2015 Volkswagen Polo 1.0L Petrol · LC64 OTH

The 2015 Volkswagen Polo presents a stable and consistently clean maintenance trend across its entire recorded MOT history. The most recent test on 17 October 2025 at 61,363 miles passed with zero defects, continuing an unbroken five-year run of clean certificates dating back to October 2021. No advisories, no failures, and no recurring mechanical or structural concerns appear on record. This pattern indicates diligent upkeep and suggests the vehicle has been properly maintained rather than merely tested through. The mileage profile is notably low for an eleven-year-old supermini. Between October 2021 and October 2025, the car covered just 4,976 miles over four years, averaging roughly 1,244 miles annually during that window. The earlier period from October 2021 back to the 2021 test at 56,387 miles shows a similar subdued pace. Such light use typically reduces wear on consumables like brake discs, tyres, and suspension bushes, but prolonged sitting can introduce its own risks, including flat-spotted tyres, stale fuel, and moisture-related corrosion in the exhaust or braking components. Despite the clean paperwork, a buyer should still conduct a thorough physical inspection. Low-mileage cars that stand for extended periods can develop seized brake calipers, perished rubber bushes, or surface corrosion on brake discs and suspension springs that a standard MOT may not flag until advanced. Check the tyre date codes carefully; original or early replacement rubber from a car sitting at 56,000 to 61,000 miles may now be over five or six years old and approaching replacement age regardless of remaining tread. Inspect the underside for any signs of structural corrosion, particularly around subframes, sills, and suspension mounting points, as surface protection can degrade without regular road use. The absence of any advisories across five consecutive tests is genuinely rare and speaks well of the car's condition. A test drive should still focus on brake feel, steering alignment, and any unusual suspension knocks over uneven surfaces to confirm that the clean record reflects the current mechanical reality rather than a recent pre-test tidy-up.