Smart EQ ForTwo 2020: City Electric Revolution

The automotive landscape has undergone a dramatic transformation as manufacturers pivot toward electrification, and few vehicles exemplify this shift as distinctly as the 2020 Smart EQ ForTwo. Following Smart’s strategic decision to discontinue internal combustion engines entirely after 2018, the brand has embraced a fully electric future under Mercedes-Benz’s EQ sub-brand umbrella. The 2020 facelift represents a significant milestone in this evolution, introducing refined styling and enhanced technology to maintain competitiveness in the rapidly expanding urban electric vehicle segment. This comprehensive examination explores how this diminutive two-seater navigates the demands of modern city driving while maintaining the playful character that has defined the Smart brand for over two decades.

Design Philosophy: Form Meets Function

The 2020 Smart EQ ForTwo underwent subtle yet meaningful aesthetic refinements that distinguish it from its predecessors while preserving the iconic silhouette enthusiasts recognize instantly. The front fascia received particular attention, with designers lowering the grille element to create a more pronounced mouth-like appearance rather than the previous nostril-inspired design. This visual update, combined with sophisticated tail-light graphics and the availability of stylish alloy wheels, helps mask the vehicle’s fundamental platform maturity. The curving centre console injects contemporary flair into the cabin layout, now featuring a smartphone integration tray and convenient cupholders.

Dimensionally, the current generation measures 2,695mm in length, 1,663mm in width, and 1,555mm in height with a 1,873mm wheelbase. These proportions place the ForTwo in an exceptionally compact category, making it arguably the most maneuverable passenger vehicle available today. The external footprint resembles Lego construction more than conventional automotive engineering, delivering unparalleled accessibility within dense urban environments where parking represents a genuine challenge.

Propulsion System and Performance Dynamics

The heart of the 2020 EQ ForTwo is a **synchronous electric motor** producing 97 PS (60 kW) of maximum output with 160 Nm of immediate torque. Unlike traditional combustion engines requiring time to build power, electric motors deliver their full force instantaneously—a characteristic that transforms the driving experience in urban settings. Acceleration from 0-100 km/h requires approximately 11.6 seconds in the coupe variant, with the convertible taking a marginally longer 11.9 seconds. While these figures may seem leisurely compared to performance-oriented vehicles, they prove entirely adequate for city driving where stop-and-go traffic dominates journey patterns.

Smart strategically promotes the 0-40 mph acceleration metric, which occurs in less than five seconds. This specification carries genuine significance for urban drivers, enabling the diminutive ForTwo to surprise considerably larger vehicles at traffic light starts. The single-speed automatic transmission ensures smooth, uninterrupted acceleration without gear transitions interrupting the driving flow. Regenerative braking technology captures kinetic energy during deceleration, converting it back into battery charge and enabling smooth, liquid-like driving characteristics when operated with sensitivity to throttle inputs.

Range and Charging Infrastructure

The primary specification attracting scrutiny from potential buyers concerns the battery system and resulting driving range. The 2020 EQ ForTwo incorporates a 17.6 kWh battery pack—intentionally modest in capacity to maintain the vehicle’s compact proportions and keep weight at approximately 1,100 kg. This design choice reflects Smart’s philosophy that smaller batteries suit urban usage patterns where daily commutes rarely exceed fifty kilometers.

Official WLTP range estimates for the 2020 model year specify 147-159 km in the coupe variant, with the convertible achieving 145-157 km. These figures represent real-world capability when accounting for factors such as driving style, ambient temperature, and road conditions. The European testing methodology under WLTP standards provides conservative estimates—actual range frequently exceeds these minimums when drivers operate the vehicle with conscious attention to efficiency. One owner reported achieving 110 km of practical range through mindful acceleration and regenerative braking integration.

Charging flexibility addresses the practical concerns of urban residents who may lack dedicated garaging. The 17.6 kWh battery reaches full capacity in approximately 3.5 hours when connected to a standard 230V household outlet. For drivers with access to 22 kW AC charging infrastructure, the battery charges from ten to eighty percent in approximately forty minutes, enabling rapid top-ups during shopping or work activities. One owner reported achieving full charges in seventy minutes via 22 kW chargers, demonstrating the value of faster charging infrastructure accessibility.

Handling Characteristics and Suspension Behavior

The EQ ForTwo’s rear-wheel-drive architecture contributes substantially to its distinctive handling character. The motor positioning behind the rear axle maintains weight distribution that optimizes cornering capability, while the remarkably short wheelbase enables an extraordinarily tight turning circle—reportedly tighter than traditional London taxi vehicles. This agility transforms mundane parking maneuvers into enjoyable exercises in vehicle control, with the EQ ForTwo sliding into spaces that would challenge substantially larger vehicles.

The steering mechanism has been tuned for responsiveness, accepting inputs quickly while preventing sudden movements that could destabilize the tall, narrow chassis. Light steering effort reduces fatigue during extensive urban driving, though the steering ratio requires slightly more arm input than some competitors, a deliberate design choice preventing unintended corrections from toppling the vehicle through excessive lean angles. Electronic stability control activates firmly and early to prevent any potentially dangerous cornering behavior.

Suspension compliance reflects the vehicle’s urban-focused design philosophy. Over modest imperfections common to city streets, the suspension maintains composure without delivering jarring impacts to occupants. However, the short wheelbase means the vehicle exhibits noticeable pitching behavior even over small obstacles, creating a sensation one reviewer eloquently described as resembling “an energetic rocking chair”. This characteristic matters less in urban environments where speeds remain moderate and roads generally receive adequate maintenance. At motorway speeds, however, the ForTwo becomes noticeably buffeted, particularly when larger vehicles pass in adjacent lanes.

Interior Environment and Practical Considerations

The cabin prioritizes space utilization with impressive effectiveness for a vehicle measuring barely 2.7 meters in length. Two occupants receive genuinely comfortable accommodation, with a distant dashboard and expansive windshield creating a spacious impression despite the external compactness. The passenger seatback folds forward, enabling unusual functionality for solo travelers carrying larger items—one reviewer noted the cabin could accommodate a cellist and their instrument.

Cargo capacity totals 260 liters in the hardtop coupe variant, with the convertible offering 190 liters due to structural requirements for the retractable roof mechanism. While these volumes appear modest by contemporary standards, many expensive two-seat sports roadsters provide comparable space, yet their owners routinely undertake extended journeys without complaint. A retention net behind the seating area manages cabin clutter effectively.

The infotainment system features a 7.0-inch touchscreen display with Bluetooth connectivity, USB integration, satellite navigation, and Android smartphone mirroring. The screen maintains adequate brightness for clear visibility in direct sunlight, and the user interface remains intuitively organized. However, this technology dates to Smart’s former collaboration with Renault and increasingly feels outdated compared to contemporary competitor systems.

Standard equipment includes heated seats—particularly valuable during winter months when the heating system demands considerable battery resources—automatic lights and wipers, and automatic emergency braking across the lineup. These features provide modern safety and convenience expectations despite the vehicle’s modest price positioning.

Convertible Variant Considerations

The EQ ForTwo’s convertible configuration expands appeal beyond purists focused exclusively on utilitarian transport. The electrically powered roof operates quietly and seals effectively when closed, providing weather protection and thermal insulation comparable to the hardtop variant. Wind noise at motorway speeds becomes noticeable, particularly given the vehicle’s upright proportions and modest aerodynamics, though this characteristic proves acceptable within the vehicle’s intended urban operating envelope.

The 230 kg battery mass distributes low within the chassis, improving handling stability through corners compared to lighter combustion-engined predecessors. The convertible weighs marginally more than the coupe, and the acceleration figures reflect this: 11.9 seconds versus 11.6 seconds in the coupe variant. Despite this minor performance penalty, the convertible maintains full convertible functionality without sacrificing the core electric vehicle benefits that define the EQ ForTwo experience.

Ownership Economics and Practical Usage

The EQ ForTwo targets urban commuters for whom range limitations present minimal concern. Journey distances under fifty kilometers daily represent the vehicle’s optimal use case, where electric propulsion delivers outstanding economy and environmental benefits. Energy consumption figures of 14.0-16.5 kWh per 100 km (or 14.2-16.8 kWh for the convertible) translate to operating costs dramatically lower than combustion engine equivalents.

One owner reported exceptional satisfaction with their 2020 EQ ForTwo, highlighting how the vehicle’s agile handling characteristics make it genuinely enjoyable despite modest performance figures. The same owner noted that heating functionality significantly impacts real-world range during winter months, a consideration for purchasers in regions experiencing extended cold seasons. Against these considerations, the owner remained committed to remaining with the Smart brand, planning to purchase another EQ ForTwo for their next vehicle.

The vehicle demonstrates reliability comparable to contemporary Mercedes-Benz vehicles, as Smart’s parent company leverages premium engineering standards despite the budget-friendly pricing. One owner reported exceptional durability with no mechanical issues despite regular use, with the sole incident involving a punctured tire from roadside debris.

Positioning Within the Urban EV Market

The 2020 Smart EQ ForTwo occupies a unique market position between more spacious competitors and premium two-seat performance vehicles. The starting price remains competitive, making electric motoring accessible to urban residents previously priced out of premium EV markets. This positioning attracts environmentally conscious commuters seeking guilt-free urban mobility without compromising on driving enjoyment or styling appeal.

The vehicle represents an intentional design choice prioritizing agility and parking convenience over range and versatility. Mercedes-Benz’s decision to engineer the next-generation EQ ForTwo with Geely in China reflects broader industry consolidation, though the 2020 facelift edition continues with established Mercedes-Benz engineering standards and quality expectations.

Frequently Asked Questions