SUZUKI SWIFT2008 · 1.6L PETROL

The vehicle currently presents a critical state of roadworthiness following a significant decline in its last recorded inspection. While it passed tests in 2020 and 2021, the December 2022 failure at 88,852 miles revealed a catastrophic list of mechanical and safety defects. The trend indicates a sharp shift from basic maintenance to a state of neglect, as multiple independent systems including the brakes, suspension, and lighting all failed simultaneously. At 88,852 miles over 18 years, the car shows low annual mileage, averaging under 5,000 miles per year. However, the low usage appears to correlate with accelerated degradation rather than wear-related longevity. Between December 2021 and December 2022, the vehicle covered only 3,423 miles, yet it transitioned from a clean pass to a comprehensive failure with 20 distinct faults and advisories. This pattern suggests the vehicle may have sat stationary for long periods, leading to the advanced corrosion on brake lines and the degradation of rubber components. A buyer must focus heavily on the extensive corrosion and suspension geometry issues identified. The 2022 test flagged corroded brake pipes covered in grease, which often indicates an attempt to hide leaks or previous failures rather than professional repair. The front suspension is severely compromised by excessively worn lower arm bushes and leaking rear shock absorbers, while the rear coil springs are noted as being corroded. The presence of a binding rear brake and an imbalanced pull across the axle suggests the braking system requires a complete overhaul to ensure safe operation. The structural integrity of the chassis requires close physical inspection given the reported corrosion on the Macpherson struts and anti-roll bars. Furthermore, the failure of the windscreen wipers and the damaged wing mirror housing indicate that basic safety-critical items have been ignored. Given that the last recorded test was over three years ago, the vehicle's current condition is unknown and likely worsened further due to continued oxidation of metal surfaces and rubber components.