MITSUBISHI CARISMA 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 MITSUBISHI CARISMA.
Defect rate by model year
The Mitsubishi Carisma, a compact family car produced from 1995 to 2004, was designed to offer practicality and comfort at an affordable price. It has been a familiar choice for budget-conscious consumers seeking reliability and ease of maintenance. However, the model's reputation has been mixed, particularly concerning its performance in MOT inspections.
When examining the reliability of the Carisma, it is evident that it generally falls short compared to its peers from the same production years. In 2003, the Carisma recorded 478 defects per 100 tests, which is 26% higher than the average for cars of that year. The following year, 2004, also saw a high defect rate of 470 per 100 tests, 23% above average. These figures suggest ongoing concerns regarding the model's durability and overall build quality.
Recurring issues for the Carisma include significant problems with brake pipes, which were often found to be damaged or excessively corroded. Additionally, suspension components such as pins, bushes, and joints showed signs of excessive wear. Tyre-related issues, particularly concerning tread depth and structural integrity, were also common. While these problems can affect many vehicles, their prevalence in the Carisma highlights a potential area of concern for prospective owners.
Did you know?
Overall, the Carisma's performance in MOT inspections indicates that it may not be the most reliable choice in its class, particularly for the years 2003 and 2004. However, it is worth noting that the model has a certain level of reputation for affordability and ease of repair, making it a practical option for those willing to address its shortcomings. As Mitsubishi phased out the Carisma in favor of newer models, the legacy of this compact car remains as a reminder of the challenges faced by manufacturers in balancing cost-effectiveness with reliability.