2010 Jaguar XF 3.0L Diesel · AX59 CZZ

Heavy cumulative usage defines the structural and mechanical narrative of this 2010 Jaguar XF, which has accumulated 232,851 miles through consistent yearly testing punctuated by recurring component failures and electrical faults. The vehicle successfully secured an MOT pass on March 17, 2026, but only after enduring a protracted testing cycle earlier that month that required rectifying multiple failures, including missing road wheel fixings, an inoperative rear fog lamp, failed headlamps, and an engine hunting condition that initially prevented emissions testing. This recent sequence indicates a vehicle requiring ongoing remedial attention rather than one with a stable, trouble-free roadworthiness record. Averaging approximately 14,553 miles per year over its sixteen-year lifespan, the high-mileage profile of this Jaguar translates into advanced cumulative wear across high-stress drivetrain, braking, and suspension assemblies. The test history reflects this intense operating tempo through recurring issues with the electronic parking brake system, which failed tests in both February 2005 and March 2026 due to inoperation and inadequate efficiency, alongside persistent lighting failures and structural corrosion advisories. When inspecting the vehicle prior to purchase, a thorough physical examination of the underside is essential to evaluate the rear subframe corrosion noted in the latest test, as well as the oil leak and corroded nearside rear coil spring flagged in previous inspections. Listen carefully during a test drive for knocking noises or vagueness from the rear axle, where the offside rear lower suspension arm pin or bush and both upper anti-roll bar ball joint dust covers showed wear and deterioration. Furthermore, test the electronic parking brake repeatedly on a steep incline to ensure full clamping force is achieved on both rear calipers, addressing the historical tendency for parking brake inefficiencies. Check the front service brakes for any pedal pulsation or fluctuation during application, and verify that all exterior lighting and optical units operate correctly to avoid the electrical faults that previously compromised its test outcomes.