2013 BMW 5 Series 3.0L Diesel · AE13 LUH

A textbook record of roadworthiness, this 2013 BMW 5 Series presents an unblemished MOT history across five consecutive tests, with the most recent examination on 23 February 2026 resulting in a pass and zero advisories recorded. Equally notable is the fact that no advisory items were logged in any of the four preceding annual tests, meaning there is no official DVSA evidence of component wear approaching intervention thresholds for items such as brake pads, brake discs, tyres, suspension components, or exhaust mounting. For a thirteen year old executive saloon, this absence of flagged deterioration is exceptional and indicates that the vehicle has either been subject to timely remedial maintenance between tests or that wear rates on the inspected components have been genuinely minimal. The stability of the trend, with no escalating list of advisories across the five year window, suggests the structural and mechanical condition observed at test has remained consistent rather than deteriorating. The recorded mileage of 76,943 miles against a thirteen year vehicle age equates to an annual accumulation of roughly 5,919 miles, which is considerably below average for a vehicle of this type and era. There are no obvious gaps in the MOT testing record, with annual submissions from 2022 through 2026, indicating the car has remained in regular use and on the road throughout this period rather than being laid up for extended intervals. Low annual mileage of this nature reduces wear on high stress components such as the clutch, drivetrain, and engine internals, but it can also mean longer standing periods between journeys, which may promote issues with dry seals, surface corrosion on brake discs, and deterioration of rubber components including coolant hoses, suspension bushes, and drivetrain gaiters. The fact that no such advisories have appeared suggests any standing periods have been managed appropriately or interspersed with sufficient driving to keep seals lubricated and corrosion at bay. Given the complete absence of recorded advisories, a prospective buyer cannot rely on the MOT history alone to identify latent concerns specific to the E60 or F10 generation 5 Series, and a physical inspection should therefore focus on known weak points for this platform. Pay particular attention to the condition of the rear subframe and mounting points, as corrosion in this area has been a documented issue on 5 Series models of this vintage and would not necessarily be captured in routine MOT advisories until it reaches an advanced stage. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, which can indicate worn control arm bushes or tie rod ends, and feel for vagueness or play in the steering that may point to worn power steering components or worn top mounts. Check the operation of the iDrive infotainment system, climate control, and electric seat adjustment for intermittent faults, as electrical gremlins are common on this generation. Under bonnet inspection should include a careful examination for any oil weeps from the valve cover gasket and from the oil filter housing, both known seepage points on the N47 and N57 diesel engines and the petrol N20 and N55 units commonly fitted to this model. With the engine running from cold, observe whether the initial idle is rough or accompanied by blue smoke from the exhaust, which could indicate worn turbo seals or valve guide wear, both of which are expensive rectification items on this generation of BMW. Examine the underside of the engine and gearbox for signs of leaks onto surrounding components, and check the condition of the coolant expansion tank and lower radiator hose for signs of discolouration or weeping, as these plastic components become brittle with age. Finally, inspect the brake discs closely for any lipping or corrosion scoring around the outer edges, as standing periods combined with light use can produce surface corrosion that, while not affecting MOT outcome, can manifest as vibration or judder under heavy braking.