1994 Mitsubishi Pajero 2.8L Diesel · L757 BPV

The most recent MOT inspection on 4 July 2025 resulted in a pass, but the record indicates a concerning downward trend in mechanical condition. While the vehicle has avoided major failures in the last two years, the transition from general underbody maintenance advisories to specific mechanical component deterioration is evident. The presence of multiple minor defects regarding CV boot deterioration alongside advisories for steering and braking components suggests that while the vehicle is currently roadworthy, it is entering a phase of accelerated wear. The maintenance history shows a shift from preventative undersealing toward the inevitable degradation of rubber, steering, and braking hardware, which requires immediate attention to prevent future failures. With 251,171 miles recorded over 21 years, this Mitsubishi Pajero has averaged approximately 12,000 miles per year. This is consistent with typical long-distance or utility usage for a vehicle of this class and age. Such mileage implies that the drivetrain, suspension, and engine components have been subject to significant, sustained operational stress. While the usage pattern is predictable, the high cumulative mileage means that components such as the steering box, wheel bearings, and shock absorbers are likely nearing the end of their service life or are showing signs of fatigue. Prospective buyers should expect that many high-wear consumables will require replacement in the near future due to this extensive mileage profile. A primary area of concern is the condition of the drive shafts and steering assembly. The recent minor defects regarding severely deteriorated constant velocity boots on both the nearside and offside front drive shafts are critical. If these boots fail completely, grease will escape and grit will enter the joints, leading to expensive CV joint replacements and audible clicking noises during low-speed turns. Furthermore, the advisory regarding play in the front track rod end ball joints suggests impending steering instability. During a test drive, you must listen for knocking or clunking sounds when driving over uneven surfaces or turning the steering wheel, and feel for any vagueness or wandering in the steering response, which could indicate further degradation of the steering box or linkages. The braking system and chassis integrity also require rigorous physical inspection. The advisories concerning corroded brake pipes on both the front and rear, which are currently covered in grease or underseal, are significant. This often indicates that the corrosion is being masked to pass the test, and you should inspect the pipes for any signs of bubbling or thinning. Additionally, given the history of underbody corrosion and the previous advisories regarding sill integrity, a thorough inspection of the chassis rails and mounting points for structural rot is essential. Check the brake pedal feel for sponginess or pulsation, which could indicate the extent of the pipe corrosion or issues with the master cylinder, and ensure that the wheel bearings, which have shown play in previous years, do not produce a humming or droning noise at cruising speeds.