2004 Porsche Cayenne 3.2L Petrol · DW52 YER

Chronic corrosion of the rear sub-frame and recurring wear in the front suspension linkages define the mechanical trajectory of this vehicle. While the test on 2025-11-20 resulted in a pass, the record reveals a persistent trend of unresolved advisories regarding structural corrosion and suspension play that have appeared across multiple years. The presence of these recurring items, alongside a failure in late 2024 for parking brake efficiency and headlamp alignment, indicates a vehicle where multiple wear-and-tear components are reaching the end of their service life. A total of 150,250 miles accumulated over 22 years represents a typical annual usage rate of approximately 6,830 miles. For a vehicle of this weight and age, such mileage typically correlates with significant degradation of rubber bushings, ball joints, and braking surfaces. The consistency of the testing intervals indicates regular road use, but the high cumulative mileage is reflected in the current state of the suspension and the recurring reports of pitted brake discs. During a test drive, specific attention must be paid to the steering and front-end stability due to the recorded play in the offside track rod end and worn rear bushes on both front lower suspension arms. Listen for knocking or creaking sounds when traversing uneven surfaces or during low-speed manoeuvring. Any vagueness in the steering centering or a tendency for the vehicle to wander under light acceleration may be attributed to these degraded suspension components. The braking system requires close scrutiny, particularly the rear discs which have been flagged as worn and pitted since at least 2022. Feel for any judder through the brake pedal during deceleration and verify the holding power of the parking brake, given its previous major failure. Additionally, a physical inspection of the rear sub-frame and fuel tank straps is necessary to assess the extent of the corrosion, as these items have been recurring advisories and will eventually require remedial treatment to maintain structural integrity.