2012 Ssangyong Korando 2.0L Diesel · EU62 FLW

The latest MOT record for this 2012 SsangYong Korando shows a pass achieved in December 2021, but the historical data suggests a pattern of inconsistent maintenance and reactive repairs rather than proactive servicing. The vehicle has experienced several significant failures, including dangerous defects related to critical braking components and major failures involving suspension and lighting. While the most recent result was a pass, the presence of an advisory regarding play in the offside front suspension arm ball joint indicates that wear in the steering and suspension components is an ongoing issue. The maintenance trend appears somewhat volatile, with the vehicle frequently requiring remedial work to address safety-critical items such as brake pad thickness, parking brake efficiency, and fractured coil springs. With 121,471 miles recorded over approximately 14 years, the vehicle has averaged roughly 8,676 miles per year. This is considered typical for a diesel SUV of this age and suggests a consistent usage pattern rather than extreme high-mileage motorway driving or excessive short-distance urban use. However, the mileage is high enough that mechanical components such as the drivetrain, turbocharger, and various rubber bushings will be approaching the end of their natural service life. The steady accumulation of miles means that while the vehicle has not been sitting idle for long periods, the cumulative wear on consumables like suspension arms, ball joints, and braking systems is a significant factor to consider during a physical inspection. A prospective buyer must pay close attention to the suspension and braking systems during a test drive. The history of fractured coil springs and worn ball joints suggests that the chassis and suspension geometry may be prone to fatigue. Listen closely for any knocking, clunking, or creaking noises when driving over uneven surfaces or turning the steering wheel, as these are classic symptoms of failing suspension bushes or worn ball joints. Furthermore, given the previous dangerous failures regarding brake pad thickness and parking brake efficiency, it is essential to test the braking feel. Watch for any pedal sponginess, vibrations through the pedal, or pulling to one side under heavy braking, which could indicate sticking calipers or compromised hydraulic integrity. Finally, you should inspect the underside of the vehicle for signs of corrosion, particularly around the rear brake pipes which have been flagged for corrosion in multiple previous tests. Ensure that any recent repairs to the brake lines have been carried out thoroughly and that there are no signs of weeping fluid. Check the condition of the tyres for uneven wear patterns, which would indicate misalignment caused by the previously noted suspension issues. Given the age of the vehicle, also verify the service history to ensure that essential fluid changes, such as the timing belt (if applicable), engine oil, and brake fluid, have been performed according to manufacturer intervals, as the MOT history alone does not confirm the quality of routine mechanical maintenance.