2006 Volvo XC90 2.4L Diesel · BK56 LDV

The vehicle holds a current MOT pass secured on August 10, 2026, at 180,560 miles, though this followed an initial failure for a non-working offside dipped beam headlamp alongside a minor defect for a severely deteriorated offside front upper anti-roll bar ball joint dust cover. Reviewing the historical data reveals a persistent pattern of mechanical interventions rather than a stable trajectory. The August 2025 test resulted in a dangerous failure due to compromised parking brake efficiency below fifty percent of the required value, accompanied by a missing offside front steering rack gaiter. This parking brake deficiency directly echoes an identical major failure recorded three years prior in August 2022, which also featured an electronic stability control fault warning. Furthermore, the 2024 test noted a deteriorating steering rack gaiter that subsequently progressed to a missing gaiter by 2025, while the 2023 examination highlighted thin rear brake pads and tyres worn near the legal limit. Accumulating 180,560 miles over its twenty-year lifespan yields an annual average of approximately 9,028 miles, placing the vehicle squarely within typical UK usage parameters for a large diesel utility vehicle. The MOT log shows consistent annual presentation without extended gaps or prolonged periods of SORN storage. Testing cadence remained tightly clustered between late August and early September across the 2022 to 2025 period, shifting slightly to mid-August for the 2026 test. This steady accumulation suggests regular deployment rather than intermittent use, though the mileage volume inherently increases thermal and mechanical fatigue on heavy drivetrain components. Inspecting this vehicle in person requires targeted scrutiny of the front steering gear, braking systems, and suspension joints. Prospective buyers must examine the offside front steering rack area to confirm the condition of the newly fitted or repaired gaiter and check for any hydraulic fluid leaks or rack play. The parking brake mechanism demands rigorous testing on a gradient, given the recurring historical failures regarding efficiency percentages. Suspended components warrant close physical examination to evaluate the newly flagged anti-roll bar ball joint dust cover deterioration. Finally, buyers should verify the operation of all exterior lighting, specifically the dipped beam units and registration plate lamps that have previously triggered test failures and minor advisories.