SUZUKI SWIFT2006 · 1.5L Petrol

The 2006 Suzuki Swift has a stable roadworthiness profile based on its most recent MOT, which passed on 2023-06-16 at 89,941 miles with no defects. However, the vehicle failed an MOT on 2023-06-13 at 89,849 miles, just three days prior, with no recorded defects. This suggests either a procedural error or a minor issue resolved swiftly. Subsequent tests from 2021 and 2022 show consistent passing results, indicating no significant mechanical degradation over the past five years. The absence of critical failures in these tests implies the vehicle has been maintained to a basic standard, though the lack of recent inspections (over three years since the last test) raises concerns about unmonitored wear. The mileage of 89,941 miles over 20 years equates to approximately 4,497 miles annually, which is unusually low for the vehicle’s age. This pattern suggests either infrequent use or prolonged periods of inactivity, which can accelerate corrosion, rubber degradation, and electrical system issues. Notably, the car accumulated 12,561 miles between the 2022-06-22 test (77,380 miles) and the 2023-06-13 test (89,849 miles), a rate of 12,561 miles in 12 months—significantly higher than the average. Such fluctuations may indicate seasonal usage or ownership changes, but the lack of defects in these tests implies the drivetrain and essential systems remain functional. A buyer should prioritize inspecting the suspension components, particularly the rear coil springs and bushes, which may show wear from low-mileage inactivity. The exhaust system and brake discs should also be checked for corrosion, as prolonged standing can lead to rust. While no structural issues were flagged in the MOT history, the 20-year age of the vehicle necessitates a thorough inspection of the chassis for hidden rust, especially in underbody panels. The absence of recurring advisories or failures in the record is reassuring, but the gap in testing since 2023 underscores the need for a pre-purchase mechanical survey to confirm ongoing reliability.