2004 Toyota Avensis 1.8L Petrol · RN04 YGP

A recurring pattern of dangerous failures involving tyre structural integrity and brake pad thickness defines the mechanical history of this vehicle. The records show multiple instances where the car was deemed unfit for use due to tyre bulges, tears, and tread depths falling below the legal 1.6mm limit, alongside repeated failures for brake pads being worn below 1.5mm. While the most recent test on 11 September 2021 resulted in a pass, it followed a significant failure involving headlamp aim and tyre defects, and included an advisory regarding a loose nearside front body panel wing. The vehicle has covered 110,384 miles over its 22-year lifespan, which equates to an average annual accumulation of approximately 5,017 miles. This is a low mileage profile for a vehicle of this age. Mechanically, while lower mileage can mean less cumulative wear on the drivetrain and engine components, the MOT history suggests the vehicle may have experienced periods of inactivity or infrequent use, which often correlates with the type of consumable wear seen in the records, such as tyres failing due to age-related structural issues rather than just tread depletion. Prospective buyers should pay close attention to the tyre condition and the braking system during a physical inspection. Given the history of tyre bulges, tears, and sidewall failures, you must inspect the sidewalls of all four tyres for any signs of cracking, bulging, or uneven wear that could indicate internal structural separation. On a test drive, listen for any rhythmic thumping or vibration through the steering wheel or floorpan, which could indicate a tyre with a compromised carcass. Furthermore, because the brake pads have been recorded as dangerously thin on multiple occasions, you should test the braking feel for any sponginess or a high-pitched squeal, and check for any significant pedal travel or judder which might indicate uneven disc wear or sticking calipers. The advisory regarding the nearside front body panel wing being slightly loose should be investigated for underlying structural or mounting issues. During the test drive, pay attention to any unusual wind noise at higher speeds or any subtle pulling to one side, which could be related to the body panel fitment or the alignment of the front-end components. Ensure that the headlamp aim is correctly adjusted and that the beam pattern is stable, as the vehicle has previously failed on incorrect projection from both the nearside and offside lamps.