2014 Volkswagen Tiguan 2.0L Diesel · ST63 XFF

A pattern of recurring front-end wear is the defining feature of this 2014 Volkswagen Tiguan's MOT history, with front brake discs, front suspension arm rear bushes, and offside inner CV joint boots all flagged across consecutive tests. The most recent entry on 13 February 2026 shows a pass alongside an advisory for worn and pitted front brake disc inner faces, but the same date also records a failure due to a nearside front headlamp aimed too high, a simple but legally significant rectification before the pass was issued. Earlier tests reinforce the trend rather than contradict it: the 2025 pass noted both front suspension arm rear bushes as worn plus a deteriorated offside inner CV boot, while the 2024 pass carried advisories for fluctuating front service brake efficiency, corroding components, the same pitted front brake discs, splitting front arm rear bushes, and the same CV boot issue, this time with grease leakage recorded. Only the 2023 test was entirely free of defects, suggesting the intervening period has seen a steady accumulation of front axle wear rather than any sudden deterioration. Against its twelve-year age, the recorded mileage of 117,709 equates to an average annual accumulation of roughly 9,800 miles, which sits within the expected band for a vehicle of this vintage and indicates regular rather than exceptional use. There are no extended gaps between tests that would point to long periods off the road, and the year-on-year mileage progression between recorded tests is broadly consistent. Mechanically, this level of usage combined with the flagged components implies a chassis that has covered meaningful real-world miles on its original bushes, brake rotors, and drivetrain joints, and the test record shows that those consumables are now demonstrably approaching the end of their effective life rather than showing early-life wear. For a prospective buyer, the priority is a focused physical inspection of the front axle and driveline. The front brake discs should be examined for lipping, surface scoring, and runout, and the pedal should be tested for any judder or pulsing under firm application, as the 2024 advisory noted fluctuating efficiency which can be symptomatic of uneven disc wear or sticking caliper slides. The front suspension arm rear bushes, repeatedly flagged as worn or splitting in 2024 and 2025, should be checked with the wheels unweighted where possible; on the road, expect to listen for clonking or knocking over uneven surfaces and to feel for vague or wandering steering response, particularly over speed humps and uneven cambers. Corrosion advisories from 2024 warrant a close visual check of the subframe, brake pipes, and suspension linkages for advanced surface rust, while the persistent offside inner CV boot deterioration, recorded as a minor defect in both 2024 and 2025, indicates the joint has likely been attended to but should be inspected for fresh grease contamination around the boot and listened to for any clicking or vibration on full lock. Additionally, the headlamp aim failure from the 2026 test should be verified as properly corrected, and the boot release noted as intermittent in 2025 should be confirmed functioning on the specific car being viewed. A road test should include a full-lock manoeuvre in both directions at low speed to expose any CV joint noise, a firm brake application from around 30 mph to detect pull or judder, and a steady cruise over broken surfaces to reveal any suspension knocking. Given the chronic front-end advisories, budgeting for replacement front discs, pads, arm rear bushes, and a possible CV boot repair would be prudent before committing to purchase, and a pre-purchase inspection on a ramp is strongly advisable given the consistent pattern of component wear this record displays.