2008 Jaguar XF 2.7L Diesel · CX58 DNE

A recurring pattern of braking system failures and escalating suspension wear defines the mechanical history of this vehicle. While it passed its latest inspection on 3 October 2025, the record shows a trend of deteriorating chassis components and intermittent parking brake malfunctions, with major failures recorded in 2022 and 2024 regarding brake efficiency and operation. The most recent test has shifted the focus toward multiple advisories concerning the rear suspension and front braking surfaces, indicating a vehicle entering a phase of significant component fatigue. With 146,191 miles recorded over 18 years, the vehicle has averaged approximately 8,122 miles per year, which is typical for its age. This consistent usage pattern implies that the drivetrain and chassis have been subjected to steady wear rather than the degradation associated with long periods of standing. However, at this mileage, the cumulative stress on rubber bushings, coil springs, and braking hardware is evident in the MOT history, necessitating a focus on the remaining lifespan of these consumables. Prospective buyers should pay close attention to the front braking system and the rear suspension. The October 2025 advisories for worn, pitted, or scored front brake discs and thin brake pads suggest a requirement for replacement to avoid further deterioration. During a test drive, feel for any pedal judder or uneven braking force. The history of corroded brake hose ferrules in 2023 further highlights the need to inspect all flexible brake lines for signs of surface rust or cracking. The rear suspension requires a detailed physical inspection, specifically regarding the offside rear coil spring corrosion and the worn upper suspension arm pin or bush. Listen for knocks, thumps, or instability when driving over uneven surfaces or speed bumps, which may indicate the deterioration of the anti-roll bar ball joint dust cover or the aforementioned suspension arm. Ensure the parking brake holds the vehicle securely on an incline, given the previous dangerous and major failures recorded for brake efficiency and one-sided operation.