2013 SEAT Leon 1.4L Petrol · DP13 NVC

A pattern of persistent rear suspension and brake wear defines this SEAT Leon's recent MOT history, with the record showing three failures within the space of a single year alongside repeated advisories targeting the same components. The August 2026 test on 26 August concluded with a pass, but it sits immediately beside a failure recorded the day before, meaning the vehicle only returned to roadworthy condition after urgent rectification of a fractured nearside rear coil spring and dangerously thin offside rear brake pads. Both of those repairs also produced fresh advisories for an oil leak and worn rear brake discs, indicating that underlying wear has not been resolved. Across the 2025 and 2026 cycles, advisories for the offside rear coil spring appeared repeatedly, culminating in the snapped spring failure, and an offside front anti-roll bar linkage ball joint dust cover was flagged as defective across multiple 2025 tests before being attended to. The seat belt webbing was also cut beyond tolerance on both 2025 attempts and required replacement to pass, adding a safety-critical element to the recent pattern. With 132,446 miles accumulated over roughly thirteen years, this Leon averages approximately 10,188 miles per year, which sits squarely within typical UK usage for a car of its age. There are no extended gaps in the MOT record that would suggest long periods off the road, and mileage progression appears broadly consistent rather than showing any abrupt jumps or stagnation. This kind of steady, moderate annual use tends to keep major drivetrain components working without the severe thermal cycling associated with very low mileage, but it does mean that suspension and braking consumables have been subject to continuous wear over many years, which aligns with the component failures observed. For a prospective buyer, the immediate priorities are the rear axle and braking components that have dominated the recent record. The fractured nearside rear spring must be confirmed as a brand-new unit, and the offside rear spring, which was repeatedly noted as corroded before the nearside ultimately failed, should be inspected for any remaining surface pitting or loss of material, as corrosion-weakened springs often fail in pairs. On a test drive, listen for clonking or knocking from the rear over speed bumps and uneven surfaces, and feel for any unsettled ride quality, as a broken or weak spring typically produces a noticeable drop on the affected corner and reduced rear-end stability under braking or cornering loads. The rear brake discs, flagged as pitted in both 2025 and 2026, should be measured for remaining thickness and checked for lipping or scoring visible through the wheel spokes, while a firm pedal feel without judder under steady pressure will indicate the new pads have bedded in correctly to the replacement or refurbished discs. The remaining advisories also warrant close attention during any inspection. The oil leak, although classed as not excessive, should be monitored by checking the underside for fresh drips and the engine bay for accumulated residue around the sump, cam chain area, or any wetness around the turbo oil feed lines if a diesel example is being viewed, as a small leak can progress once sealing components harden with age. The offside front upper anti-roll bar linkage ball joint dust cover, which was flagged as failing to keep dirt out across consecutive 2025 tests, can allow contamination of the joint itself; on a test drive, listen for a rattle or click from the front end over rough roads and feel for any vagueness or delay in steering response. Finally, confirm that the replacement seat belt webbing is properly anchored, retracts smoothly, and shows no signs of fraying along its edges, and verify the headlamp beam image correction noted on the nearside front in August 2025 has been carried out correctly to avoid MOT failure on future tests.