Microsoft Teams meetings, though visual feed to participants is paused when the car is in motion, allowing others to still see the driver.

Beyond the digital displays, the C-Class EV’s interior exudes upscale refinement, contrasting with the minimalist approaches of some competitors. The models we observed featured elegant brushed-metal accents, intricate contrast stitching, and luxurious matte-finished wood. Another variant showcased rich, patterned-metal trim, and a fully vegan interior option is also available. The redesigned steering wheel addresses previous usability concerns by reducing the number of touchpads to a single, intuitive control for the driver’s display. Essential functions like audio volume and cruise control are now managed by tactile physical controls, improving ergonomic ease. The driver's seat provides ample comfort with its wide, sculpted design, and a more upright windshield coupled with a lower cowl offers superior visibility compared to the larger EQE or EQS models. A standard glass roof enhances the airy feel, with an optional electrically adjustable opacity feature across nine sections, though a physical sunshade is absent.

Practicality is also a key consideration, with a spacious storage area located beneath the center console. The rear seating provides comfortable contours, sufficient headroom, and adequate legroom, though foot space under the front seats is somewhat constrained, a common challenge in EVs due to underfloor battery placement. The trunk offers a generous 17 cubic feet of storage, complemented by a front trunk (frunk), accessible by pressing the badge at the front edge of the hood—a feature notably absent in EQ models.

The C-Class EV makes its debut as the C400 4Matic, featuring a dual-motor, all-wheel-drive configuration. A single-motor C300 is expected to follow. Its 800-volt architecture supports rapid charging at up to 330 kilowatts, provided a compatible 350-kW charging station is available, and it includes a standard NACS port. The C400 is equipped with a front-axle disconnect and a two-speed rear gearbox, optimizing both efficiency and acceleration. The 94-kWh battery provides a projected range of up to 474 miles on the European WLTP cycle, estimated to translate to around 400 miles under EPA standards. This positions it favorably against the Tesla Model 3’s all-wheel-drive variants (309 to 346 miles EPA) and potentially against BMW’s i3, which, with its larger 112-kWh pack, is anticipated to offer up to 440 miles EPA (unofficial).

Driving the C400 is a seamless experience; there is no start button—drivers simply engage the column stalk and begin their journey. The dual-motor powertrain delivers a robust 483 horsepower and 590 pound-feet of torque, matching the GLC and significantly outperforming the dual-motor EQE’s 315 horsepower. Mercedes estimates a swift 0-60 mph acceleration in 3.9 seconds, a notable improvement over the EQE350 4Matic’s 5.3 seconds. Our test drive near Helsinki, Finland, confirmed its brisk acceleration, effortlessly propelling the vehicle past traffic. The car’s regenerative braking offers four adjustable levels via steering-wheel paddles, from minimal deceleration to full one-pedal driving. An “intelligent” regen mode, which adjusts based on navigation and traffic data, proved somewhat unpredictable in practice. The brake pedal itself offers a responsive feel, avoiding the unusual modulation found in earlier EQ models.

Our test vehicles were equipped with the optional Agility & Comfort package, featuring air springs, adaptive dampers, and rear-axle steering. The steering response is notably quick, especially in Sport mode. The C400 incorporates Car-to-X technology, allowing it to communicate road conditions like speed bumps to other Mercedes-Benz vehicles, enabling proactive suspension adjustments. While challenging to assess on the smooth Finnish roads, Mercedes chassis engineers assert that the C-Class offers 20 percent greater body motion damping and 11 percent less body roll than the GLC EV. Quick maneuvers on a short road course revealed surprising agility for a car designed for comfort. Sport mode further enhances dynamic performance by lowering ride height by 0.6 inches, stiffening the suspension, and increasing the effect of rear-axle steering.

Pricing for the C-Class EV remains undisclosed, as it is slated to arrive in U.S. showrooms in the first half of 2027. Despite the uncertainties of the evolving EV market, the C-Class EV, with its refined approach, luxurious interior, and superior performance compared to its predecessors, appears well-equipped to carve out a strong position, irrespective of broader market trends.

The 2027 Mercedes-Benz C-Class EV marks a significant stride for the brand, balancing sophisticated design with advanced electric performance. Its enhanced range, powerful drivetrain, and driver-centric interior represent a compelling evolution in Mercedes-Benz’s electric lineup. This vehicle demonstrates a strategic refinement in addressing both the practical needs and luxurious expectations of consumers, suggesting a bright future for electric luxury sedans. For those in search of an electric car that seamlessly integrates opulence with cutting-edge engineering, the C-Class EV presents an exciting and highly anticipated option, reflecting a mature and confident direction for the automotive giant.

Ferrari's upcoming open-top hypercar, the F80 Aperta, has been captured during test runs near the Maranello facility, showcasing a heavily camouflaged prototype. This new iteration is set to feature a manually detachable roof, distinguishing it from recent convertible models such as the Amalfi Spider with its electrically operated mechanism. The F80 Aperta is projected to be a more exclusive model than the coupe, with a probable debut in 2027, aligning with the 80-year milestone of Ferrari's inaugural production vehicle.

Earlier this year, Ferrari unveiled the Amalfi Spider, and now attention turns to another convertible model in its final stages of development. The F80 Aperta, a much-anticipated hypercar, was recently observed undergoing testing near the Maranello factory. Captured by Derek Photography, the prototype was extensively disguised, hinting at considerable design modifications, primarily above the cabin area, compared to its coupe sibling. Unlike the Amalfi Spider's electrically operated retractable roof, the F80 Aperta is expected to adopt a manually removable fabric top, similar to the previous LaFerrari Aperta. Owners will likely be able to store this fabric panel in the vehicle's trunk, offering a blend of traditional open-air motoring with modern hypercar performance. The LaFerrari Aperta also provided an option for a carbon-fiber roof, available in a visible weave or gloss black finish.

Ferrari plans to produce 799 units of the F80 coupe, and historically, convertible variants are often produced in even smaller quantities, suggesting the F80 Aperta will be a rarer commodity. Its potential unveiling in 2027 carries symbolic weight, as it would mark the 80th anniversary of the first Ferrari production model, the 125 S, which was also an open-top sports car. This timing creates a strong indication for the F80 Aperta's introduction next year. Despite featuring a V6 engine rather than a V12, the F80 coupe has already seen all its allocations sold to collectors prior to its official reveal. Consequently, the Aperta version is expected to sell out rapidly, commanding a price significantly higher than the coupe's approximate $3.7 million starting point.

The F80 Aperta is one of approximately 20 new models Ferrari intends to launch by the close of 2030. This ambitious pipeline also includes the highly anticipated electric Luce, the 12Cilindri Manuale with its simulated manual transmission, and potentially a 296 Challenge Stradale, a road-legal adaptation of the 296 Challenge race car. Furthermore, a new ultra-exclusive model from the Icona series is likely, possibly equipped with a V12 engine, following in the footsteps of the Monza SP1/SP2 and Daytona SP3. Interestingly, Ferrari has refuted claims of pressuring high-net-worth customers to purchase the electric Luce in order to secure build slots for its more exclusive models. The F80 Aperta will undoubtedly be among these coveted vehicles, but the manufacturer maintains that no such prerequisite exists for acquiring these elite automobiles.

The F80 Aperta represents a significant addition to Ferrari's hypercar lineup, blending performance with the allure of open-top driving. With a manually removable roof, this exclusive model is set to be a collector's item, celebrating Ferrari's heritage while pushing the boundaries of automotive engineering. Its anticipated launch in 2027 will not only mark an important anniversary for the brand but also introduce a highly sought-after vehicle to the elite automotive market.