2014 BMW 430 3.0L Diesel · LG64 DHA

The vehicle remains roadworthy but the maintenance trend shows a concerning failure to address recurring mechanical defects promptly. While the most recent test in October 2025 at 100,250 miles passed, it flagged continued play in the steering rack inner joints and a worn offside front tyre. This steering rack issue has persisted across the last three years of testing, suggesting a reactive maintenance approach where components are only addressed when they reach failure thresholds rather than through preventative replacement. At 100,250 miles, the car averages approximately 8,350 miles per year, which aligns with typical usage patterns for a twelve-year-old German saloon. The mileage data shows consistent annual growth, with roughly 13,000 miles driven between October 2023 and October 2024, and another 13,700 miles covered in the final year. This consistent use suggests the vehicle has not sat for long periods, but it explains the steady wear patterns observed on the suspension and braking components. A buyer must prioritize a thorough inspection of the steering system and front suspension. The persistent play in the steering rack inner joints since 2023 indicates a significant wear pattern that could lead to unpredictable steering feel or premature rack failure. Furthermore, the record shows a recurring history of uneven tyre wear, specifically bald inner edges, which frequently points to incorrect wheel alignment or worn-out geometry components that have not been properly rectified despite multiple MOT advisories and failures. The braking system also requires scrutiny due to the failure in October 2024, which revealed pitted front brake discs and dangerously thin rear pads. While the vehicle passed the subsequent test, the presence of corrosion pitting on the discs suggests they may be nearing the end of their effective life. A physical inspection should check for binding calipers and ensure that the recent brake work involved high-quality component replacement rather than surface-level fixes.