- smart #2 will use the new ECA platform designed for ultra-compact electric mobility.
- The upcoming model combines fast charging, efficient packaging, and advanced safety architecture.
On June 22, smart showcased the smart Concept #2 in Italy during an exclusive European premiere event in Rome. The presentation offered deeper insights into the vehicle’s interior design philosophy, development approach, and the technical foundation that will underpin the upcoming smart #2. The event highlighted how the brand is preparing its next-generation urban electric vehicle with a strong focus on compact dimensions, efficient packaging, and practical usability for city environments.
The upcoming smart #2 is built on the newly developed Electric Compact Architecture (ECA), a platform engineered by the company’s international development teams specifically for ultra-compact battery-electric vehicles. This architecture serves as the core technical base for the new model and is designed to maximize maneuverability and space efficiency. One of its key attributes is a turning diameter of just 6.95 meters, allowing the vehicle to navigate narrow urban streets and confined parking spaces with greater ease than larger electric vehicles.
The platform also supports a balanced electric powertrain package tailored for everyday city driving. The smart #2 will be equipped with a 35.7 kWh battery pack capable of delivering an electric driving range of nearly 300 kilometers under the WLTP test cycle. In addition, the vehicle will support DC fast charging, enabling the battery to recharge from 10% to 80% state of charge within approximately 20 minutes. These specifications are intended to provide practical daily usability while reducing charging downtime for drivers.
Inside the vehicle, the design team has focused on maximizing comfort and available cabin space despite the compact footprint. The interior concept incorporates a continuous bench seat layout, while the cockpit follows an S-shaped design principle that contributes to a distinctive cabin character. Designers have emphasized efficient space utilization throughout the interior, creating an environment that aims to feel more spacious than the vehicle’s external dimensions might suggest.
The interior styling work has been led by the Mercedes-Benz global design team, bringing a premium design influence to the compact electric model. The vehicle also advances the brand’s established safety philosophy by evolving the principles associated with the tridion safety cell. For the next-generation electric two-seater, this approach combines a compact body structure with enhanced rigidity and modern safety standards, ensuring that occupant protection remains a central priority alongside efficiency and urban practicality.
Frequently Asked Questions
What is the ECA platform used in the upcoming smart #2?
The ECA, or Electric Compact Architecture, is a dedicated platform developed specifically for ultra-compact electric vehicles. It serves as the technical foundation of the upcoming smart #2 and is engineered to maximize maneuverability, space efficiency, and urban usability. The platform enables a tight 6.95-meter turning diameter while supporting a 35.7 kWh battery, nearly 300 kilometers of WLTP driving range, and fast charging capability, making it well suited for everyday city transportation needs.
What are the key performance and charging specifications of the smart #2?
The upcoming smart #2 is designed to deliver practical electric mobility for urban users. It features a 35.7 kWh battery pack that provides a driving range of nearly 300 kilometers based on the WLTP cycle. The vehicle also supports DC fast charging, allowing the battery to charge from 10% to 80% state of charge in about 20 minutes. These specifications help balance efficiency, convenience, and daily usability while minimizing charging interruptions for drivers.
Who designed the interior of the smart #2 and what are its highlights?
The interior of the smart #2 has been styled by the Mercedes-Benz global design team, bringing a refined design approach to the compact electric vehicle. Key features include a continuous bench seat arrangement, an S-shaped cockpit design concept, and extensive use of space-saving solutions. The layout is intended to create a roomy and comfortable cabin experience despite the vehicle’s compact exterior dimensions, while maintaining practicality and functionality for urban driving environments.
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