2008 Chevrolet Lacetti 1.6L Petrol · SL58 NXA

The vehicle's MOT record indicates a generally poor roadworthiness with a clear deterioration trend, primarily defined by a failed test in November 2025 at 46,006 miles, followed by a subsequent failure in November 2024 at 44,254 miles. This sequence of failures suggests that the mechanical condition has not been maintained or corrected since the 2025 test, creating a significant risk of imminent failure that would not be detected until the next inspection. The most recent test failed on a rear registration plate lamp, which is a critical safety hazard, and simultaneously revealed multiple critical structural issues including corroded suspension arms and brakes that were not repaired. The mileage pattern reflects a rapid accumulation of wear despite the vehicle's relatively low age of 18 years. While the 2023 and 2024 tests show consistent performance, the gap between the 2025 failure and the 2024 pass suggests that the vehicle may have been driven for a significant period, potentially exceeding 18,000 miles in the intervening years. This accumulation of miles is likely due to the vehicle's age and its high mileage, which can lead to accelerated wear on suspension components, brake discs, and other drivetrain parts that were previously in good condition. The data points to a lack of regular maintenance, as the vehicle has not been serviced since the 2025 test. Given the recurring faults and the structural integrity issues identified, a buyer must inspect the vehicle in person to verify the condition of the suspension, brakes, and structural components. The history of failed tests indicates that even if minor wear is present, the underlying corrosion and lack of repair have compromised the vehicle's safety. A thorough inspection is required to assess the structural rigidity of the inner sills, the condition of the brake discs and pads, and the integrity of the suspension bushings and springs. The buyer must also confirm that the brake binding and the rear anti-roll bar ball joint have been addressed, as these components are critical for handling and stability.