2010 Renault Megane 2.0L Petrol · FL60 KLS

The 2010 Renault Megane currently holds a stable roadworthiness status, having passed its most recent MOT on 30 January 2026 at 149,376 miles with zero defects. The maintenance trend appears consistent, though the record contains a peculiar anomaly: a failed test on 29 January 2026 at 149,369 miles lists no defects. This suggests an administrative error or an immediate rectification of a minor fault prior to the successful retest the following day. The vehicle has passed its last three annual inspections cleanly, indicating no recurring mechanical or structural failures. The mileage accumulation reveals a distinct shift in usage patterns over the last three years. Between the November 2023 test at 129,099 miles and the November 2024 test at 135,485 miles, the Megane covered a modest 6,386 miles. However, the subsequent period shows a sharp increase; the car traveled 13,758 miles in the eleven months leading to the February 2025 test at 135,611 miles and the January 2026 test at 149,369 miles. Despite this recent high usage, the recorded mileage has remained entirely static at 149,376 miles since the January 2026 pass, meaning the vehicle has been stationary for roughly six months. A buyer should inspect the vehicle carefully for the effects of its recent high-mileage usage followed by prolonged inactivity. The rapid accumulation of nearly 14,000 miles in under a year places significant wear on consumables, suspension bushes, and drivetrain components. Because the car has stood stationary for six months since its last test, tyres require checking for flat spots and sidewall corrosion, while brake discs must be inspected for surface rust that can cause binding or juddering. Fluids, particularly brake fluid and coolant, need assessment for moisture absorption during this dormant period. The undercarriage and structural mounting points demand a thorough inspection for corrosion, as a sixteen-year-old vehicle with this mileage profile requires careful scrutiny of its long-term structural integrity.