2014 Volkswagen Golf 1.6L Diesel · YP14 DLJ

The vehicle remains roadworthy, as evidenced by the most recent MOT pass in September 2025 at 103,549 miles with no recorded defects. However, the maintenance history reveals a trend of reactive repairs where components are only addressed after accumulating advisories. While the latest test shows a clean sheet, the previous years indicate a history of deferred suspension and brake maintenance, suggesting that the owner prioritizes meeting minimum legal requirements rather than performing proactive preventative care. The mileage pattern is consistent with a twelve-year-old vehicle, averaging approximately 8,600 miles per year. There is a significant gap of 18,160 miles between the May 2022 and October 2023 tests, and another 13,368 miles between October 2023 and October 2024. This steady accumulation suggests the car is used regularly, which helps prevent the degradation of rubber components from sitting, though it has also accelerated the natural wear on the suspension arm bushes and braking hardware noted in the later records. A buyer must conduct a close inspection of the front suspension geometry and shock absorbers. The tester recorded light misting of oil on both front shock absorbers consistently from 2021 through 2024, and worn suspension arm bushes were flagged in both 2023 and 2024. These issues often lead to poor handling and uneven tyre wear if not replaced. Additionally, the nearside rear road wheel was noted as distorted in two consecutive tests, which should be checked for vibrations at higher speeds. The braking system shows a recurring history of pitted and scored discs across all wheels dating back to 2021. This pattern of corrosion and wear often indicates either long periods of stationary use in damp environments or a failure to replace the brake components until they become visibly degraded. While the 2025 test passed without comment, the buyer should verify the current thickness and condition of the pads and discs to ensure they are not nearing the end of their functional life.