2007 Skoda Roomster 1.6L Petrol · KU07 VLW

The 2007 Skoda Roomster shows a history of deferred maintenance regarding wear components despite its low mileage. In the most recent test in September 2025 at 113,675 miles, the vehicle passed with a significant list of advisories that indicate a worsening trend in mechanical neglect. The tester flagged pitted and scored brake discs on all three visible corners and worn-side tyres, as well as play in the nearside front lower suspension arm ball joint. The presence of corrosion on both rear coil springs and deteriorated shock absorber gaiters suggests that the vehicle's suspension is suffering from age and potential environmental exposure, which is common for low-mileage cars that sit stationary. The vehicle has covered 113,675 miles over 19 years, averaging roughly 6,000 miles per year. While this low mileage suggests less mechanical strain on the drivetrain, the MOT record reveals consistent degradation of rubber components and braking surfaces over time. The failure in August 2025 at 113,642 miles was primarily due to a split offside front drive shaft CV boot and an inoperative engine management warning light, both of which were addressed for the subsequent pass. However, recurring issues with pitted brake discs and frayed seat belts across 2024 and 2025 indicate that the owner only addresses faults when necessitated by a failure. Inspection is required for the engine oil leak which has remained a persistent advisory for three years without resolution. The seat belts, specifically the nearside front webbing and the slow offside rear mechanism, represent safety concerns that require immediate attention. Furthermore, the buyer should check the structural integrity of the rear suspension area, as the corrosion noted on the coil springs is a precursor to structural failure if not monitored. The vehicle is currently roadworthy, but the accumulation of suspension play and rubber component wear suggests significant upcoming costs will be necessary to maintain it in a good condition.