2014 Ssangyong Korando 2.0L Diesel · FX64 OUC

A history of consistent roadworthiness defines this vehicle, with the most recent MOT pass on 27 August 2025 showing no defects recorded. While the record is largely clean, a notable mechanical failure occurred in December 2024 regarding the drivetrain, specifically involving an excessively worn central prop shaft bearing. This failure was accompanied by an advisory for a worn rear prop shaft joint. However, the subsequent pass in late 2025 suggests that these specific drivetrain components have been addressed, returning the vehicle to a state of passing compliance without further recorded issues. The vehicle has covered 98,361 miles over its twelve-year lifespan, representing an average annual accumulation of approximately 8,197 miles. This usage pattern is typical for a vehicle of this age and suggests a consistent level of operation rather than extreme high-mileage wear or the potential complications associated with long periods of stationary use. From a mechanical perspective, this steady mileage profile implies that components such as the suspension, braking system, and drivetrain have been subjected to regular, predictable load cycles, which generally avoids the extreme degradation seen in high-mileage vehicles or the seizure of components often found in low-usage cars. Prospective buyers should focus their physical inspection on the drivetrain and underside, specifically looking for any residual issues related to the prop shaft assembly. During a test drive, pay close attention to any unusual vibrations, humming, or droning noises emanating from beneath the floorpan, particularly when accelerating or maintaining cruising speeds. Any rhythmic knocking or clunking sounds coming from the rear of the vehicle could indicate that the previously advised rear prop shaft joint has degraded further or was not fully rectified. Beyond the drivetrain, the general absence of advisories regarding structural integrity, such as subframe corrosion or brake pipe deterioration, is a positive factor in the recorded history. However, given the age of the vehicle and the specific failure of the prop shaft bearing, a thorough visual inspection of the universal joints and the condition of the centre support bearing housing is recommended. Ensuring there is no excessive play in the driveshaft assembly will confirm that the repairs following the December 2024 failure have been effectively executed.