2014 KIA Sorento 2.2L Diesel · YB63 PZG

The most recent DVSA examination on 26 February 2026 produced an initial failure alongside a subsequent pass, with the only categorised defect being a minor windscreen damage item that did not adversely affect the driver's view. However, the test generated four advisories that warrant close attention: both rear seat belt locking mechanisms were noted as slightly defective, the offside rear brake disc was recorded as worn, pitted or scored though not seriously weakened, and the offside rear brake pads were flagged as wearing thin. Reviewing the broader MOT history reveals a broadly stable but increasingly advisory-laden trend, as the persistent windscreen minor has been carried forward since at least 2021 and recurring rear seat belt, rear brake and steering-gear advisories have accumulated across consecutive tests. The 2024 advisory concerning play in both front track rod end ball joints escalated into major failure items in March 2022, demonstrating that previously flagged wear items on this vehicle do progress to outright defects if not rectified promptly. With approximately 119,366 miles recorded against a 2014 build date, this KIA Sorento has averaged roughly 9,947 miles per year, which sits comfortably within typical parameters for a large family SUV of its age. The annual mileage is moderate rather than excessive, suggesting that primary mechanical components such as the engine, transmission and four-wheel-drive system are unlikely to have endured severe high-mileage fatigue. Nevertheless, the cumulative figure means that major consumables including timing components, suspension bushes, anti-roll bar links and drivetrain mounts are approaching or have already reached the upper end of their service life, and the advisory recorded in 2025 for a defective offside rear gearbox mounting diff bush indicates that driveline wear is already manifesting. Given the recurring advisories, a thorough pre-purchase inspection should focus heavily on the steering and braking systems. The front track rod end ball joints were flagged for play in 2024 and previously failed in 2022, so any clonking, knocking or vagueness through the steering during a test drive would suggest renewed wear in these joints, particularly over uneven surfaces or when turning at low speed. Uneven or feathered tyre wear, particularly on the inner or outer edges of the front tyres, would further corroborate deteriorated steering geometry. The rear brake disc and pad advisories from February 2026 mean the offside rear braking system is due for imminent attention, so the vehicle should be tested for brake shudder under firm pedal pressure, any pulling to one side under braking, and the handbrake holding the vehicle on an incline, as pitted rear discs and thin pads will compromise stopping performance and may eventually lead to a failure at the next MOT. Beyond the flagged items, prospective buyers should conduct a careful physical inspection commensurate with the vehicle's age and mileage. Examine the tyres for sidewall perishing or cracking from age rather than simply tread depth, as twelve-year-old rubber can deteriorate even with adequate tread remaining. The rear seat belt locking mechanisms flagged in successive tests should be physically checked by latching and tugging sharply to ensure they lock off correctly, as faulty mechanisms present a clear safety risk. Inspect the underbody and suspension components for corrosion, paying particular attention to coil springs, which on Sorentos of this era are known to fracture, and check for any fluid seepage from the steering rack given the slight free play recorded. Verify a complete service history with evidence of recent cambelt replacement, brake fluid renewal within the last two years, and a healthy 12V battery, as the original unit is almost certainly due for replacement. Finally, confirm that the persistent windscreen damage has not progressed into the driver's direct line of sight and ensure the rear diff mount advisory has been investigated, as continued deterioration in this area can produce vibrations through the drivetrain under load.