BMW M31987 · 2.3L Petrol

The 1987 BMW M3 presents a clean roadworthy record with a stable maintenance trend, evidenced by the most recent DVSA test on 25 October 2025 at 233,795 miles returning a pass with no defects recorded. Five consecutive annual examinations from 30 October 2021 to that date each resulted in a pass with zero advisories. This consistent outcome indicates the vehicle has not exhibited worsening mechanical or structural faults over the period. The mileage pattern shows exceptionally low use for a 39-year-old vehicle. In the 2021 test on 30 October, the odometer read 230,838 miles. By the 2022 examination on 15 October, it rose only to 231,504 miles, a 666-mile increase. The 2023 test at 232,144 miles added 640 miles, and the 2024 result at 232,643 miles showed a mere 499-mile gain. The 2025 recording of 233,795 miles reflects 1,152 miles covered in the prior year. Such minimal annual accumulation, well below the 5,995-mile yearly average for its age, suggests long periods of storage or gentle weekend use rather than daily commuting. The sparse but clean record provides no evidence of neglected consumables or deferred repairs. A buyer should still commission a physical inspection of age-sensitive components that MOT tests may not deeply probe on a low-mileage classic. The tester recorded no corrosion or structural integrity concerns across the five visits, yet a 1987 shell may hide surface rust in sills, floor pans, or suspension mounting points. We recommend checking suspension bushes, coil springs, and brake discs for perishing or binding calipers after prolonged static periods. Exhaust emissions compliance passed each time, but rubber hoses and fuel lines deserve scrutiny for deterioration. Previous keepers maintained the car to a standard that avoided advisory flags, implying disciplined upkeep rather than patchwork fixes. The absence of recurring tyre, wiper, or brake defects points to proactive replacement ahead of tests. Given the marque's performance pedigree, verify drivetrain oil condition and differential mounts in person, as low mileage can mask condensation-related wear invisible to the MOT regime.