2009 Jaguar X-Type 2.0L Diesel · NL09 EDV

A persistent pattern of oil leaks and progressive brake system wear defines the mechanical history of this vehicle, with the most recent pass on 10 March 2026 highlighting a widening list of concerns. While the car has a consistent record of passing, the frequency of advisories regarding braking components and engine leaks has increased over the last four years, suggesting a trend of accumulating wear rather than proactive replacement. An average annual accumulation of roughly 5,952 miles is low for a vehicle of this age, which often correlates with the types of defects observed in the records. This low usage profile is reflected in the evidence of perishing rubber and surface oxidation, specifically the cracking tyres noted in 2025 and the pitted brake discs recorded in 2026. Such a usage pattern suggests the vehicle may have spent significant periods stationary, which can accelerate the deterioration of seals and flexible components. Attention should be directed toward the braking system and steering geometry. The recorded pitting and scoring of both front and rear discs, combined with a history of thin brake pads, indicates a need for a full brake overhaul. During a test drive, feel for any pedal judder or audible grinding during deceleration. The 2023 report of play in the steering rack inner joint and the 2026 deterioration of the nearside front lower suspension ball joint dust cover require verification; listen for knocking or clicking sounds when turning the steering wheel at low speeds or driving over uneven surfaces. The recurring advisory for an oil leak, present since at least 2022, necessitates a thorough inspection of the engine bay and underside for active seepage. Additionally, the corrosion noted on the nearside front brake hose ferrule is a point of concern for long-term hydraulic integrity. A physical inspection should confirm whether the oil leak is originating from gaskets or seals and ensure that the corrosion on the brake line is superficial and not compromising the structural integrity of the hose fitting.