BMW M22019 · 3.0L PETROL

The vehicle holds a current valid MOT following a clean pass in April 2026 at 27,936 miles. This result indicates the car met all mandatory standards upon its latest inspection, resolving previous concerns regarding the braking system. Records show a generally stable maintenance trajectory over the last four years, with the only notable issues appearing as advisories rather than failures during the April 2025 test. The absence of any major defects in the most recent report suggests the immediate mechanical condition remains compliant for road use. Mileage records reflect low annual usage, averaging roughly 4,000 miles per year since registration in 2019. Progression between September 2022 and April 2023 shows minimal accumulation, rising from 6,262 to 7,131 miles within that period. While the odometer reading confirms limited distance travelled compared to typical market averages for a seven-year-old premium hatchback, such low usage can sometimes indicate long periods of standing. Buyers should verify service intervals align with time rather than distance given this profile. Although the current test is clear, the advisory recorded in April 2025 regarding nearside rear service brake fluctuation warrants physical verification. A qualified technician should inspect the rear calliper pistons for corrosion or sticking, as well as the handbrake mechanism for proper tension adjustment. These specific faults often point to seized components or worn cabling rather than catastrophic failure, but they require attention before significant wear occurs. Given the low annual mileage, buyers must also consider the effects of prolonged stationary periods on rubber components. Suspension bushes and seals may dry out faster than expected due to infrequent lubrication cycles associated with high usage vehicles. Inspect the exhaust system for internal corrosion and check steering linkage play to confirm the drivetrain has not suffered from lack of movement. Regular servicing becomes critical here to maintain fluid integrity despite the low distance covered.