1994 Rolls Royce Silver Spirit 6.8L Petrol · L66 KAM

Chronic corrosion of hydraulic, brake, and power steering lines, combined with recurring suspension wear, defines the mechanical history of this vehicle. While the most recent test on 25 November 2025 resulted in a pass with no defects, this followed a failure on 4 November 2025 due to an excessively worn nearside front upper suspension ball joint, a component that had been flagged with slight play as far back as 2021. The overall trend shows a vehicle prone to age-related degradation of metal lines and structural components, though the most recent repairs have addressed the immediate suspension failure. The recorded mileage of 108,894 miles represents a low annual average of approximately 3,403 miles over its thirty-two year lifespan. Such a low rate of use often correlates with the type of deterioration seen in the MOT records, where components like brake discs, tyres, and hydraulic pipes suffer from corrosion and perishing due to inactivity rather than high-mileage wear. This usage pattern suggests the vehicle has spent significant periods stationary, which typically accelerates the oxidation of exposed metalwork and the degradation of rubber seals. Particular attention must be paid to the integrity of the braking and steering systems. The records show long-term advisories for corroded offside front brake pipes and various power steering pipes and hoses, including seepage from the rack and ram. During a physical inspection, check for dampness around the steering rack and evidence of fresh grease or sealant on brake lines, which may have been used to mask corrosion. Additionally, the history of oil leaks from the rocker covers and corrosion on the offside front sill and rear coil spring mountings requires a thorough underside inspection to ensure structural integrity has not been compromised. On a test drive, listen for knocks or clunks over uneven surfaces, which could indicate that other suspension bushings or joints are nearing the end of their service life, similar to the failed ball joint. Monitor the brake pedal for any softness or judder, and check for any steering pull or unusual noise when turning the wheel from lock to lock, reflecting the recorded power steering seepage. Finally, examine the inner edges of the tyres and the inner surfaces of the rear brake discs for the rusting and uneven wear patterns noted in previous tests to determine if the current consumables have been replaced.