2005 Tiger 2.0L Petrol · F647 JUE

A consistent record of roadworthiness defines this vehicle, which has maintained a clean pass status across the majority of its recent history, including the most recent successful inspection on 27 May 2026. While the MOT history shows an entirely clear record for the past five consecutive years, the 2021 test identified specific wear within the rear suspension architecture. The absence of further defects since that time suggests that either remedial work was performed or that the degradation has not progressed to a point requiring formal intervention during subsequent annual assessments. The accumulation of only 13,463 miles over a twenty-one-year lifespan results in an exceptionally low annual average of approximately 641 miles. This usage profile indicates that the vehicle has spent significant portions of its life stationary rather than in active service. Mechanically, such limited mileage often results in components remaining largely original, which can lead to the hardening of rubber seals, gaskets, and suspension bushes due to age-related degradation rather than high-cycle fatigue. Prospective buyers should be aware that low mileage does not equate to a lack of wear, as components like flexible brake hoses and engine seals are susceptible to deterioration regardless of the distance covered. Given the 2021 advisories regarding the nearside and offside rear lower shock absorber bushes, a primary focus during a test drive must be the rear suspension response. Listen intently for any metallic clunking, knocking, or rattling sounds when traversing uneven road surfaces, speed bumps, or potholes, as these are primary indicators of bush play or shock absorber fatigue. Furthermore, observe the vehicle's handling through corners; any wallowing, instability, or lack of damping control in the rear end would suggest that the rear suspension components are no longer performing to their original specification and may require replacement to restore proper geometry and handling characteristics. Beyond the suspension, the prolonged periods of inactivity warrant a thorough inspection of the drivetrain and braking systems. During the test drive, check for any vibrations through the brake pedal or steering wheel, which could indicate seized or binding calipers or unevenly worn discs resulting from extended periods of disuse. Additionally, monitor the engine closely for any signs of oil misting or leaks around the gaskets, as the rubber seals may have become brittle over time. A comprehensive inspection of the underside is also recommended to ensure that the structural integrity of the chassis and subframe has not been compromised by surface corrosion, which can sometimes remain hidden during the limited scope of a standard MOT test.