2017 BMW I3 0.6L Hybrid electric (clean) · AP17 HFY

Recurring structural and consumable distress forms the core mechanical profile of this 2017 electric vehicle, highlighted by a June 2026 test cycle that required rectification of a serious nearside front shock absorber fluid leak alongside multiple tyre interventions. Across five recorded passes and two failures since 2021, the car has exhibited a persistent vulnerability to wheel rim distortion, tyre edge wear, and brake disc pitting. This history shows a recurring need for suspension and corner-weight attention, culminating in the most recent MOT pass secured on 12 June 2026 after addressing the hydraulic fluid leak, though an advisory for a near-limit nearside rear tyre was immediately noted. Accumulating 102,337 miles over roughly nine years yields an average of approximately 11,371 miles annually, representing standard, consistent utilisation for a modern commuter hatchback. This steady mileage accumulation ensures that the electric drivetrain and high-voltage components have remained active, avoiding the risks associated with prolonged periods of standing. However, this high level of road use has directly accelerated wear on chassis peripherals, unsprung weight components, and contact patches, as evidenced by the dense cluster of rim distortion and tyre degradation notices logged year after year. A rigorous inspection of the front suspension is vital during a physical viewing, specifically checking the newly replaced nearside damper and its matching offside unit for any signs of misting or structural fatigue. When taking the car on a test drive, listen carefully for knocks, clunks, or excessive vibration over potholes and uneven road surfaces, which would indicate worn suspension bushes or failing joints. Furthermore, pay close attention to the steering feel for any vibration or pull caused by the previously recorded offside front and nearside rear distorted wheel rims, and inspect all four alloy wheels for flat spots or hairline fractures along the inner barrels. The braking system also demands close scrutiny, given the historical advisories regarding pitted and scored discs across both axles. Because electric vehicles rely heavily on regenerative braking, friction brakes can experience under-use leading to surface corrosion or conversely accelerated wear depending on driving style. During the road test, test the brake pedal response for any judder, excessive travel, or grinding noises that would point towards degraded discs or binding calipers, and verify that the tyres are replaced promptly to resolve the recurring edge-wear patterns flagged in the statutory records.