2016 BMW 120 2.0L Diesel · WF66 EVB

The 2016 BMW 120 presents a stable and improving maintenance trajectory, culminating in a clean pass on 2025-09-05 at 72,004 miles with zero defects. The tester flagged a slightly deteriorated prop shaft flexible coupling on 2022-09-21 at 50,506 miles, but the subsequent three tests yielded no further advisories or failures. This indicates a resolving trend for that specific driveline component. The absence of binding calipers, brake disc wear, or suspension bush degradation in recent records suggests the vehicle has been maintained to a competent standard, moving past the minor driveline wear noted four years prior. Accumulating 72,004 miles over ten years results in an annual average of roughly 7,200 miles, a typical figure indicating consistent, light-to-moderate use rather than prolonged standing or high-frequency commuting. The mileage progression shows steady increments: 43,401 miles in September 2021, 50,506 miles in September 2022, 56,595 miles in September 2023, 65,118 miles in September 2024, and 72,004 miles in September 2025. The consistent yearly accumulation of approximately 6,000 to 8,500 miles implies regular driving without significant gaps in usage that often lead to stale fuel issues or seized brakes from standing. However, the current recorded mileage of 72,004 miles is exactly the same as the September 2025 reading, meaning the vehicle has covered zero miles in the past nine months. A buyer must verify whether this indicates a recent sale preparation or a prolonged period of inactivity that could risk component seizure or flat-spotted tyres. Despite the recent clean MOT, the historical deterioration of the prop shaft flexible coupling warrants a thorough physical inspection of the drivetrain and underside. Examine the propshaft for excessive play or visible cracking in the rubber coupling, as neglected deterioration can lead to vibration or catastrophic failure. Given the nine-month mileage freeze ending in June 2026, inspect the tyre sidewalls for flat-spotting or perishing, and check the brake discs for surface corrosion that could cause binding or pedal pulsation after prolonged standing. Evaluate the suspension bushes and coil springs for age-related deterioration, and assess the structural integrity of the subframes and sills for corrosion, ensuring the vehicle's mechanical condition aligns with its recent clean MOT status.