2016 Renault Megane 1.6L Diesel · SD16 XEG

The 2016 Renault Megane presented a stable but mechanically tired roadworthiness profile at its most recent MOT on 3 July 2025, recording 93,546 miles. The vehicle passed, yet the same recurring defect — a light oil misting on the Nearside Front shock absorber — has now appeared in consecutive tests since June 2024. This indicates a gradual deterioration rather than a sudden failure, but the component is clearly weeping fluid and will require replacement to prevent further damping loss. The tester also flagged slight play in the Offside Front track rod end ball joint, a fault that has appeared intermittently across multiple years, suggesting the front-end steering components have seen sustained wear and may need attention soon. The mileage accumulation of roughly 9,355 miles per year is typical for a vehicle of this age, showing no alarming gaps or sudden jumps in usage. The odometer climbed from 42,127 miles in July 2021 to 93,546 miles by July 2025, a steady progression over four years with no long periods of inactivity that might raise concerns about seized components or perished rubber from standing. The MOT record itself is clean and consistent, with annual tests conducted each summer, which suggests the previous owner maintained a basic compliance schedule. A buyer should pay close attention to the front suspension and steering linkage during any in-person inspection. The persistent oil misting on the Nearside Front shock absorber points to a degraded seal, and if left unaddressed, it will compromise ride quality and tyre contact with the road surface. The recurring play in the track rod end ball joint — flagged in 2021, 2023, and 2025 — reinforces that the front-end has been a weak point throughout the car's later life. Have a workshop check both front shock absorbers for damping effectiveness and inspect the track rod ends, inner tie rods, and wishbone bushes for play. The rear braking system also warrants scrutiny. In June 2024, the tester flagged a worn rear brake disc and a binding Offside Rear service brake, both noted as not excessive at the time. A binding caliper can cause uneven pad wear, increased fuel consumption, and localized overheating of the disc. Inspect the rear caliper slide pins, pistons, and pad thickness to confirm whether the binding issue has progressed since the last test. Tyre condition has been a recurring advisory theme, with edge wear and cracking appearing across multiple test years, so check the age and condition of all four tyres, including the sidewall integrity, before committing to purchase.