2009 KIA Picanto 1.1L Petrol · AO09 OCS

This 2009 Kia Picanto passed its most recent MOT on 18 February 2026 at 92,661 miles, but the record reveals a maintenance pattern that is mixed rather than reassuring. The tester flagged a grabbing rear parking brake on both sides, a tight brake lever pivot, and a severely deteriorated nearside front suspension arm ball joint dust cover. These are not new issues. The rear parking brake has been grabbing slightly since at least March 2025, when the car was tested at 88,685 miles, and the nearside front ball joint dust cover was already in poor condition at that same test. The fact that both advisories have persisted across consecutive MOT cycles suggests they have not been addressed, which points to a pattern of deferred minor repairs rather than proactive upkeep. The mileage profile tells a different story. At roughly 5,451 miles per year over 17 years, this Picanto has covered well below the UK average annual mileage of around 7,000 to 8,000 miles. The progression is steady and consistent, with no dramatic jumps or suspicious gaps. Mileage moved from 82,514 miles in February 2024 to 88,685 miles by March 2025, an increase of 6,171 miles in just over a year, then to 92,661 miles by February 2026, adding a further 3,976 miles in eleven months. This is a plausible and gradual accumulation with no indication of clocking or long-term storage anomalies. Low annual mileage can reduce wear on drivetrain and suspension components, but it can also mask neglect, as short trips and infrequent use accelerate brake corrosion and cause rubber perish. The February 2024 failure exposed more serious underlying concerns. All four brake pipes were flagged as corroded, with the nearside front pipe described as excessively corroded to rear. The tester also noted corrosion on both rear suspension component mounting areas, excessive play in the nearside track rod end ball joint, a deteriorated offside track rod end dust cover, and an excessively binding offside front brake. The car failed on parking brake efficiency as well. Although it passed a retest just three days later on 2 March 2024, the remedial work required to pass was significant. Brake pipe replacement and track rod end work suggest the previous owner did invest in repairs at that point, but the recurrence of binding brakes and deteriorated dust covers since then raises questions about the quality of those repairs and whether corrosion has been properly managed. A prospective buyer should inspect the underside carefully, paying close attention to the condition of brake lines, suspension mounting points, and subframe corrosion, particularly at the rear. The nearside front ball joint dust cover has been flagged as severely deteriorated for at least two consecutive tests, meaning the joint itself may have been contaminated and could require replacement. The persistent rear parking brake grabbing and tight lever pivot warrant a physical check of the secondary brake mechanism at both rear wheels, including cables, levers, and adjusters. Tyre condition and tread depth should also be verified, as low-mileage cars often sit for extended periods and can develop flat spots or perished sidewalls despite apparently adequate tread.