2015 Renault Twingo 1.0L Petrol · SL15 JXM

The vehicle is currently roadworthy following a successful MOT test on 2026-04-21 at 29,023 miles, though the results reveal several ongoing mechanical concerns. The maintenance trend shows a worsening pattern in critical areas: corrosion on the nearside front suspension arm and deterioration of the anti-roll bar ball joint dust cover have persisted across two consecutive tests, indicating potential long-term exposure to moisture or inadequate preventative care. Additionally, the nearside front tyre continues to show signs of perishing at the outer edge, suggesting either poor storage conditions or insufficient rotation. While the most recent test passed, the recurrence of these issues—particularly the structural corrosion and worn suspension components—raises concerns about long-term durability and safety. The recorded mileage of 29,023 over 11 years equates to an average of just under 2,640 miles per year, which is exceptionally low for a vehicle of this age. This suggests the car has likely seen minimal use, possibly including extended periods of inactivity. However, the lack of significant wear does not negate the presence of corrosion and component degradation observed in the MOT records. Notably, there was no test between October 2022 and October 2023, followed by a gap of nearly 18 months before the April 2026 test, which may indicate inconsistent servicing or prolonged non-use. Despite the low annual mileage, the vehicle’s condition reflects the impact of time rather than usage, with surface rust and deteriorated rubber components emerging as key indicators. A prospective buyer should conduct a thorough in-person inspection of the front suspension system, focusing on the nearside lower control arm and anti-roll bar linkage, particularly where corrosion is visible. The condition of the front brake calipers and discs should also be verified, as binding or uneven wear could result from misaligned suspension components. The nearside front tyre must be replaced immediately if any cracking or bulging is present, as failure during driving is possible. Structural integrity should be assessed around the front subframe and wheel arches, especially given the recurring surface corrosion. Finally, the engine idle speed and emissions system should be checked for consistent performance, as high idle readings were flagged in both failed tests, potentially pointing to underlying fuel or air intake issues.