2017 BMW 330 2.0L Hybrid electric (clean) · YY17 FLE

The vehicle presents a highly stable maintenance profile with a clean recent history. The most recent MOT test on 14 February 2026 at 39,503 miles returned a pass with no defects or advisories recorded. This follows a consistent trend of clean passes dating back to February 2022, suggesting that the vehicle has been well-maintained or has avoided significant mechanical degradation in recent years. The mileage pattern indicates very light usage for a 2017 model. The vehicle has covered 39,503 miles over approximately nine years, averaging roughly 4,389 miles per annum. The records show a steady, low-frequency accumulation of mileage, with the gap between the February 2024 test at 29,088 miles and the February 2025 test at 37,071 miles representing a slightly higher usage period of about 8,000 miles. The current low mileage suggests the car has spent significant time stationary or was used primarily for short trips, which can sometimes lead to issues with rubber components or battery health, though the MOT records do not currently flag these. Historical data from 2020 and 2021 shows minor consumable wear regarding tyre tread depth. In the February 2020 test at 16,076 miles and the February 2021 test at 17,673 miles, the tester flagged nearside front tyres worn close to the legal limit. These issues were resolved, as evidenced by the clean results in subsequent years. While these were simple tyre replacements, the uneven wear noted in those specific years could indicate past alignment issues or suspension bushing wear. A prospective buyer should conduct a physical inspection of the suspension components and steering geometry to ensure the previous tyre wear issues have been fully addressed. Given the low annual mileage, checking the condition of rubber seals, hoses, and the battery is advisable to mitigate risks associated with infrequent use. The lack of any advisories regarding brake discs, pads, or exhaust emissions in the last three years suggests the mechanical integrity of these systems remains sound.