2016 BMW 116 1.5L Diesel · LW15 JHS

The 2016 BMW 116 presents a stable and recently improving maintenance trend. The most recent test on 28 January 2026 at 69,844 miles passed with zero defects recorded, a clean sweep that contrasts sharply with the recurring advisories of previous years. This suggests the previous owner addressed the long-standing brake and tyre wear issues in the period leading up to the 2026 test. The vehicle is currently roadworthy with no outstanding MOT concerns. The mileage accumulation is consistent and typical for a ten-year-old car. Between the January 2025 test at 59,397 miles and the January 2026 test at 69,844 miles, the car covered 10,447 miles in twelve months, a notable increase from the roughly 6,500 miles per year averaged over its lifetime. This recent uptick in usage indicates the car has been driven more intensively over the past year, which makes the clean 2026 result even more reassuring, as the mechanical components have coped well with higher demand. Despite the clean recent record, the history reveals a persistent pattern of brake disc wear and scoring. Between January 2023 at 45,984 miles and January 2024 at 52,824 miles, testers flagged worn and pitted front and rear brake discs across consecutive years, alongside advisories for front brake pads wearing thin in 2023. A prospective buyer should physically inspect the current condition of the brake discs, pads, and calipers to confirm whether these components were replaced or if the scoring has returned, as pitted discs can compromise braking efficiency and accelerate pad wear. The 2025 test also flagged both front tyres worn close to the legal limit on the edges, indicating possible wheel alignment or suspension geometry issues such as worn tracking or uneven camber. Combined with the 2022 advisory for undertrays obscuring components, a buyer should check the underside thoroughly. Inspect the subframe, suspension mounts, and inner wing arches for corrosion, and verify that any undertrays are properly fitted to allow drainage and prevent moisture trapping, which can lead to long-term structural deterioration.