2016 BMW 135 3.0L Petrol · FX16 NVA

This BMW 135i demonstrates a consistent roadworthiness record over the past four years, with the most recent MOT test on 2026-02-11 at 39,323 miles resulting in a clean pass and no advisories. The vehicle has maintained a stable pattern of compliance, passing every test without defects since the February 2023 failure—though that failure itself was notable only for its repetition on the same date, suggesting a possible administrative oversight rather than a mechanical issue. The absence of recurring advisories or defects in subsequent tests implies that any minor concerns were either resolved promptly or not severe enough to trigger MOT failure. However, the February 2023 retest at identical mileage (29,007) raises a minor red flag: if the vehicle was driven between tests without issue, this could indicate a temporary lapse in inspection scheduling rather than a recurring fault. The mileage progression of approximately 3,932 miles per year is unusually low for a vehicle of this age, particularly given the BMW 135i’s typical usage patterns. Between 2023-02-21 and 2023-02-22—just 24 hours apart—the same mileage (29,007) appears twice, which strongly suggests a data entry error rather than actual movement. Beyond that, the steady accumulation of roughly 3,500 miles annually between tests (e.g., 29,007 to 32,531 in 12 months) implies limited usage, which may point to storage or infrequent driving. While low mileage generally correlates with reduced wear on suspension bushes, coil springs, and drivetrain components, it also suggests potential neglect of fluid changes, brake system maintenance, or even prolonged exposure to environmental factors like moisture or UV degradation. Given the clean MOT history, a prospective buyer should prioritise a thorough inspection of the suspension geometry and alignment, as low mileage does not guarantee these components have been serviced. The absence of advisories on binding calipers or uneven brake disc wear in recent tests does not preclude internal corrosion or glazing of friction materials—particularly in the rear brakes, which often degrade more slowly but can develop hidden issues. Structural integrity should also be assessed, especially around the wheel arches, sills, and subframe mounts, where prolonged standing can accelerate corrosion. The engine bay and transmission should be checked for fluid leaks or discolouration, as infrequent driving can lead to sluggish oil circulation and accelerated sludge formation in the sump. Finally, the exhaust system warrants scrutiny for subtle rust pitting or cracked heat shields, as these are common in vehicles with limited movement.