2016 Skoda Fabia 1.2L Petrol · DS66 OJB

The mechanical fingerprint of this 2016 Skoda Fabia is dominated by a pattern of recurring front suspension wear, chronic tyre deterioration, and brake component advisories that have surfaced at virtually every annual test. The most recent examination on 13 June 2026 recorded a pass but flagged four advisories covering TPMS functionality, front brake disc wear, thinning front brake pads, and a binding nearside front service brake. This is consistent with a trajectory that has been gradually worsening since 2022, with the 2025 test cycle producing a failure for an excessively worn nearside front lower suspension arm pin or bush, an item previously flagged as starting to debond in late 2024. A nearside front shock absorber has shown light oil misting across three consecutive tests in 2022, 2024, and indirectly through related suspension wear. Tyre cracking and perishing have appeared on all four corners across multiple test cycles, and front brake disc wear has been recorded on two occasions. Two failures and seven tests with advisories out of ten recorded events indicate a vehicle that has passed roadworthiness thresholds but has accumulated a notable volume of component degradation over its ten-year life. Against an age of approximately ten years, the recorded mileage of 47,887 miles equates to an average annual mileage of roughly 4,789 miles, which is notably below the typical accumulation rate for a vehicle of this age and type. This low usage profile is consistent with a car that has likely spent extended periods stationary or used only for short journeys, a pattern that can accelerate certain forms of deterioration even as it preserves overall mileage. Despite the relatively modest odometer reading, the MOT record shows consistent wear-related advisories on suspension bushes, tyres, and brake components, suggesting that standing time, light-cycle use, and age-related material degradation are exerting at least as much influence on component condition as mileage accumulation. There are no extended gaps in the testing history, indicating the vehicle has remained in continuous use throughout the recorded period. A prospective buyer should focus the pre-purchase inspection specifically on the front suspension geometry and bush condition, as this is the area where the record shows the most persistent and progressively worsening defects. On a test drive, listen for clonking or knocking noises from the front end over uneven road surfaces, particularly over speed humps and pothole strikes, and feel for any vagueness or delay in steering response that could indicate worn lower arm pins or bushes. With the nearside front shock absorber having shown oil misting at multiple tests, it is worth inspecting the shock body for fresh oil residue and checking for any damping inconsistency such as excessive bounce after pressing down on each front corner with the vehicle stationary. The front brake system warrants particular attention given the advisory history of binding, disc wear, and pad thinning, and during the test drive any pulling to one side under braking, vibration through the steering wheel, or a brake pedal that feels uneven or requires excessive travel should be investigated immediately. The tyres also demand close scrutiny, as cracking and perishing of both front and rear tyres have been flagged across five separate tests since 2021, with front inner edge wear noted on two occasions. This repeated pattern suggests either a suspension geometry issue contributing to uneven tyre wear, prolonged periods of standing causing sidewall degradation, or simply age-hardened rubber compound. A buyer should examine all four tyres closely for sidewall cracking, tread depth, and any uneven wear patterns on the inner or outer edges, and should be aware that a full set of replacements may be required. Given the binding nearside front brake advisory, it is also advisable to verify that the caliper slide pins and pistons are moving freely, as a binding caliper can generate excessive heat and accelerate both pad and disc wear. Finally, with the TPMS not flashing on the most recent test, a functional check of the tyre pressure monitoring system should be carried out, and the deteriorated fuel cap seal advisory from 2024 should prompt verification of the seal's current condition to ensure proper system function.