2006 Toyota RAV4 2.2L Diesel · JM06 BTM

The latest MOT test for the 2006 Toyota RAV4 was completed on 2025-11-20 and resulted in a PASS, indicating that the vehicle met all regulatory standards at that time. Reviewing the recent history reveals a consistent pattern of passing tests over the past two years, with no significant defects recorded. This suggests a stable maintenance trend, which is reassuring for a buyer seeking reliability. However, the vehicle has accumulated 64,290 miles, which translates to approximately 3,214 miles per year—considering its age of around 20 years, this rate is relatively low and may point to lighter usage or extended periods of inactivity. Still, it’s important to note that even low mileage vehicles can experience gradual wear on critical systems. The recorded mileage, while modest compared to the car’s age, warrants attention given the mechanical components that degrade over time. At this stage, the suspension bushings and coil springs should be inspected for signs of wear or binding, as prolonged use without maintenance can lead to stiffness or uneven handling. The braking system should be checked for any unusual shudder or vibration, particularly if the vehicle has been parked in a confined space. Additionally, the tyre sidewalls should be examined for cracking or perishing, as this could affect grip and safety. The 12V battery health should also be verified, as age-related degradation can impact electrical systems and lighting. For buyers entering the vehicle, it is advisable to conduct a thorough visual and functional inspection focusing on tyre condition, brake performance, and fluid levels. Given the age of the RAV4, verifying service book stamps and ensuring all recommended maintenance intervals have been followed will be crucial. If the MOT history remains clean and the mileage aligns with expected usage, the car should perform reliably, but proactive checks are essential to catch any emerging issues early. Regular attention to fluid degradation, especially oil and coolant, will help maintain optimal mechanical function throughout its service life.