SMART Cars: Complete Guide, Models & Reliability (2025)

SMART is a distinctive automotive brand known for its compact and efficient vehicles, primarily designed for urban environments. With a total of 472 vehicles registered in the UK, SMART has carved a niche in the market, appealing to drivers who prioritise manoeuvrability and sustainability.

The brand's most popular models include the FORTWO PASSION MHD AUTO, with 57 units, and the ROADSTER 80 AUTO (RHD), which has 38 units registered. Other notable models include the CITY PASSION 61 AUTO and the FORTWO PULSE MHD AUTO, with 20 and 18 units respectively. This diverse range showcases SMART's commitment to providing options that cater to various consumer preferences.

In terms of fuel type distribution, SMART vehicles predominantly run on petrol, with 269 petrol vehicles registered. Additionally, there is a growing presence of electric vehicles, with 70 registered as electricity and 56 as electric. This shift towards electric options reflects the brand's adaptation to the evolving automotive landscape and consumer demand for greener alternatives.

SMART vehicles span a wide range of model years, with the most recent registrations including four vehicles from 2025 and 31 from 2024. The average MOT pass rate for SMART vehicles stands at 76.1%, indicating a reasonable level of reliability among its models.

Common failures identified during MOT tests include issues with lighting, brakes, and tyres, which are critical areas for vehicle safety. With a total of 4,426 MOT tests conducted, these statistics provide valuable insights into the performance and maintenance needs of SMART vehicles.

Data accuracy is subject to change, and the figures presented here are based on the latest available information. For the most current details, it is advisable to consult official sources or automotive experts.

Popular SMART Models

SMART has established a unique niche in the automotive market, with a total of 472 vehicles registered in the UK. Among these, several models stand out in terms of popularity and sales.

The FORTWO PASSION MHD AUTO is the most popular model, with 57 units sold. This compact vehicle is well-regarded for its efficiency and ease of parking in urban environments.

Another notable model is the ROADSTER 80 AUTO (RHD), which has seen 38 registrations. This sporty option appeals to those looking for a fun driving experience.

Other popular models include the CITY PASSION 61 AUTO with 20 units and the FORTWO PULSE MHD AUTO with 18 units sold. These models reflect SMART's focus on compact, city-friendly vehicles.

In terms of fuel types, the distribution shows a strong preference for petrol, with 269 vehicles running on this fuel. Additionally, there are 70 electric vehicles and 56 classified as electric, indicating a growing interest in sustainable options.

The year distribution of SMART vehicles reveals a diverse range of models, with the most recent registrations occurring in 2025 (4 units) and 2024 (31 units). The average MOT pass rate for SMART vehicles stands at 76.1%, which is a crucial statistic for potential buyers.

Common failures during MOT tests include issues with lighting (532 cases), brakes (344 cases), and tyres (251 cases). These statistics highlight areas where owners may need to focus on maintenance.

Data accuracy is based on the latest available information and may be subject to change. Always consult official sources for the most current data.

The reliability of SMART vehicles during the MOT test is reflected in their average pass rate of 76.1%. This statistic indicates that while a significant number of vehicles pass their tests, there is still a notable proportion that may require attention to ensure compliance with safety and environmental standards.

Among the 472 SMART vehicles tested, the most common models include the FORTWO PASSION MHD AUTO, with 57 units, and the ROADSTER 80 AUTO (RHD), with 38 units. The distribution of fuel types shows a predominance of petrol vehicles, accounting for 269 out of the total, followed by a mix of electric and hybrid options.

Common failures during the MOT tests highlight areas where SMART vehicles may need improvement. The leading category for failures is lighting, with 532 instances recorded. Other significant issues include general faults (465), brake problems (344), tyre defects (251), and windscreen issues (183). These statistics suggest that owners should pay particular attention to these components to enhance their vehicle's reliability.

In terms of vehicle age, the majority of SMART vehicles tested are from 2013 and earlier, with 53 units from that year alone. This age distribution may influence the likelihood of encountering common issues, as older vehicles may be more prone to wear and tear.

It is essential for SMART owners to be proactive in addressing these common issues to improve their chances of passing the MOT. Regular maintenance and timely repairs can significantly enhance vehicle reliability and safety.

Data accuracy is subject to change, and the statistics presented are based on the latest available information. For the most current insights, vehicle owners should consult official sources.

When considering the ownership costs of a SMART vehicle, it is essential to evaluate various factors, including fuel type, maintenance, and tax obligations. With a total of 472 SMART vehicles registered, the distribution of fuel types is notable. The majority, 269 vehicles, run on petrol, while there are also 70 electric vehicles and 56 classified as electric. This variety allows potential owners to choose a model that best fits their driving habits and budget.

In terms of age distribution, the SMART fleet includes vehicles from as recent as 2025 to models dating back to 2006. The most common years for registration are 2013, with 53 vehicles, and 2024, with 31 vehicles. This range provides options for buyers looking for both new and used models.

Maintenance costs can vary, but the average MOT pass rate for SMART vehicles stands at 76.1%. This figure indicates that while many vehicles pass their tests, a significant number may require attention. Common failures include lighting issues (532 instances), followed by other categories such as brakes (344 instances) and tyres (251 instances). Understanding these common issues can help owners budget for potential repairs.

Tax obligations will depend on the specific model and its emissions. Generally, electric vehicles may benefit from lower road tax rates compared to petrol and diesel models. Owners should consult the latest government guidelines to determine their specific tax liabilities.

It is important to note that the data presented here is based on current registrations and may be subject to change. For the most accurate and up-to-date information, potential buyers should conduct further research or consult with a professional.

Buying Guide and What to Check

When considering a SMART vehicle, it’s essential to understand the key factors that can influence your purchase. With a total of 472 SMART vehicles available, including popular models like the FORTWO PASSION MHD AUTO and ROADSTER 80 AUTO(RHD), you have a variety of options to choose from.

First, assess the fuel type distribution. The majority of SMART vehicles are petrol-powered, with 269 petrol vehicles, followed by 70 electric and 56 electric vehicles. Understanding your driving needs and preferences for fuel type can help narrow down your choices.

Next, consider the age of the vehicle. The year distribution shows a range of models from 2025 back to 2006, with the most recent models being 2024 (31 vehicles) and 2023 (18 vehicles). Newer models may offer updated features and technology, while older models might be more budget-friendly.

It’s also crucial to check the vehicle’s MOT history. The average MOT pass rate for SMART vehicles is 76.1%, indicating that a significant number of vehicles may require attention. Common failures include issues with lighting (532 failures), brakes (344 failures), and tyres (251 failures). Be sure to inspect these areas closely.

Lastly, consider the vehicle's history and condition. With a total of 4,426 MOT tests conducted, reviewing the test results can provide insight into the vehicle's reliability. Always request a full service history and check for any outstanding recalls.

In summary, when buying a SMART vehicle, focus on fuel type, age, MOT history, and overall condition. This approach will help ensure you make an informed decision.

Note: Data accuracy is based on the latest available statistics and may vary.

Related Information and Resources

SMART vehicles have a total of 472 registered units in the UK, with a diverse range of models available. The most popular model is the FORTWO PASSION MHD AUTO, accounting for 57 units, followed by the ROADSTER 80 AUTO (RHD) with 38 units. Other notable models include the CITY PASSION 61 AUTO and FORTWO PULSE MHD AUTO, with 20 and 18 units respectively.

In terms of fuel type distribution, the majority of SMART vehicles run on petrol, with 269 units. Electric options are also significant, comprising 70 units classified as electricity and 56 as electric. Diesel vehicles are less common, with only 22 units registered.

The age distribution of SMART vehicles shows a variety of models from different years, with the latest registrations being from 2025 (4 units) and 2024 (31 units). The most represented year is 2013, with 53 units, indicating a strong presence of older models in the market.

When it comes to the MOT pass rate, SMART vehicles have an average pass rate of 76.1%. This statistic highlights the importance of regular maintenance and checks to ensure vehicle safety and compliance.

Common failures during MOT tests for SMART vehicles include issues with lighting (532 failures), followed by other categories such as brakes (344 failures) and tyres (251 failures). Understanding these common issues can help owners take proactive measures to maintain their vehicles.

For further information, you can explore resources related to SMART vehicles, including official manufacturer websites, automotive forums, and local dealerships. Always ensure to verify the accuracy of data from external sources.