2013 Suzuki Grand Vitara 1.9L Diesel · SL63 RWZ

The vehicle currently holds a roadworthy status following a clean MOT pass in November 2025 at 47,697 miles. This represents an improving trend in maintenance after a period of significant mechanical concern in late 2023. While the vehicle previously failed its test due to critical brake component and structural corrosion, the subsequent lack of advisories in the 2024 and 2025 tests indicates that the previous owner addressed the primary faults and that the rate of deterioration has temporarily stabilised. At 13 years old, the recorded mileage of 47,697 miles is exceptionally low, representing an average of only about 3,669 miles per year. This low usage suggests the vehicle has seen limited exposure or potentially sat for extended periods, which often leads to the degradation of rubber components and metal rather than mechanical wear. Between November 2022 and November 2024, the car covered only 6,551 miles, showing a consistent low-use pattern that does not explain the age-related corrosion issues seen in the record. A buyer must conduct a thorough physical inspection of the underbody to assess the progression of structural rust. The 2023 record flagged corrosion on both the front and rear sub-frames, while the 2024 test identified corroded front coil springs and corroded rear suspension mounting areas. Although these were not marked as failures in the most recent test, the presence of rust on structural members is a long-term risk. You should check for scaling or thinning metal on the sub-frames to ensure the corrosion has not moved beyond surface-level. The braking system also requires close attention following the 2023 failure caused by seriously weakened front discs and corroded brake pipes. While these appear to have been replaced to achieve the subsequent passes, low mileage can lead to brake caliper seizing or disc pitting due to lack of use. Inspect the brake lines for any signs of fluid weeping and ensure the disc surfaces are free of heavy pitting, as the previous history shows the vehicle is prone to environmental-related oxidation in these areas.