2016 Volkswagen Golf 2.0L Diesel · BP66 FOF

The 2016 Volkswagen Golf presents a mixed roadworthiness picture marked by intermittent failures followed by clean passes, with the latest MOT conducted on 2026-05-30 returning a pass result and no recorded defects. This outcome follows a history where two prior failures occurred in 2023 and 2025—one involving nearside front tyre tread depth below the mandatory 1.6mm minimum and another concerning nearside front lower suspension arm pin or bush that was excessively worn. A separate major failure in December 2023 cited nearside rear service brake binding, while earlier records show persistent tyre wear and front brake disc deterioration across 2021 and 2022. The current passing result indicates the vehicle has cleared the MOT process again, yet the recurrence of suspension and braking system issues throughout the past decade signals that ongoing attention to these specific components will be required before this car can be considered fully reliable. At approximately 74,757 miles after ten years of ownership, the vehicle accumulates roughly 7,476 miles annually on average—a rate that aligns with typical usage for its age but masks underlying wear patterns evident in the MOT history. The six-month gap between the 2023-12-22 failure and the subsequent 2024-12-18 pass suggests some interval between major repairs, though the 2025-06-12 failure reintroduced a significant suspension concern that was resolved by the next test. The distance covered between the 2022-12-22 and 2023-12-23 passes (approximately five months) contrasts with the longer hiatus following the 2023 failure, indicating variable maintenance intervals. While the mileage figure itself does not reveal immediate mechanical distress, the concentration of defects in the suspension system and rear brake assembly implies that the 74,000-mile mark coincides with accumulated fatigue in components that were not consistently monitored during the intervening years. The front lower suspension arm on the nearside side shows the most severe individual defect, with the 2025 MOT recording an excessively worn pin or bush that could compromise ride quality and handling, potentially causing uneven wheel contact or abnormal steering feedback. On a test drive, buyers should monitor for any steering pull or vague vibrations when navigating bumps, as worn suspension bushes often transmit chassis movement through the steering column. Additionally, the rear service brake binding reported in the 2023 failure warrants verification of free braking action under load; if the brake pedal feels spongy or the car hesitates when applying pressure to the rear wheels, this could indicate continued internal wear in the braking mechanism or a loose connection requiring professional inspection. The repeated tyre wear observations across both front and rear positions—documented in 2021, 2022, and 2023—point toward either consistent driving conditions or gradual loss of tread due to underlying alignment or suspension geometry issues that were not corrected despite multiple MOT passes. The front brake disc deterioration noted in 2021, combined with the 2022 advisory about thickness, suggests the front calipers may require replacement even if they currently pass visually. Before committing, the prospective buyer should demand proof of repair completion for the suspension arm, confirmation that the rear service brakes have been thoroughly inspected and rebuilt, and a detailed explanation of how tyre wear was managed since the last successful MOT. These specific checks address the documented failure modes and ensure that the vehicle's remaining roadworthiness is not compromised by deferred maintenance on its critical safety systems.