2011 Renault Laguna 2.0L Diesel · DS11 GZC

The vehicle passed its most recent MOT on 2026‑06‑26 at 111,386 miles, but the test recorded a cluster of defects that mark a deteriorating trend. The tester flagged binding front service brakes, a serious fluid leak on the offside rear shock absorber, a cut tyre reaching the ply, a damaged front wheel rim, splitting front wishbone bushes, rear axle corrosion, an insecure exhaust silencer, a broken back‑box hanger, and inoperative registration‑plate and fog lamps. These issues echo earlier failures such as brake‑disc wear, coil‑spring corrosion, and anti‑roll‑bar linkage wear, indicating that the underlying problems have not been resolved and are now more pronounced. Mileage accumulation has been steady at roughly 7,400 miles per year over the car’s 15‑year life, a rate that aligns with typical usage for a 2011 model. MOT records show annual testing from 2018 through 2026, with the most recent entries spaced only 34 days apart, confirming that the history is current and that no long gaps in inspection have occurred. The data set is dense enough to reveal a consistent pattern of wear rather than isolated incidents. A buyer should inspect the suspension thoroughly: check the front wishbone bushes for splitting, examine the coil‑spring cradles and rear axle beam for rust, and test the shock absorbers for fluid leaks or oil misting. The brake system demands close scrutiny—look for binding calipers, assess disc condition for pitting and lip wear, verify pad thickness, and ensure rear brake hoses and pipe supports are secure and not hanging. The exhaust needs verification of silencer security, heat‑shield mounting, and hanger integrity. Lighting circuits should be tested for registration‑plate lamp operation, fog‑light functionality, and headlamp security. Finally, examine the offside front rim for damage, tyres for edge wear and deep cuts, and the anti‑roll‑bar linkage for excessive ball‑joint wear. Any rust on the rear axle or sub‑frame pins should also be noted, as these components have shown recurring corrosion in the MOT history.