Smart Car 2025: Could the Fortwo Make a Comeback as the #2?
Picture this: you’re circling downtown looking for parking, watching SUVs and sedans struggle to squeeze into spaces barely big enough for a shopping cart. Meanwhile, that tiny Smart Fortwo from 2015 slides effortlessly into a spot perpendicular to the curb, leaving everyone else muttering under their breath. Those were the days, right? Well, as Smart pivots toward larger electric vehicles like the #1, #3, and #5, whispers are getting louder about whether the iconic two-seater might make a triumphant return as the Smart #2. It’s a question that has city dwellers, parking-challenged commuters, and Smart enthusiasts all wondering: could the world’s most practical city car be ready for an electric renaissance?
The Original Fortwo Legacy: Why It Mattered
Urban Mobility Pioneer
The original Smart Fortwo wasn’t just a car—it was a statement. Launched in 1998, it dared to ask why city cars needed to haul around four empty seats and a trunk full of air. At just 8.8 feet long, the Fortwo could park nose-first in parallel spaces, turn around in impossibly tight spots, and navigate narrow European streets with the confidence of a motorcycle.
But the Fortwo’s genius wasn’t just about size. It pioneered the idea that urban transportation could be different—more efficient, more logical, more fun. The car’s distinctive design made people smile, and its parking abilities turned everyday city driving into a game where Fortwo owners always won.
Why the Original Fortwo Struggled
Let’s be honest: the Fortwo had some issues. The early models’ automated manual transmission felt like it was operated by a confused robot. Highway driving was… let’s call it “adventurous.” The ride quality on rough roads could rattle your teeth loose, and the interior noise levels required you to speak up to have a conversation.
In North America especially, the Fortwo felt like a fish out of water. American cities were designed around larger vehicles, highway speeds were higher, and cultural preferences favored bigger cars. Sales never reached the volumes Smart hoped for, and production ended in most markets by 2019.
The Cult Following That Never Died
Despite its quirks, the Fortwo developed a devoted following. Owners loved the personality, the parking superpowers, and the feeling of being part of something different. Online communities shared tips for long-distance travel, modification ideas, and stories of amazed onlookers discovering just how much stuff could fit in that tiny cargo area.
Today, used Fortwos hold their value surprisingly well, and many owners are still driving their original cars with 100,000+ miles on the odometer. That kind of loyalty suggests there’s still demand for what the Fortwo offered—if Smart can get the execution right.
Smart’s Current Electric Strategy and Market Gaps
The Bigger, Better, But Not Smaller Approach
Smart’s current lineup focuses on what most automakers are chasing: crossovers and SUVs that appeal to families and mainstream buyers. The #1 and #3 are excellent vehicles, and the #5 shows Smart can compete in the premium electric space. But something’s missing from this strategy—the urban specialist that made Smart famous in the first place.
While other brands chase the same customers with similar vehicles, Smart has abandoned the market segment they literally created. It’s like Porsche deciding to stop making sports cars to focus only on SUVs. Sure, the Cayenne and Macan sell well, but they’re not what made Porsche legendary.
Urban Mobility Trends Supporting a Fortwo Return
Cities worldwide are changing in ways that favor small, electric vehicles. Congestion pricing in places like London and New York makes efficiency valuable. Parking costs continue to rise, and spaces keep getting scarcer. Many European cities are restricting or banning combustion engines in downtown areas.
Meanwhile, the rise of ride-sharing and car-sharing services creates demand for efficient urban vehicles. Companies like Car2Go (which used Fortwos before shutting down) proved that people would choose small cars for short urban trips when the economics made sense.
The Missing Link in Electric Mobility
Look at the current electric vehicle market, and you’ll notice something odd: almost every EV is trying to do everything. Long range, fast acceleration, spacious interiors, advanced tech features. But what if you just need to get across town efficiently and park easily?
A modern electric Fortwo could fill this gap perfectly. Short urban trips don’t require 300+ mile range. City driving doesn’t need 0-60 times under 5 seconds. What urban drivers need is efficiency, maneuverability, and the ability to park anywhere—exactly what the original Fortwo delivered.
Reimagining the Fortwo as the Smart #2
Design Evolution for the Electric Era
A 2025 Smart #2 wouldn’t just be an electrified version of the old Fortwo—it would be a complete reimagining. The proportions could be even more optimized without needing space for an engine, transmission, and exhaust system. The battery pack could be integrated into the floor, lowering the center of gravity and improving handling.
The exterior design would likely follow Smart’s current design language while maintaining the Fortwo’s distinctive character. Imagine the clean lines and LED lighting of the #1, but compressed into that familiar two-box shape that maximizes interior space while minimizing footprint.
Inside, the lack of a transmission tunnel would create a surprisingly roomy cabin. Modern infotainment systems could replace the scattered controls of the original, while better materials and sound deadening would address the comfort complaints that plagued earlier models.
Technical Specifications and Performance
A modern Smart #2 wouldn’t need the massive battery packs that power long-range SUVs. A 40-50 kWh battery would provide 150-200 miles of range—more than enough for urban driving patterns while keeping costs and weight down. Fast charging capability would be essential, allowing quick top-ups during the day.
The motor configuration would prioritize efficiency and smoothness over raw power. A single rear motor producing around 100-130 horsepower would provide adequate performance while maintaining the rear-engine character that made the original Fortwo so nimble in tight spaces.
Weight would be crucial. With a smaller battery and simplified drivetrain, a Smart #2 could potentially weigh less than 2,500 pounds—making it one of the lightest electric vehicles on the market and maximizing both efficiency and handling.
Smart Technology Integration
Modern Smart #2 would need to pack the same technology features as larger vehicles into a much smaller package. A single large display could handle infotainment, navigation, and vehicle controls. Wireless phone connectivity would be standard, along with a premium sound system designed specifically for the car’s acoustic properties.
Driver assistance features would focus on urban scenarios: enhanced parking assistance, low-speed collision avoidance, and pedestrian detection. Highway features like adaptive cruise control would be less important given the car’s intended use case.
The most exciting possibility would be integration with smart city infrastructure. The #2 could communicate with parking systems to reserve spaces, coordinate with traffic lights for optimal routing, and even integrate with ride-sharing platforms for maximum utilization.
Market Analysis and Potential Demand
Target Demographics
A new Smart #2 would appeal to several distinct groups. Young urban professionals who value efficiency and style over space. Empty nesters who no longer need family haulers but want something fun and practical. City dwellers who use their car primarily for short trips and want a second vehicle optimized for urban use.
The environmental angle would be strong too. Buyers who want to minimize their carbon footprint would appreciate a smaller, lighter electric vehicle that uses fewer resources to build and operate. The #2 could be positioned as the most sustainable personal transportation option short of a bicycle.
Pricing Strategy and Value Proposition
Smart would need to price a #2 competitively with other urban-focused vehicles while maintaining profitability on a lower-volume model. A starting price around $25,000-30,000 would put it in range of buyers who might otherwise consider a used car or continue relying on ride-sharing services.
The value proposition wouldn’t be about getting the most car for your money—it would be about getting exactly the right car for urban life. Lower operating costs, reduced parking expenses, and the ability to access areas restricted to larger vehicles would provide ongoing value beyond the purchase price.
| Potential Smart #2 Specifications | Estimated Values | Comparison to Original Fortwo |
|---|---|---|
| Length | 8.5 feet | 0.3 feet shorter |
| Battery Capacity | 45 kWh | N/A (was gasoline) |
| Electric Range | 180 miles | 350+ mile improvement |
| Power Output | 115 hp | +45 hp over original |
| 0-30 mph Time | 3.8 seconds | Much faster |
| Top Speed | 90 mph | Similar |
| Cargo Space | 8 cubic feet | +1 cubic feet |
| Starting Price | $28,500 | Similar inflation-adjusted |
Global Market Opportunities
Different regions would present varying opportunities for a Smart #2. European cities with established car-sharing programs, congestion pricing, and strong environmental regulations would be natural fits. Asian megacities with extreme density and parking challenges could embrace the concept.
North America would remain challenging, but changing urban attitudes and the growth of car-sharing services could create new opportunities. Cities like San Francisco, New York, and Seattle already show strong demand for efficient urban vehicles.
Challenges and Obstacles
Manufacturing Economics
The biggest challenge for a Smart #2 would be manufacturing economics. Small cars traditionally have thin profit margins, and the volumes needed to justify production might be difficult to achieve in today’s market. Smart would need to find ways to share components with other models or partner with other manufacturers to make the economics work.
Platform sharing with other small electric vehicles could be one solution. Geely’s global reach might provide opportunities to leverage existing small car platforms or share development costs across multiple brands.
Safety Regulations and Standards
Modern safety standards are much stricter than when the original Fortwo was designed. A new #2 would need to meet the same crash test requirements as larger vehicles while maintaining its compact dimensions. Advanced materials and clever engineering would be essential to achieve both safety and size goals.
The good news is that electric vehicles’ low center of gravity and the ability to design crumple zones around the battery pack could actually improve safety compared to traditional small cars.
Infrastructure and Charging Considerations
While a Smart #2’s shorter range would reduce charging anxiety for most urban users, the charging infrastructure would still need to support the vehicle. Home charging would be ideal for most users, but public charging options would be essential for apartment dwellers and visitors.
The smaller battery would be an advantage for charging speed—even modest charging rates could fill the battery relatively quickly. Level 2 charging could provide a full charge overnight, while DC fast charging could add significant range in just 15-30 minutes.
Industry Expert Predictions and Speculation
Automotive Analyst Perspectives
Industry watchers are divided on whether Smart should return to micro-mobility. Some argue that the original Fortwo was ahead of its time and that current urban trends finally align with the concept. Others contend that the market has moved permanently toward larger vehicles and that small cars will never generate sufficient profits.
The success of vehicles like the Mini Cooper Electric and BMW i3 (before its discontinuation) suggests there’s still demand for distinctive small cars, but at premium prices. Smart would need to decide whether to chase volume with lower prices or focus on profitable premium positioning.
Smart’s Official Position
Smart executives have been coy about specific future models, but they’ve acknowledged the brand’s heritage and the ongoing demand for urban mobility solutions. Recent interviews suggest that Smart is evaluating all segments and that nothing is off the table for future development.
The company’s focus on electric-first design and urban mobility suggests they’re at least considering how to address the compact car segment. Whether that takes the form of a direct Fortwo successor or something entirely new remains to be seen.
The Verdict: Will We See a Smart #2?
Factors Supporting a Return
Several trends support the possibility of a Smart #2. Urban density continues to increase worldwide. Environmental concerns are driving demand for smaller, more efficient vehicles. Electric powertrains solve many of the original Fortwo’s performance issues. Car-sharing and ride-sharing services create new business models for urban vehicles.
Smart’s current success with larger EVs provides the financial stability and brand recognition needed to take risks on niche products. The engineering expertise gained from developing their current electric platform could be adapted for smaller vehicles.
Remaining Uncertainties
The biggest question is whether Smart believes the market is large enough to justify development and production costs. Small cars require significant investment but traditionally generate lower profits than larger vehicles. Smart would need confidence in either high volumes or premium pricing to make the business case work.
Regulatory uncertainty also plays a role. While many cities are becoming more friendly to small electric vehicles, others maintain regulations that favor larger cars for safety reasons. Smart would need to navigate a complex patchwork of global regulations.
Frequently Asked Questions
Q: Would a new Smart #2 have better highway performance than the original Fortwo? A: Almost certainly. Electric motors provide instant torque and smooth acceleration that would eliminate the jerky transmission behavior that plagued the original. While top speed might be limited for efficiency, acceleration and overall refinement would be dramatically improved.
Q: How would a Smart #2 handle winter driving conditions? A: A modern Smart #2 would likely offer all-wheel drive as an option, using small motors at each wheel for improved traction. The low center of gravity from floor-mounted batteries would also improve stability compared to the original’s high center of gravity.
Q: Could a Smart #2 work for ride-sharing services? A: Potentially yes, especially for single-passenger urban trips. The economics would need to work for both drivers and passengers, but the lower operating costs and superior parking ability could make it attractive for certain ride-sharing scenarios.
Q: What would happen to Smart’s dealer network with such a niche vehicle? A: Smart would likely need to adapt their sales model, possibly focusing more on direct sales or partnerships with urban mobility services. The traditional dealer model might not work for a low-volume specialty vehicle.
Q: How realistic is a $28,500 starting price for a Smart #2? A: It would be challenging but possible with the right approach to manufacturing and component sharing. Government EV incentives could bring the effective price down further, making it more accessible to urban buyers who would benefit most from the format.
