The Tesla Roadster is one of the most talked-about electric sports cars ever announced. Promising extraordinary acceleration, impressive driving range and performance capable of challenging some of the world’s fastest supercars, it represents Tesla’s ambition to push electric vehicle technology to new limits.
First unveiled in 2017, the second-generation Roadster was originally expected to enter production several years ago. However, repeated delays have left enthusiasts and reservation holders waiting for the finished vehicle.
Tesla has announced some remarkable specifications, including a claimed 0–60 mph time of 1.9 seconds, a top speed exceeding 250 mph and a potential driving range of 620 miles. These remain manufacturer claims rather than independently verified figures for a production vehicle.
So what makes the Tesla Roadster special, how does it compare with other electric performance cars, and when might drivers finally see it on the road?
Here’s everything we know about the Tesla Roadster, including its history, proposed performance, design, pricing and ongoing production delays.
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The Tesla Roadster: From the Original to the Next Generation
Tesla’s Roadster story began in 2008, when the company launched its first production vehicle: a fully electric sports car based on a Lotus Elise-derived chassis.
At a time when electric vehicles were often associated with limited range and modest performance, the original Tesla Roadster helped demonstrate that battery-powered cars could be genuinely exciting to drive.
Tesla produced approximately 2,450 original Roadsters before production ended in 2012. Although relatively few were built, the model played an important role in establishing Tesla as an electric vehicle manufacturer.
In November 2017, Tesla unveiled a second-generation Roadster, promising a dramatic improvement in performance, range and technology.
Unlike the original two-seat model, the proposed new Roadster features a 2+2 seating arrangement, an aerodynamic body and an electric powertrain designed to compete with high-performance supercars.
However, despite the excitement surrounding its announcement, the second-generation Roadster has experienced repeated delays and has yet to establish a proven production track record.
The new Roadster therefore remains one of the most anticipated electric performance cars, with considerable interest surrounding its eventual specifications and availability.
Tesla Roadster: Specifications and Performance
When Tesla unveiled the second-generation Roadster in 2017, it announced performance figures that would place the electric sports car among the fastest production vehicles in the world.
Unlike a conventional petrol-powered supercar, the Roadster is designed around an all-electric powertrain, delivering power directly to its wheels without the need for a traditional combustion engine.
Tesla’s original proposed specifications included:
Performance at a Glance
- 0–60 mph: 1.9 seconds (claimed)
- 0–100 mph: 4.2 seconds (claimed)
- Top speed: More than 250 mph (claimed)
- Driving range: Up to 620 miles (1,000 km), based on Tesla’s original estimate
- Battery capacity: 200 kWh, as originally announced
- Drive system: All-wheel drive
- Seating: Four seats in a 2+2 configuration
- Body style: Electric sports car with a removable glass roof section
These figures attracted considerable attention because they suggested that an electric car could challenge the acceleration and top speed of established petrol-powered hypercars.
However, there is an important distinction between Tesla’s announcements and the performance of a finished production vehicle.
The Roadster’s final specifications have not been independently established through production-car testing. Battery technology, vehicle weight, engineering requirements and manufacturing decisions could all influence the figures eventually achieved.
Tesla has also discussed the possibility of even more extreme acceleration through an optional technology package, although its final design, availability and performance remain unconfirmed.
Until production vehicles are available for independent testing, the Roadster’s extraordinary performance figures should be treated as ambitious manufacturer targets rather than guaranteed capabilities.
When Will the New Tesla Roadster Be Released?
One of the biggest questions surrounding the second-generation Tesla Roadster is when it will finally become available.
Tesla first unveiled the vehicle in November 2017, with production originally anticipated in 2020. However, that target passed without the car entering production.
Over the following years, Tesla repeatedly revised its expectations as the company concentrated on other projects, including expanding its existing vehicle range, developing new manufacturing technology and launching the Cybertruck.
The Roadster has remained a highly anticipated model, but its prolonged development has also raised questions about when customers will receive their vehicles.
Why Has the Tesla Roadster Been Delayed?
Several factors may have contributed to the extended development period:
- Competing production priorities: Tesla has focused resources on higher-volume vehicles and other major projects.
- Battery technology: Delivering exceptional acceleration alongside the originally promised driving range presents significant engineering challenges.
- Performance expectations: Producing a road-legal electric sports car capable of meeting Tesla’s ambitious targets requires extensive development and testing.
- Manufacturing complexity: A specialist, low-volume performance vehicle presents different production challenges from Tesla’s mainstream models.
Although Tesla has continued to discuss the Roadster publicly, announced targets have changed repeatedly.
As of October 2026, a firm production start and customer delivery schedule have not been independently established. Buyers should therefore treat any proposed launch date as provisional until Tesla confirms production and deliveries.
For enthusiasts, the Roadster remains an exciting prospect, but its eventual arrival will be the real test of whether Tesla can deliver on the extraordinary promises made at its original unveiling.
How Does the Tesla Roadster’s Electric Powertrain Work?
Unlike traditional supercars powered by large petrol engines, the second-generation Tesla Roadster has been designed to deliver extraordinary performance using electric motors and a high-capacity battery.
Tesla originally announced a three-motor all-wheel-drive configuration, with one motor powering the front wheels and two driving the rear wheels.
This arrangement is intended to provide exceptional traction, rapid acceleration and precise control over how power is distributed between the wheels.
Instant Torque and Acceleration
One of the biggest advantages of an electric powertrain is its ability to deliver substantial torque almost immediately.
Petrol engines generally need to build engine speed to reach their strongest performance, whereas electric motors can produce high torque from very low speeds.
For a performance car such as the Roadster, this could translate into exceptionally rapid acceleration, particularly when combined with all-wheel drive and sophisticated traction control.
A 200 kWh Battery
Tesla originally proposed a 200 kWh battery pack for the new Roadster, substantially larger than those fitted to many mainstream electric cars.
The company claimed this could provide up to 620 miles of driving range under favourable conditions.
However, the final battery specification, real-world range and charging performance remain unconfirmed.
To explore the wider developments that could shape future electric vehicles, read our article on what Tesla’s new battery technology could mean for the future.
Actual driving range would depend on factors including speed, temperature, driving style and how frequently the vehicle’s full performance is used.
The Challenge of Combining Speed and Range
Delivering both extreme performance and long driving range is a significant engineering challenge.
A larger battery can store more energy, but it also adds weight. Engineers must balance battery capacity against handling, braking, cooling and overall vehicle efficiency.
The Roadster’s eventual production specifications will determine how successfully Tesla has managed these competing requirements.
For now, its proposed powertrain demonstrates the potential of electric performance technology, even though the finished vehicle has yet to prove its capabilities through independent testing.
Tesla Roadster Design: A Sports Car Built for the Electric Age
The second-generation Tesla Roadster has been designed to look and feel like a modern high-performance sports car, combining a low, aerodynamic profile with the clean styling associated with Tesla’s electric vehicles.
Unlike the original Roadster, which was based on a Lotus-derived chassis, the new model has been presented as a distinctive Tesla design.
Aerodynamic Styling
The Roadster features a low nose, sculpted bodywork, wide stance and streamlined silhouette.
These design elements are intended to help manage airflow and reduce aerodynamic drag, both of which are particularly important for an electric sports car targeting exceptional speed and driving range.
However, the aerodynamic performance of the final production vehicle has not yet been independently established.
A Removable Glass Roof
One of the Roadster’s most distinctive proposed features is its removable glass roof section.
Tesla’s original presentation showed a roof panel that could be removed to create an open-air driving experience, with storage space for the panel inside the vehicle.
This would allow drivers to enjoy some of the appeal of a convertible without adopting a conventional folding roof mechanism.
Four Seats in a Sports Car
Tesla has also proposed a 2+2 seating arrangement, with two main front seats and two smaller rear seats.
Although the rear seats are unlikely to offer the practicality of a family car, their inclusion could make the Roadster more versatile than a traditional two-seat supercar.
As with other aspects of the vehicle, the final interior layout, dimensions and equipment will need to be confirmed when the production model is revealed.
Overall, the Roadster’s design aims to combine the drama of a supercar with the simplicity and efficiency of an electric vehicle.
Inside the Tesla Roadster: Interior and Technology
The Tesla Roadster’s interior has been designed around a minimalist approach, combining a driver-focused layout with the digital technology associated with Tesla’s electric vehicles.
Rather than filling the dashboard with traditional buttons and switches, Tesla’s original Roadster prototype featured a clean cabin, a central touchscreen and a distinctive steering-wheel design.
A Driver-Focused Cockpit
The Roadster’s low seating position and compact cockpit are intended to create the feeling of a dedicated performance car.
The prototype also featured a portrait-oriented central display, providing a glimpse of how Tesla might integrate vehicle information, navigation and other controls.
However, the final dashboard layout, steering controls and equipment have not been confirmed for production.
Digital Technology and Connectivity
Tesla is known for integrating software into its vehicles, including touchscreen controls, connected services and over-the-air software updates.
It would be reasonable to expect the Roadster to incorporate elements of this approach, although Tesla has not confirmed the complete production technology package.
Features such as driver assistance, infotainment, connectivity and software functionality will need to be assessed once final specifications are available.
Performance Without Traditional Engine Noise
One of the most noticeable differences between the Roadster and a conventional supercar will be its driving soundtrack.
Without a petrol engine or exhaust system, an electric Roadster would offer a very different sensory experience from a Ferrari or Lamborghini.
For some enthusiasts, the absence of a roaring combustion engine may be disappointing. Others may appreciate the immediate acceleration, smooth power delivery and quieter driving experience.
Ultimately, the Roadster’s interior will need to balance everyday usability with the expectations of drivers purchasing an exceptionally expensive performance car.
Until Tesla reveals the finished production model, the original prototype remains the clearest indication of its intended cabin design.
Tesla Roadster vs Petrol Supercars: What’s the Difference?
The Tesla Roadster aims to challenge the traditional idea of what makes a supercar exciting.
For decades, high-performance cars have been defined by powerful petrol engines, dramatic exhaust notes and sophisticated mechanical engineering. The Roadster takes a different approach, using electric motors, battery technology and advanced electronic controls to deliver its performance.
Electric Acceleration vs Petrol Power
One of the Roadster’s proposed advantages is its ability to deliver rapid acceleration without waiting for a combustion engine to build revs.
Electric motors can produce substantial torque almost immediately, while all-wheel drive can help distribute that power across the road.
However, acceleration is only one part of a supercar’s performance. Braking, handling, cooling and the ability to maintain high speeds are equally important.
Until the production Roadster undergoes independent testing, it is impossible to establish how it compares with leading petrol-powered supercars across all these areas.
Running Costs and Maintenance
Electric vehicles generally have fewer moving parts in their powertrains than petrol-powered cars, potentially reducing certain maintenance requirements.
The Roadster would not need conventional engine oil changes, spark plugs or an exhaust system.
However, its high-performance tyres, braking components, specialist electronics and potentially expensive battery system could still make ownership costly.
Actual servicing requirements, insurance costs and repair expenses will depend on the final production model.
Charging vs Refuelling
A petrol supercar can usually be refuelled in a matter of minutes, whereas charging an electric vehicle takes longer and depends on battery capacity, charger power and charging conditions.
Tesla’s originally proposed 200 kWh battery would make charging performance particularly important.
Until the Roadster’s final charging specifications are confirmed, its practicality for long-distance journeys remains uncertain.
A Different Driving Experience
The Roadster promises a quieter, more immediate form of performance than a traditional V8 or V12 supercar.
Whether that makes it more enjoyable will depend largely on individual preferences.
Some drivers value the sound and character of a petrol engine, while others are attracted by the responsiveness and technological possibilities of electric performance cars.
The Roadster’s greatest achievement, if it reaches production and meets its targets, could be demonstrating that electric vehicles can compete with established supercars on more than acceleration alone.
Tesla’s ambitious performance claims invite comparisons with some of the world’s most extraordinary hypercars. To see how established manufacturers have pushed the boundaries of speed, explore our guide to the fastest cars in the world.
How Much Will the Tesla Roadster Cost?
The second-generation Tesla Roadster was never intended to be an affordable electric car. From its original unveiling, Tesla positioned it as an exclusive, high-performance model aimed at buyers seeking extraordinary speed and advanced electric vehicle technology.
Tesla Roadster’s Announced Price
When Tesla unveiled the new Roadster in 2017, it announced the following indicative US prices:
- Base Roadster: $200,000
- Founders Series: $250,000
- Original base reservation deposit: $50,000
These figures reflected Tesla’s original launch plans rather than a confirmed final price list for a production vehicle.
The Founders Series was presented as a limited edition, with Tesla initially proposing 1,000 examples.
However, the vehicle’s prolonged development means buyers should not assume those original prices, editions or reservation arrangements will remain unchanged.
Can You Reserve a Tesla Roadster?
Tesla previously accepted reservations for the second-generation Roadster, but prospective buyers should check Tesla’s official website for the latest information about reservation availability, deposits and terms.
A reservation does not necessarily guarantee a particular delivery date or final purchase price.
Given the years that have passed since the original announcement, anyone considering a reservation should carefully review the current conditions before committing money.
How Much Will It Cost in the UK?
Tesla has not established a definitive UK on-the-road price for the finished production Roadster.
The eventual cost would depend on factors including the final vehicle specification, exchange rates, taxes and any UK-specific pricing arrangements.
Insurance, maintenance, tyres and potential specialist repairs would also need to be considered.
Although the Roadster could become a desirable collector’s vehicle, its future resale value cannot be predicted reliably before production and customer deliveries begin.
For now, the original prices provide useful historical context, but they should not be treated as guaranteed prices for a future UK purchase.
How Does It Compare to the Original?
The original Tesla Roadster and the proposed second-generation model share a name and an ambition to demonstrate the capabilities of electric vehicles. However, they represent two very different stages in Tesla’s development.
The first Roadster, launched in 2008, helped prove that an electric sports car could offer impressive acceleration and a usable driving range. The second-generation model aims to take that concept much further, targeting performance traditionally associated with the world’s fastest supercars.
Original vs New Tesla Roadster
| Feature | Original Tesla Roadster (2008–2012) | Second-Generation Roadster (Proposed) |
|---|---|---|
| Seating | Two seats | Four seats (2+2) |
| Powertrain | Single electric motor | Three electric motors, as originally announced |
| Drive system | Rear-wheel drive | All-wheel drive |
| 0–60 mph | Approximately 3.7–3.9 seconds, depending on version | 1.9 seconds (Tesla’s original claim) |
| Battery | Approximately 53 kWh | 200 kWh (original proposal) |
| Driving range | Up to 245 miles, based on Tesla’s original estimate | Up to 620 miles (Tesla’s original claim) |
| Production status | Production ended in 2012 | Production specifications and deliveries not yet established |
The most striking differences are the proposed improvements in acceleration, battery capacity and driving range.
However, these figures are not directly comparable in every respect. They come from different periods, testing methods and stages of vehicle development.
How Tesla Has Evolved
The original Roadster was a relatively low-volume sports car that helped establish Tesla’s reputation.
Since then, Tesla has developed a much broader range of electric vehicles, alongside advances in battery management, software and manufacturing.
The second-generation Roadster is intended to demonstrate how far that technology can be pushed in a dedicated performance vehicle.
Whether it can deliver on its original promises will only become clear when finished production cars are independently tested.
Whatever happens next, the original Roadster has already secured its place in electric vehicle history. The new model still has the opportunity to establish a legacy of its own.
The Tesla Roadster: Is It Worth the Wait?
The second-generation Tesla Roadster has the potential to become one of the most remarkable electric performance cars ever produced.
Its proposed combination of extraordinary acceleration, long driving range, all-wheel drive and distinctive sports car styling has attracted attention since its unveiling in 2017.
However, the Roadster’s story is also one of ambitious promises and repeated delays.
While Tesla’s original performance targets remain impressive, the finished production vehicle will need to demonstrate that it can deliver those capabilities in real-world conditions.
For enthusiasts, the Roadster represents an exciting glimpse of what electric sports cars could achieve. For prospective buyers, patience and a realistic understanding of its unconfirmed specifications remain essential.
Whether the new Roadster ultimately becomes a revolutionary supercar or simply an interesting chapter in Tesla’s history will depend on what Tesla eventually delivers.
One thing is certain: the original Tesla Roadster helped change perceptions of electric vehicles, and its proposed successor has an opportunity to push those boundaries even further.
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