2005 Suzuki Swift 1.5L Petrol · FV05 PLJ

The vehicle is in a poor state of repair with a clear trend of worsening mechanical and structural decline. The most recent test on 3 June 2025 at 129,461 miles resulted in multiple critical failures including engine emission issues, binding brakes, and bald tyres. This follows a significant failure in May 2025 where the engine management system and serious structural corrosion were identified, indicating that previous faults were either not adequately addressed or that new defects are developing rapidly. The recorded mileage of 129,461 miles over 21 years reflects an average usage of approximately 6,165 miles per year, which is typical for an older vehicle. However, the data shows a concerning discrepancy between the April 2023 test at 133,511 miles and the April 2024 test at 117,843 miles. This suggests an odometer rollback or a recording error that undermines the reliability of the service history. Between these two dates, the vehicle showed significant deterioration despite lower mileage, coinciding with multiple failures in the suspension and braking components. A buyer must conduct a thorough inspection of the structural integrity, specifically the nearside rear suspension mounting area, which was flagged for excessive corrosion that reduces structural strength in 2025. The suspension system shows a history of neglect, with recurring issues involving ball joints, Macpherson strut top bushes, and fractured coil springs. Furthermore, the persistent engine management light malfunctions and high carbon monoxide readings suggest a deep-seated fuel mixture issue or a failing oxygen sensor that requires a professional diagnostic tool to resolve. The braking system requires immediate attention due to reports of corroded rear brake pipes and binding calipers in the June 2025 test. The failure of parking brake efficiency and pedal fading in earlier tests indicates that the hydraulic system and mechanical linkages are poorly maintained. Given the recurring failures of basic consumables and the presence of structural rust, the vehicle represents a high risk for ongoing repair costs to bring it to a roadworthy standard.