1991 CITROEN BX1.9L DIESEL

The most recent MOT record dates from 26 February 2007, meaning this Citroen BX has held no verified roadworthiness certificate for nearly nineteen years as of June 2026. That 2007 test resulted in a failure at 154,139 miles, and the recorded mileage has not moved since. The maintenance trend is effectively unverifiable beyond that point. Without a pass certificate or any subsequent testing history, there is no evidence that the defects identified in 2007 were ever rectified, and the vehicle must be treated as unroadworthy until proven otherwise through a fresh inspection. The mileage profile is unusual. Between the March 2006 test at 149,784 miles and the February 2007 failure at 154,139 miles, the car covered 4,355 miles in roughly eleven months, which is consistent with light but regular use. However, the complete absence of any mileage increase after February 2007 strongly suggests the vehicle has been stationary for the best part of two decades. Long-term standing introduces its own risks: perished rubber bushes, seized brake calipers, degraded fuel system components, and corrosion of brake lines and structural mounts, none of which are captured by a test that is now nineteen years out of date. The 2007 failure list reveals several mechanical concerns that demand close physical inspection. The nearside rear radius arm pin or bush had excessive play, indicating suspension wear that would affect wheel alignment and handling. Both front headlamp aim beams were set too high, suggesting possible suspension sag or previous collision damage. The nearside front steering rack gaiter was split, which on a Citroen BX with its hydropneumatic suspension could allow contamination of the rack and accelerated wear. The offside outer front constant velocity joint gaiter was also split, risking joint failure if the joint has been exposed to dirt and moisture. The front fluid suspension accumulator was leaking, a fault specific to the BX's hydropneumatic system that would cause ride height loss and poor damping if the sphere has deflated or the hydraulic circuit has degraded. A buyer should treat this vehicle as a project requiring full mechanical recommissioning. The hydropneumatic suspension system, including accumulators, spheres, hydraulic pipes, and the height corrector, needs specialist assessment given the documented leak. Brake efficiency was below requirements in the March 2006 test, and nineteen years of inactivity makes seized calipers, corroded discs, and perished flexible hoses highly probable. The steering rack gaiter and radius arm bush defects from 2007 remain unconfirmed as repaired. Before any road use, a comprehensive inspection of the braking system, suspension geometry, steering integrity, and structural corrosion is essential.