2017 Volkswagen Golf 2.0L Diesel · VN67 LVR

The Volkswagen Golf in question demonstrates a consistent roadworthiness record over the past three MOT cycles, with the most recent test on 14 April 2025 at 99,404 miles resulting in a clean pass and no advisories. This suggests the vehicle has undergone regular maintenance and has not exhibited any recurring or escalating mechanical issues during the testing period. The absence of defects across all four MOTs—including the latest—indicates no obvious patterns of neglect or failure in critical systems, though this does not preclude hidden wear or deferred maintenance beyond the scope of the test. The mileage progression shows a steady accumulation of approximately 11,000 miles annually, which aligns with typical usage for a vehicle of this age. There are no significant gaps between tests, with the most recent MOT occurring just over a year ago, well within the standard 12-month interval. The only notable interval is between the April 2023 and January 2024 tests, where mileage increased by 5,842 miles in nine months—a rate slightly above average but not alarming. The record does not reveal prolonged periods of inactivity or rapid mileage spikes that might suggest aggressive driving or deferred servicing. Given the clean MOT history, a prospective buyer should prioritise a thorough inspection of high-wear components that are not routinely tested. Focus on the suspension system, particularly the condition of coil springs, bushes, and shock absorbers, as these are often overlooked beyond visual checks. The brakes, including caliper binding, disc thickness, and pad material, warrant close examination, especially if the vehicle has experienced varied driving conditions. Structural integrity should also be assessed for signs of corrosion or frame damage, particularly around wheel arches, sills, and underbody panels, as these are critical for long-term safety. While the MOT record provides reassurance, independent verification of these areas is essential to confirm the vehicle’s true condition.