2014 Volkswagen Polo 1.2L Petrol · EU64 VBO

The defining mechanical story of this 2014 Volkswagen Polo is one of escalating front-end wear emerging in the latter half of its MOT history. After two completely clean tests in 2023 and 2024, the most recent examination on 5 January 2026 returned a pass accompanied by advisories for front brake disc pitting and rear tyre perishing on both sides, mirroring items flagged at the same time the previous year. The 2025 record is particularly telling: a 6 March 2025 failure for headlamp aim being too low on both sides was followed the same day by a re-test pass, and both entries carried a minor defect for a severely deteriorated nearside front outer CV boot. The recurrence of brake and tyre advisories across consecutive tests, combined with the CV boot deterioration, points to a vehicle entering a phase where consumable braking components and rubber gaiters are demanding closer attention, rather than a car with a steady, unchanging roadworthiness profile. Mileage on this 12 year old Polo stands at 82,323 miles, equating to an annual accumulation of approximately 6,860 miles since first registration. This figure sits broadly within the expected range for a car of this age and segment, suggesting neither long-term storage nor exceptionally heavy use. Annual mileage cannot be reconstructed from MOT data alone as the vehicle is tested annually rather than continuously, but the absence of multi-year gaps between tests confirms the car has remained in regular use throughout the recorded period. Mechanically, this level of usage on a small supermini typically translates to moderate wear on clutch, braking components, and suspension bushes, all of which aligns with the front brake disc and tyre advisories now appearing on the record. For a prospective buyer, the priority inspection areas are clearly the front braking system and the nearside front drivetrain. The CV joint boot flagged as severely deteriorated in 2025 should be physically examined for any splits, grease loss around the joint, or evidence of recent replacement, as a torn boot that has not been addressed will lead to rapid joint wear and ultimately a more costly repair. The front brake discs should be inspected for lip thickness, hot spots, and corrosion pitting, with the brake pedal feel assessed for any judder or vibration under firm application, particularly at speed. On a test drive, listen for clicking or knocking from the front wheel area during full-lock manoeuvres, which would indicate CV joint damage resulting from the deteriorated boot. The rear tyre perishing advisories on both sides warrant confirmation that fresh tyres of the correct size and load rating have been fitted, as perished sidewalls compromise both grip and safety in wet conditions. Headlamp aim, having failed the 2025 test on both sides, should be re-checked visually against a flat surface to ensure correct beam projection, particularly if the vehicle has been loaded or if suspension components have settled since adjustment. Beyond the flagged items, a thorough walk-around for any corrosion along suspension arms, subframe mounting points, and brake pipe runs is advisable given the car's age, and any warning lights on the dashboard relating to emissions, ABS, or the steering system should be investigated before purchase. The MOT history itself suggests a mechanically ordinary but now ageing supermini that is currently roadworthy but entering a maintenance cycle where proactive replacement of braking components and rubber boots will be the main concern.