2022 Volvo XC60 R-Design B4 Mhev AWD Auto 2.0L Electric diesel · YN22 RYF

The latest MOT test conducted on 18 November 2025 resulted in a pass with no defects recorded. This follows a previous clean pass in May 2025, indicating a stable maintenance trend. The absence of any recorded advisories or failures over the last year suggests that the vehicle has been kept to a high standard of roadworthiness and that any emerging faults have been addressed before the official inspection. The vehicle has covered 86,765 miles in approximately four years, averaging roughly 21,691 miles per year. This is significantly higher than the average UK annual mileage and indicates heavy usage, likely consisting of long-distance motorway commuting. While high mileage often means the engine has been run at optimal temperatures, it accelerates the wear on critical consumables, suspension components, and the drivetrain, meaning the vehicle is entering a phase where major wear and tear items will require closer scrutiny. Given the clean MOT record but high mileage, the buyer must prioritise a thorough review of the service history. It is essential to verify that oil changes and filter replacements have been performed at the correct intervals to ensure the longevity of the B4 mild-hybrid engine. During a physical inspection, check the brake discs for significant lip formation or scoring and ensure the pads have sufficient remaining material. On a test drive, listen for any knocks or clunks from the suspension bushes and coil springs, as these components are prone to fatigue under high-mileage conditions. Furthermore, inspect the tyre tread depth and wear patterns across all four wheels to ensure there is no uneven wear, which could indicate a requirement for wheel alignment. Check the health of the 12V battery and ensure the mild-hybrid system operates seamlessly without dashboard warnings during startup. Finally, verify that the automatic transmission shifts smoothly through all gears without hesitation or judder, as the AWD system and gearbox have been subjected to substantial operational stress over their lifespan.