1996 Toyota Lucidia 2.2L Diesel · P471 CRN

The defining mechanical story across the seven recorded DVSA examinations is one of accumulating chassis and damper wear rather than any single catastrophic failure. The vehicle has passed every annual test since the front tyre-depth failure in early 2017, but the advisories it has attracted over the subsequent nine years describe a slow, progressive deterioration of the suspension system. Front shock absorbers have shown oil misting on both the offside in 2021 and the nearside in 2017, the nearside rear lower arm bush was noted as worn in 2019, a nearside rear axle bump stop was reported missing in 2021, and the rear coil springs were flagged as corroded on both sides in 2022. The most recent pass on 9 March 2023 carried no recorded defects, which suggests the car was presented at a moment when nothing had crossed the advisory threshold, yet the underlying pattern is one of age-related suspension fatigue on a 201,586-mile vehicle. Mileage records indicate fairly typical utilisation, with approximately 11,200 miles accumulated annually since first registration, consistent with a car used as regular transport rather than being left standing for extended periods. However, the MOT history contains no mileage figures or tests between early 2018 and 2020, meaning the exact rate of accumulation over the bulk of the vehicle's life cannot be verified from the data supplied. At this mileage the braking system, clutch, engine oil consumption, and transmission mounts should all be considered heavily used items; combined with the visible chassis wear already recorded, the car presents as a high-mileage example whose mechanical life is well into the second half of its expected service cycle. For a prospective buyer, the priority inspection areas are precisely those components already flagged in the advisory history. The front shock absorbers should be examined for fresh oil residue around the upper mounts and along the body of the strut, and on a test drive any uncontrolled bouncing after pressing down on each front corner, or a floaty, wallowing feel over undulating roads, would indicate the damping has further deteriorated since the recorded misting. The rear coil springs flagged for corrosion in 2022 should be inspected for any sign of fracture, particularly at the lower coils where rust pitting concentrates, and the nearside rear lower arm bush recorded as worn in 2019 warrants a physical check on a ramp or over a pit for play in the arm pivot, which on the road would translate into a clonking noise or imprecise rear-wheel behaviour over bumps. The missing nearside rear axle bump stop noted in 2021 should be confirmed as still absent or replaced, as its function is to prevent the suspension from topping out under full compression, and continued absence risks secondary damage to the spring seats. Brake-related components have not featured in the recorded history, but at 201,586 miles the discs and pads are likely to have been replaced multiple times, and on a test drive the buyer should listen for any binding, feel for vibration through the pedal under firm braking, and check for any pulling to one side that might indicate a sticking slider or collapsed hose. The 2017 tyre-depth failure on both front tyres, while not repeated in subsequent tests, is a reminder to verify current tread depths across all four corners and the age of the rubber, as tyres older than six years begin to harden regardless of remaining tread. Finally, given the age and mileage, a thorough inspection underneath the vehicle for any developing corrosion on subframes, brake lines, and the exhaust system is advisable, even though none of these items have yet been recorded as defective in the MOT data.