2017 BMW 4353.0L Diesel

This BMW 435 has demonstrated consistent roadworthiness over its MOT history, with all tests passing without defects or advisories since August 2022. The most recent inspection on January 29, 2026, confirms no outstanding mechanical or safety concerns, though the 6-month gap since then—while standard for MOT cycles—means no recent professional assessment has been conducted. The absence of recurring advisories or defects suggests the vehicle has been maintained at a baseline level, though this does not preclude hidden wear or deferred servicing. The mileage progression indicates typical usage for its age, averaging around 8,268 miles annually, which aligns with moderate, regular driving. There are no abrupt spikes or prolonged stagnation periods; the most notable interval is the 13-month gap between the July 2023 and August 2022 tests, during which the vehicle accumulated 11,558 miles. This suggests the car was actively driven during that period without immediate mechanical issues, though it also implies no intermediate servicing was recorded. The steady accumulation of miles suggests consumable components—tyres, brake pads, and suspension bushes—will require closer scrutiny. Given the lack of advisories in the MOT record, a buyer should prioritise an independent inspection of high-wear areas not routinely checked by the MOT tester. Focus on the suspension, particularly rear coil springs and bushes, as BMWs of this age often develop uneven wear or corrosion in these components. The braking system, including rear caliper binding (a common issue in high-mileage BMWs) and front disc thickness, should be thoroughly checked for uneven wear or corrosion. Additionally, inspect the subframe and sills for signs of structural rust, as this model is prone to corrosion in these areas, even with regular MOT passes. The exhaust system and catalytic converter should also be examined for leaks or excessive corrosion, particularly around the rear mounts. While the MOT history is clean, these components are not always fully assessed in a standard test.