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VOLKSWAGEN TIGUAN MOT Statistics by Year

Select a model year to see detailed MOT results; including pass rates, mileage trends, and the most common defects found for that specific VOLKSWAGEN TIGUAN.

Defect rate by model year

Comparison of Volkswagen TIGUAN versus average car of the same model year.

The Volkswagen Tiguan, introduced in 2007, has established itself as a popular compact SUV, combining practicality with a stylish design. Over the years, it has garnered a reputation for its solid build quality and a range of efficient engines. This summary examines the reliability of various model years based on MOT inspection data, offering insights into its performance and common issues.

Overall, the Tiguan demonstrates a mixed reliability track record when compared to the average car of the same year. Notably, the years 2011 through 2018 show a consistent trend of lower defects per 100 tests than the average vehicles of their respective years, with 2017 performing particularly well at just 103 defects per 100 tests. Conversely, the years 2015 through 2021 exhibit a gradual increase in defects, with 2021 recording 91 defects per 100, which is notably higher than the average for that year.

Recurring issues across various model years include excessive wear on suspension components, brake-related problems, and tyre tread depth violations. While these issues are common across many vehicles, the frequency of suspension-related defects in the Tiguan suggests a potential area for improvement in design or materials. The data indicates that as the model years progress, particularly from 2016 onward, the overall reliability appears to improve, culminating in a remarkable performance in 2023 with just 33 defects per 100 tests.

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In conclusion, the Volkswagen Tiguan has maintained a steady reputation as a reliable choice among compact SUVs, especially in more recent years. Trivia enthusiasts may find it interesting that the Tiguan was one of the first cars to feature Volkswagen's modular platform, allowing for greater flexibility in design and production. As the model continues to evolve, it will be intriguing to see how it addresses the reliability trends noted in earlier years.