2016 Volkswagen Golf 2.0L Petrol · EF66 TYS

The 2016 Volkswagen Golf presents a stable and improving maintenance trend, with the most recent MOT conducted on 18 December 2025 at 89,028 miles returning a completely clean pass with zero advisories or defects. This marks a notable improvement over the 2023 test, where the tester flagged rear brake pads wearing thin and a rear brake disc worn but not excessively. The fact that no brake-related defects reappeared in either the 2024 or 2025 tests suggests the rear braking components were properly rectified and have since remained within acceptable wear tolerances. The vehicle's overall roadworthiness record is strong, with five consecutive passes and only one minor advisory cluster across the entire history. The mileage accumulation pattern is consistent and unremarkable for a vehicle of this age. Between 21 December 2021 at 46,136 miles and 7 December 2024 at 82,634 miles, the car covered roughly 36,500 miles in just under three years, averaging around 12,000 miles annually during that period. The pace then slowed considerably, with only 6,394 miles added between 7 December 2024 and 18 December 2025. This tapering could indicate a change in ownership, reduced commuting use, or longer periods of inactivity. No suspicious gaps or anomalies appear in the record, and the odometer progression reads as genuine. The 2023 advisory involving rear brake pads and a worn rear disc is the only mechanical flag in the entire history. While this was properly addressed, a buyer should still personally inspect the rear braking assembly, checking disc thickness, pad material remaining, and caliper operation for any signs of binding or uneven wear. The rear brake components on Mk7 Golfs can be prone to sticking slide pins, especially if the car has spent extended periods stationary given the lower recent mileage. Suspension bushes and coil springs deserve a close visual inspection as well, since nearly a decade of use and the earlier higher-mileage phase will have subjected them to considerable cyclic loading. A thorough underbody check for corrosion on subframes, suspension mounting points, and inner wing seams is advisable, as salt exposure over ten winters can compromise structural integrity even when surface rust has not yet triggered a tester's concern.