2010 Renault Megane 1.9L Diesel · AD10 DFC

The Renault Megane presents as roadworthy following the most recent test on 9 April 2026 at 94,268 miles, where the tester recorded no defects and issued a pass. The maintenance trend across the available history is stable, with every annual examination from March 2023 through to April 2026 returning a clean result aside from a single administrative failure on 20 March 2026 at 94,239 miles that carried no recorded defects and was cleared by the pass nineteen days later. No advisories for corrosion, suspension bushes, brake discs, or exhaust emissions appear at any point in the record. The odometer shows remarkably low use for a sixteen-year-old vehicle. From the 1 March 2023 test at 92,125 miles to the 14 March 2024 test at 93,443 miles the car covered just 1,318 miles, then 286 miles to March 2025 at 93,729, and only 539 miles to the April 2026 pass at 94,268. This equates to an average of roughly 5,900 miles per year and suggests long periods of standing rather than daily driving. The sparse, clean record gives little scope to judge wear on consumables, though minimal movement places the drivetrain and structural components under lighter cyclical stress than a high-mileage example. A buyer should still commission a physical inspection beneath the sills, subframes, and suspension mounting points, as MOT passes with no advisories do not confirm absence of surface corrosion on a 2010 chassis that has sat idle for stretches. The brake calipers, coil springs, and flexible hoses deserve manual checks for seizure or perishing linked to low usage. Verify the 20 March 2026 failure paperwork to confirm it was a documentation or presentation issue rather than a concealed mechanical defect. Given the absent advisory history, no recurring fault pattern emerges that would flag worsening mechanical risk. The low mileage and clean tests imply a lightly used, structurally sound car, but standing time can mask tyre sidewall cracking and flat-spotted bushes that a static MOT bay may not expose under load.