According to a newly released statement from Smart Europe, the fully electric #2, to be launched at the end of 2026, has entered an intensive real-world validation phase on its entirely new Electric Compact Architecture (ECA).
The #2, expected to become the spiritual successor to the original Smart Fortwo, arrives at a moment when the urban logic that once made the Fortwo famous may finally align with market reality. In the late 1990s, the Fortwo was a provocation.
The #2 now enters a very different world. Urban policy has shifted decisively against large vehicles, electric drivetrains are no longer exotic, and the idea of a short-range city EV is not a compromise but, increasingly, a rational choice.
If Smart resists the temptation to over-premiumise the #2 or dilute its concept into a ‘cute lifestyle product’, the car has a genuine chance to thrive as a modern urban tool.
Original body work
To accelerate development while remaining faithful to the model’s roots, Smart’s engineers have taken an unusual yet revealing approach: integrating the new electric platform beneath the bodywork of the original Smart Fortwo. The result is a fleet of highly representative test vehicles that confirms a crucial point early on: the #2 will remain genuinely ultra-compact.
This is not a symbolic gesture. Smart explicitly states that the #2 will retain the defining characteristics of the Fortwo: a two-door, two-seat layout, rear-wheel drive, and the distinctive “wheels-at-the-corners” stance that maximises manoeuvrability in dense urban environments.
In an era when many city cars have quietly grown into small crossovers, Smart appears determined to preserve the physical logic that once made the brand famous.
Yet the company is equally clear that this is not a retro exercise. While the proportions and layout stay true to the Fortwo’s DNA, everything else is being reimagined.
New interior and exterior designed by Mercedes
The #2 will debut with a completely new interior and exterior designed by Mercedes-Benz, powered by a next-generation electric drivetrain, equipped with advanced safety systems, and supported by a software-defined vehicle architecture. The ECA platform is described as a bespoke foundation for future compact electric Smarts, rather than a shortened derivative of a larger car.
China plays a central role in this development phase. At dedicated test facilities, Smart engineers are currently focusing on core urban dynamics: ride comfort on broken city surfaces, agile handling, structural rigidity, and braking performance.
In parallel, other locations are validating crash safety, suspension durability, battery performance, software stability, and climate systems under a wide range of conditions. This global test programme is designed to prepare the #2 for its next development stage and, ultimately, series production.
Mainstream in China?
The use of China as a primary testing ground reflects Smart’s current structure as a joint venture between Mercedes-Benz and Geely, but it also underlines a broader strategic reality.
Compact electric vehicles are already mainstream in Chinese cities, offering a development environment where urban EV use is typical rather than exceptional. Lessons learned there will be critical when the #2 eventually arrives in Europe.
Smart confirms that the programme remains on schedule for a world premiere in late 2026. A Chinese market introduction is expected shortly thereafter, with Europe—still the symbolic home of the Fortwo concept—likely to follow in 2027.
Range of 250 km?
While official technical specifications have not yet been released, the direction is becoming clear. Industry expectations point to a compact battery of around 30 kWh, optimised for daily urban use rather than long-distance travel.
A realistic city range of approximately 200 to 250 kilometres would align with the car’s mission while helping to control weight and cost. Performance is expected to focus on smooth, responsive low-speed driving rather than outright power, paired with a very tight turning circle and high levels of active safety.
Pricing will be decisive. In China, the #2 is likely to sit above the cheapest domestic mini-EVs but differentiate itself through design, safety, and software.
In Europe, the critical threshold appears to be the low-to-mid €20,000 range before incentives. Any significant drift beyond that risks undermining the logic of a strictly urban two-seater in a market where slightly larger electric cars are increasingly affordable.
Radical proposition
The stakes are high, not least because of what the original Smart Fortwo represented. When it launched in 1998, the Fortwo was a radical proposition that challenged assumptions about size, safety, and usefulness.
An active enthusiast community across Europe also sustains the legacy of the original Smart Fortwo. In Belgium, Smart-Club.be has brought together owners of early Fortwos, Roadsters, and other classic Smarts for more than 25 years, organising meet-ups, tours, and technical support.
Similar clubs and online communities remain active in Germany, the UK, France, and beyond, underscoring that the Fortwo has already crossed the threshold from an unconventional city tool to a recognised modern classic.
The original Smart Fortwo reshaped urban parking habits, became a cultural icon in European cities, and pioneered ideas that later fed into car-sharing and early electric mobility. Commercially, however, it struggled. High development costs, limited margins, and a market not yet aligned with its philosophy ultimately constrained its success.
The #2 enters a very different context. Cities are actively discouraging large vehicles, electric drivetrains are the norm, and short-range urban EVs are no longer seen as compromises. In that sense, the #2 may be the same idea as the Fortwo—but launched at a more receptive moment.
If Smart manages to keep the #2 small, focused, and realistically priced, it has a stronger chance of translating the Fortwo’s cultural relevance into sustainable commercial success. Nearly thirty years after Smart helped define the modern city car, the #2 could finally prove that the concept was never wrong—just ahead of its time.
