2005 Suzuki Ignis 1.3L Petrol · MM05 AEP

The 2005 Suzuki Ignis remains roadworthy based on its most recent MOT on 2025-06-24 at 107,272 miles, which recorded no defects. However, the maintenance trend over the past two years shows inconsistency, with a failure on 2024-06-26 at 105,024 miles and a subsequent pass on 2024-07-01 at 105,075 miles. The absence of recorded defects in both the 2023 and 2025 tests suggests no critical issues, but the repeated failures without recorded faults raise questions about the reliability of the testing process or potential minor issues overlooked. The vehicle’s low mileage of 107,272 miles for its 21-year age indicates infrequent use or prolonged storage, which may affect component longevity despite the clean MOT history. The mileage progression shows a gradual increase, with 102,930 miles recorded in 2023 and 107,272 miles in 2025—a rise of 4,342 miles over 24 months. This slow accumulation aligns with the low annual average of 5,108 miles, reinforcing the likelihood of minimal mechanical wear. However, the lack of detailed defect reports in the 2023 and 2024 tests limits insight into potential underlying issues. The 2024-06-26 failure, recorded without specific defects, may indicate procedural errors or transient faults, though the subsequent pass suggests resolution. Buyers should verify the vehicle’s service history to confirm if maintenance was prioritized during periods of inactivity. A physical inspection is recommended to assess components vulnerable to low-mileage degradation. Suspension bushes, coil springs, and brake calipers may exhibit stiffness or corrosion from prolonged standing. The exhaust system and structural integrity should also be checked for rust, as low-mileage vehicles are prone to under-the-skin corrosion. While the MOT records show no major faults, the absence of detailed defect descriptions means critical issues could have been missed. Buyers should prioritize a thorough check of the braking system, suspension, and bodywork to ensure the vehicle’s mechanical and structural soundness.