2013 BMW 5 Series 2.0L Diesel · OG08 ADE

A pattern of recurring suspension and steering wear, together with corrosion of the rear coil springs, defines the MOT history of this 2013 BMW 5 Series. Each annual test since 2019 has passed, yet the record is littered with advisories for front suspension arm bush wear, slight play in the steering rack inner joint, deterioration of the rear prop‑shaft flexible coupling and, most recently, corrosion of both rear coil springs. The trend shows a steady accumulation of wear‑related advisories rather than any sudden failure, indicating that the vehicle’s core structure remains intact but that several key dynamic components are approaching the end of their service life. At 139,615 mi the car averages roughly 10,700 mi per year, a mileage rate that sits comfortably within normal usage for a thirteen‑year‑old executive saloon. The MOTs have been recorded annually with no gaps, suggesting the vehicle has been driven consistently rather than stored for long periods. This moderate annual accumulation means that wear items such as brake pads, tyres and suspension bushings are likely to be nearing the replacement point, while the overall mileage does not alone imply excessive strain on major drivetrain components. Prospective buyers should give particular attention to the rear coil springs, which have been flagged as corroded on both sides in the latest test. Inspect for rust‑induced weakening, uneven ride height and any audible clunk when the car is driven over bumps. The front suspension arm pins and bushes have been noted as worn for three consecutive years; feel for excessive play when pushing the wheel inward and listen for knocking noises under cornering loads. The steering rack inner joint’s slight play may manifest as a vague looseness or a subtle wobble in the steering wheel at low speeds, so a thorough road test should include a straight‑line pull check and a low‑speed slalom. The rear prop‑shaft flexible coupling’s slight deterioration could produce a faint whine or vibration under acceleration, especially when the gearbox is shifted through torque‑heavy gears. Brake pad thickness was highlighted as thin in 2025, and tyre tread edges have repeatedly approached the legal limit. Verify the actual pad depth and confirm that the pads are still within safe limits; any pulsation or increased pedal travel would warrant immediate replacement. Examine all four tyres for uneven wear patterns, sidewall damage or cupping, and ensure that the tread depth exceeds the minimum 3 mm. A comprehensive pre‑purchase inspection should therefore include measurement of brake pad and tyre wear, a full suspension and steering play assessment, and, if corrosion of the rear springs is significant, consideration of their replacement to avoid loss of ride quality or spring failure.