2010 Renault Twingo 1.1L Petrol · CP60 FKK

The vehicle presents a concerning maintenance trend that appears to be worsening as it ages. While the most recent test on 28 July 2026 at 105,431 miles resulted in a pass, the vehicle failed earlier that same day due to a fractured offside front coil spring. The record shows a recurring pattern of suspension degradation, with the tester flagging worn roll bar links and play in the front suspension top mounts in the most recent test, issues that were also noted in the July 2025 inspection at 102,911 miles. The mileage accumulation is consistent with a vehicle of this age, averaging roughly 6,500 miles per year. The data shows steady usage, moving from 83,071 miles in February 2020 to 105,431 miles in July 2026. There are no significant gaps in the testing history, though the frequency of failures suggests that repairs are often reactive rather than proactive. The transition from no defects in 2023 to multiple mechanical failures in 2024 and 2025 indicates that the vehicle is entering a phase of increased component fatigue. A prospective buyer must prioritise a thorough inspection of the chassis and suspension systems. The 2026 test identified corroded rear subframe components, a serious structural concern that follows previous reports of underbody surface corrosion and a corroded rear brake pipe in 2021. The history of fractured coil springs, specifically the offside rear in 2022 and the offside front in 2026, suggests the suspension components are reaching the end of their service life. Further attention should be paid to the braking system and tyre maintenance. The 2022 test highlighted an incorrectly adjusted parking brake and multiple tyre defects, while the 2025 test flagged a tyre worn close to the legal limit. Given the reported oil leak in July 2024 and the various suspension bushes and joints flagged across several years, a physical inspection of the engine bay for leaks and a check of all steering and suspension linkages is essential to ensure the vehicle's structural and mechanical integrity.