Smart #2 Electric Compact Architecture Testing Begins Worldwide

On December 15, Smart officially began real-world testing of the Smart #2 Electric Compact Architecture, marking a critical step in the brand’s next phase of compact electric mobility. The Smart #2 Electric Compact Architecture underpins a new generation of urban-focused EVs designed to balance efficiency, safety, and everyday usability while remaining true to Smart’s city-first philosophy.
Smart #2 Electric Compact Architecture builds on a proven city formula
The upcoming Smart #2 retains the defining characteristics that made the fortwo an urban icon. Its two-door, two-seat configuration, rear-wheel-drive layout, and compact footprint continue to target dense city environments where maneuverability and parking ease matter most. These familiar proportions are now combined with a fully reimagined exterior and interior developed by the Mercedes-Benz design team.
Next-generation electric platform engineered for urban mobility
At the core of the vehicle is the Smart #2 Electric Compact Architecture, a newly developed platform optimized for electric propulsion and daily city use. The architecture integrates a modern electric drivetrain, enhanced structural safety, and refined driving dynamics tailored to short trips and frequent stop-and-go conditions.
Key focus areas of the new platform include:

• Improved energy efficiency and power delivery

• Advanced safety systems enabled by a rigid platform design

• A driving experience tuned for comfort and control in urban traffic

Real-world prototypes accelerate development and validation
To fast-track validation, Smart engineers have installed the Smart #2 Electric Compact Architecture into existing fortwo body shells. These test vehicles replicate real driving conditions while allowing teams to evaluate the new platform discreetly and efficiently. Testing programs are underway across multiple global R&D locations.
Global testing program covers performance, safety, and durability
At a dedicated test facility in China, engineers are refining ride quality, steering response, body rigidity, and braking performance. Parallel testing activities in other regions focus on:

• Crash safety and structural integrity

• Suspension and long-term durability

• Battery performance and thermal behavior

• Software reliability and vehicle electronics

• Climate system operation in extreme hot and cold conditions

This multi-market approach ensures the Smart #2 Electric Compact Architecture performs consistently across diverse environments and regulatory requirements.
Smart #2 Electric Compact Architecture on track for 2026 debut
With real-world testing now underway, development of the Smart #2 remains aligned with its planned global reveal. The brand has confirmed that the all-electric model is scheduled to make its world debut in late 2026, reinforcing Smart’s long-term commitment to compact, premium electric mobility for urban drivers.