2017 BMW M4 3.0L Petrol · MH02 BAT

The vehicle presents a current roadworthy status with a clean pass recorded on 20 June 2025 at 55,882 miles, and the maintenance trend appears stable given the absence of any recorded defects or advisories across the available history. The most recent test pass follows a failed attempt on 16 June 2025 at 55,851 miles where the tester logged no defects, a pattern repeated in June 2024 when a failure on 26 June at 52,931 miles preceded a pass on 27 June at 52,933 miles with no faults noted. Such back-to-back fail/pass cycles with zero defects suggest administrative or procedural rejections rather than mechanical non-compliance, indicating the car has not accumulated outstanding wear items in the official record. The mileage progression shows light annual use for a nine-year-old performance BMW. The record opens at 49,153 miles on 17 June 2023, rises to 52,931 miles by June 2024, and reaches 55,882 miles by June 2025, equating to roughly 3,800 miles covered in the first interval and 2,949 miles in the second. This averages 3,365 miles per year between 2023 and 2025, well below the typical 6,200 miles per annum implied by the headline figure, and points to a car kept predominantly for short journeys or seasonal storage. The sparse test history offers no evidence of rapid accumulation or neglected intervals, though the two unexplained failures hint at previous owners who may have presented the vehicle without resolving minor paperwork or identification discrepancies before retest. A buyer should still commission a physical inspection of core mechanical assemblies despite the clean MOT ledger. The absence of recorded advisories does not preclude age-related degradation of suspension bushes, coil springs, or brake discs on a 2017 M4 that has spent periods stationary. We recommend scrutinising subframe mounting points for corrosion, checking tyres and wiper blades for perishing after low-mileage storage, and verifying the brake calipers do not bind following the car's limited use. The repeated null-defect failures warrant confirmation that no hidden rectification work preceded the subsequent passes.