2005 Volvo XC90 2.5L Petrol · LR55 TYZ

Recurring failures regarding the parking brake system and deteriorating lighting clarity define the mechanical profile of this vehicle, which most recently passed its MOT on 26 March 2026. The testing history shows a persistent issue with parking brake efficiency, which escalated from a major defect in 2024 and 2025 to a dangerous failure in March 2026 due to a defective parking brake lever and efficiency falling below 50 percent. While the vehicle passed the most recent test, the presence of multiple advisories regarding worn front brake discs and headlamp lens degradation suggests a trend of component wear that requires close monitoring. The recorded mileage of 120,269 miles over a 21-year lifespan represents a relatively low annual accumulation of approximately 5,727 miles. This usage pattern indicates the vehicle has been driven significantly less than the national average, which can mean less frequent mechanical exercise for various moving parts. While lower mileage can reduce wear on certain drivetrain components, the MOT records show that specific items like the parking brake mechanism and exhaust system have still required intervention, suggesting that the age of the components and the frequency of use may be more significant factors than total distance travelled. Prospective buyers should pay particular attention to the braking system during a test drive. Given the recent dangerous failure of the parking brake and the advisory for pitted and scored front brake discs, it is essential to test the handbrake's holding strength on an incline and check for any unevenness or vibration through the brake pedal when applying the service brakes. The advisory regarding the offside front seat belt webbing being frayed also indicates a specific interior safety component that may require replacement to meet full safety standards. Lighting and exhaust integrity also warrant inspection. The repeated advisories for headlamp lenses having products on them suggest a progressive loss of light clarity, so the illumination strength should be verified in low-light conditions. Furthermore, the 2023 failure involving a major exhaust leak and high lambda readings indicates that the exhaust system and emissions control components have previously failed to meet standards. Listen for any unusual droning or loud exhaust notes during acceleration, which could signal a recurrence of leaks in the exhaust manifold or piping.