2018 Volkswagen Polo 1.0L Petrol · FP18 ABO

A recurring theme of premature front tyre wear runs through every MOT entry on this 2018 Volkswagen Polo, with both nearside and offside fronts repeatedly flagged at or below the 3 mm mark across consecutive tests from 2023 through 2026, and the most recent pass on 30 March 2026 also recording an offside front worn down to the 2 mm wear indicator. The latest test was ultimately a pass, but the advisory trail paints a consistent picture of uneven or accelerated shoulder wear on the 185/65/15 fitment rather than a one-off observation. More concerning, and somewhat outweighing the otherwise clean overall test record, is the 8 April 2024 failure for excessively deteriorated track rod end dust covers on both sides, which under MOT criteria is classed as a Major defect because once the rubber boot is compromised the joint itself is no longer sealed against water and grit ingress. The vehicle passed the very next day on 9 April 2024 once that item was addressed, and the intervening tests have been advisory-free of any steering or suspension defects, so the immediate risk has been rectified, though the buyer must understand that ball joint condition cannot be confirmed by a visual boot inspection alone once contamination has occurred. With only 36,233 miles spread across roughly eight years, the Polo has averaged around 4,500 miles annually, which is markedly below typical usage and consistent with a second car or predominantly short urban trips. The annual MOT cadence is unbroken, with tests recorded every April from 2023 to 2026, indicating the car has remained on the road continuously and has not suffered a multi-year lay-up that would raise separate concerns about seized brakes, perished fuel lines, or deteriorated underbody sealant. That said, low annual mileage with frequent cold starts and short journeys is the precise operating pattern that accelerates uneven tyre shoulder wear, as the geometry is rarely settled into long, straight-line running and the sidewalls bear the brunt of low-speed cornering loads. The absence of any exhaust, brake pipe, or corrosion advisories is a positive signal that the chassis and underside have not suffered from prolonged exposure to winter salt. A prospective buyer should give the front end particular attention on a test drive. Listen for any clonking or slackness through the steering as the wheels are turned from lock to lock at low speed, which would suggest the track rod ends that were replaced in 2024 have begun to wear prematurely; a knock over uneven surfaces felt through the steering wheel is also a common symptom of worn inner or outer tie rod joints on a Polo of this era. Inspect the inner and outboard edges of the front tyres for feathered tread blocks, as a feathered pattern across both shoulders points to worn or bent suspension components rather than a simple alignment issue, and check the rear tyres for matching wear as the 2026 advisories also noted perishing and cracking on the rears despite the lower wear load. On the road, test for any pulling to one side under braking or a soft, spongy pedal feel, as the 2025 advisories recorded pitted front discs and thinning front pads, and a binding or warped caliper would explain any judder or uneven stopping effort. Finally, with the Polo now eight years old and still on its original braking hardware, a thorough inspection of the rear brake mechanism is worthwhile, as handbrake cables, slider pins, and rear drum or caliper pistons are known wear items on this platform that would not necessarily have been flagged on a rolling brake test. Verify that the front discs have been either re-faced or replaced rather than simply run to the point of scoring, and confirm whether the track rod ends replaced in 2024 were genuine VW or aftermarket pattern parts, as quality varies considerably and a cheaper joint may not match OE longevity. A four-wheel alignment printout from any recent tyre replacement would also be reassuring given the chronic inner-edge wear pattern, and a raised ramp inspection of the subframe and suspension arms for any surface corrosion would complete a sensible pre-purchase evaluation.