2002 Rover 25 1.4L Petrol · AF52 UJZ

The 2002 ROVER 25 has maintained a generally clean roadworthiness record through four consecutive MOT tests spanning 2022 to 2026, yet the February 2026 assessment introduces two distinct concerns that warrant close scrutiny. The front brake discs are reported as worn and pitted or scored, indicating surface degradation that may compromise stopping performance, while both side outer drive shaft constant velocity boots are listed as severely deteriorated on their respective constant velocity joints. These are the only advisories on file, appearing alongside two minor faults related to drive shaft boot integrity, suggesting that while the vehicle passed its previous assessments without issue, current conditions reveal specific wear patterns that require immediate mechanical attention. The presence of these problems on a vehicle with such a low mileage count for its age signals that the earlier clean tests may have occurred under different operating conditions or that the deterioration has progressed gradually until it became apparent in the latest examination. The recorded mileage of 73,716 miles at a vehicle age of approximately 24 years translates to roughly 3,072 miles per annum, which is significantly below the average expected for a car of this vintage. Such a low accumulation rate typically implies either infrequent driving, extended periods of storage, or possible underutilisation relative to its displacement and power output. Mechanically, this usage profile suggests that high-consumption components such as the rear suspension bushings, brake pads, and drivetrain seals have experienced less cumulative stress than would be anticipated from similar mileage figures, potentially delaying the onset of normal wear. However, the current state of the front brake discs and the severely deteriorated drive shaft boots indicates that while total mileage may appear modest, the specific systems flagged in the latest MOT are already exhibiting significant degradation that will likely accelerate if left unaddressed. Given the front brake disc condition, a test drive should be conducted with particular attention to how the vehicle responds during hard braking, especially on uneven or cambered surfaces where scoring on the discs could manifest as a pulsating or vibrating brake pedal. Any knocking, clunking, or grinding noise from the front wheel hubs or axle area warrants investigation, as the drive shaft constant velocity boots being severely deteriorated point toward compromised sealing and potential internal wear within the outer drive shaft assemblies. A careful visual and tactile inspection of the boot housings for cracks, tears, or excessive play, combined with listening for rattling sounds around the drive shaft locations during rotation, will help determine whether replacement is imminent. If the boots are indeed severely deteriorated, replacing them along with any associated sealant or gasket material is essential to prevent fluid leakage onto the drive shaft bearings and subsequent bearing failure. The drive shaft constant velocity boots represent a critical assembly linking the front wheels to the differential, and their severe deterioration on both the near and off-side front outer shafts indicates a loss of hydraulic sealing that can allow grease and lubricant to escape, leading to accelerated wear of the inner and outer drive shaft journals. During a test drive, pay close attention to the steering response when turning, as damaged boots can introduce play in the universal joints and affect alignment stability. Additionally, inspect the brake discs for any visible scoring patterns that extend across the entire face, which would confirm the extent of wear and whether resurfacing or complete replacement is required. Because the 2026 MOT is the first recorded failure since 2022, these components should be treated as urgent repair items rather than routine maintenance, and the buyer should negotiate accordingly given the current state of the vehicle's safety-critical systems.