2014 Chevrolet Orlando 2.0L Diesel · YW63 EDF

The vehicle currently meets roadworthiness standards, but the maintenance history reveals a clear pattern of instability and a lack of proactive upkeep. The most recent test on 2026-02-16 at 71,468 miles passed without defects, indicating that the vehicle is currently operating within safe limits. However, the history is dominated by a series of failures, with the final inspection on 2024-02-17 failing at 43,068 miles due to a fractured rear coil spring and a non-functioning fog lamp. This sequence demonstrates that the vehicle has not been maintained in a stable state; rather, it exhibits a trend of worsening condition where the most recent test was the only one that passed, suggesting the vehicle may have been driven for extended periods without regular servicing. The mileage profile suggests a significant gap between the vehicle's age and its operational history. The car is approximately 12 years old with 71,468 miles, or roughly 5,956 miles per year. This low mileage rate is notable for its age, as it is expected to require substantial wear on consumables like tyres, wipers, and brakes over time. The data shows that while the vehicle has maintained 56,896 miles in 2025, the subsequent 1,199 miles in 2024 were recorded as a single test, indicating that the vehicle may have been driven for a long duration without the necessary maintenance. This rapid accumulation of mileage in a short period, combined with the history of multiple failures, raises concerns about the vehicle's structural integrity and the likelihood of future breakdowns. Based on these findings, a buyer should inspect the vehicle's suspension and braking systems in person. The fractured rear coil spring and non-functioning fog lamp are critical findings that indicate significant wear on the vehicle's main structural components. Given the history of multiple failures, particularly on the rear axle, there is a high risk of further structural damage, including potential suspension bushings, brake disc corrosion, or exhaust emissions issues. The buyer should verify the condition of the rear suspension, check for rust or corrosion on brake components, and inspect the exhaust system for leaks or carbon monoxide buildup. A thorough physical inspection is required to assess the true state of the vehicle's mechanical integrity, as the history of failures suggests that the vehicle may not meet roadworthiness standards if the wear is not addressed immediately.