2014 SEAT Leon 1.4L Petrol · JB13 MPB

Persistent suspension and braking system advisories define the mechanical history of this vehicle, which successfully passed its most recent MOT on 12 March 2026. While the car has maintained a pass rate throughout the last five years, the recurring nature of oil misting on the nearside front shock absorber and intermittent reports of binding service brakes suggest a pattern of component fatigue that has not yet been fully rectified. The record shows a consistent trend where wear-related items are flagged across multiple consecutive tests, indicating that these components are reaching the end of their functional service life rather than being replaced upon the first sign of deterioration. With an odometer reading of 81,781 miles over twelve years, the vehicle has covered an average of approximately 6,815 miles per annum, which is consistent with typical domestic usage. This moderate accumulation of mileage generally places standard mechanical strain on the drivetrain and chassis, though the lack of significant gaps in the testing history confirms the vehicle has remained in regular operation. The absence of long-term storage periods suggests that the seals, hoses, and mechanical linkages have not been subjected to the degradation often associated with prolonged inactivity, meaning the current wear patterns are likely the result of active road use. Prospective buyers should prioritise a detailed inspection of the front suspension, specifically the nearside shock absorber. During a test drive, listen for any knocking, clunking, or uneven damping responses when traversing speed bumps or uneven road surfaces, as the ongoing misting of oil indicates a potential loss of internal seal integrity. If the vehicle exhibits excessive body roll during cornering or fails to settle quickly after hitting a bump, it is likely that the shock absorber has lost its damping efficiency and requires replacement. It is also advisable to inspect the front tyre inner edges, as previous advisories noted irregular wear patterns that may point to underlying tracking or alignment issues. The braking system requires careful scrutiny given the history of binding on the nearside rear and thinning rear pads. During the test drive, monitor the vehicle for any signs of pulling to one side under braking or a lingering smell of hot friction material after a journey, which would confirm a sticking caliper or seized slider pin. Check the rear brake discs for signs of scoring or uneven contact patches, as binding brakes can lead to premature wear of the discs and pads. Ensure the handbrake operates firmly and releases fully without resistance, as the recorded binding issues often stem from seized cables or corrosion within the rear brake mechanism.