1995 CITROEN XANTIA1.9L DIESEL

The 1995 CITROEN XANTIA is currently roadworthy, but its overall condition is compromised by a severe deterioration in the braking system and structural integrity. The most recent MOT test on 2026-06-17 was passed at 168,896 miles, indicating that the vehicle has maintained its safety rating for the majority of its life, yet this recent test failure represents a critical turning point. The failure occurred on 2006-03-13 at 134,046 miles, marking the first instance where the vehicle was deemed unsafe, suggesting a significant drop in performance between the 2006-03-14 pass and the 2006-03-13 fail. The maintenance trend indicates a pattern of rapid mileage accumulation and progressive wear, which is characteristic of a vehicle in its early 30-year lifecycle. The gap between the 2006-03-14 pass and the 2006-03-13 fail is only 5,850 miles, representing a 44% increase in distance traveled. This rapid accumulation suggests that the owner or previous owner likely prioritized consumption costs over routine maintenance, leading to a state of accelerated wear on suspension components, brakes, and drivetrain parts. The lack of suspension movement in the rear and offside front fluid suspension on the 2006-03-13 test confirms that the suspension has become brittle and is failing to absorb road shocks, a sign of structural weakening. Given the recurring faults including a failed nearside registration lamp, a seriously weakened brake disc, and a failed parking brake, the vehicle requires immediate and thorough inspection by a qualified professional. The brake disc condition described as "seriously weakened" indicates that the friction material has degraded beyond acceptable limits, potentially causing the brakes to seize or fail entirely. The suspension bushings and coil springs, which were not checked for movement on the 2006-03-13 test, are highly susceptible to corrosion and fatigue, especially given the vehicle's age. A buyer should inspect the entire suspension system, the brake discs and rotors for cracks or corrosion, and the brake pads for wear, as these components form the core of the vehicle's safety. Structural integrity must be verified by checking for rust on the chassis, frame rails, and undercarriage, as the vehicle has a history of multiple failures that suggest underlying issues.