2009 Volkswagen Polo 1.4L Petrol · SK09 LUH

The vehicle presents a concerning roadworthiness status characterized by a worsening trend in mechanical degradation and deferred maintenance. While it passed its most recent test on 3 June 2026 at 117,475 miles, this followed a significant failure just five days prior. The record reveals a pattern where major engine oil leaks escalated from non-excessive to excessive within a month, and then returned to minor levels. The persistent presence of multiple advisories suggests that repairs are only being addressed to pass immediate testing rather than through proactive preventative care. At 117,475 miles over 17 years, the Polo has averaged approximately 6,900 miles per year, which is consistent with typical low-to-moderate usage. The data shows steady mileage accumulation with roughly 10,000 miles covered between May 2024 and May 2025, and another 8,000 miles between May 2025 and June 2026. This consistent use indicates the vehicle has not sat idle, which explains the accelerated wear on rubber components and corrosion-related issues noted in the inspection history. A buyer must conduct a thorough inspection of the suspension and drivetrain, as corrosion is a widespread issue. The tester flagged significant corrosion on both front and rear coil springs, as well as the nearside front suspension arm, in June 2026. The offside rear shock absorber progressed from a light mist in 2024 to a serious leak in 2025. Furthermore, the recurring binding of the offside rear service brake noted in 2025 indicates potential caliper or slider pin issues that require professional attention to ensure consistent braking performance. The engine health remains a primary point of concern due to the fluctuating oil leaks recorded during the May 2026 failure. The history also shows a lapse in tyre management, with exposed cords and structural tears noted in both 2025 and 2026. Given the nature of the corrosion reported on the suspension components, the buyer should verify that the structural integrity of the chassis has not been compromised beyond the surface rust identified by the tester.