2005 Vauxhall Astra Life Cdti 1.7L Diesel · IHZ 3549

The vehicle’s most recent MOT, conducted on 2022-01-26 at 140,585 miles, recorded a pass with no defects. However, the interval between this test and the prior MOT in 2019-11-16 (136,026 miles) exceeds the standard two-year requirement, suggesting potential lapses in maintenance. No recurring mechanical issues are evident from the record, and the absence of defects in the 2022 test implies the car met roadworthiness standards at that time. The 2022-01-15 failure at 140,502 miles is noted but lacks defect details, leaving uncertainty about its cause. Overall, the maintenance trend appears stable, though the four-year gap since the last test raises concerns about unverified compliance. The vehicle’s mileage of 140,585 miles over 21 years equates to approximately 6,695 miles annually, aligning with typical usage for its age. The MOT history shows a three-year gap between the 2019 and 2022 tests, during which mileage increased by 4,559 miles. This slower accumulation suggests reduced usage or periods of inactivity, which could exacerbate issues like corrosion or fluid degradation. The 2018-11-15 test at 132,709 miles and 2019-11-16 test at 136,026 miles indicate consistent but not rapid mileage growth. The record lacks anomalies, but the sparse data from 2019 to 2022 limits insight into potential wear patterns during that period. A buyer should prioritize inspecting the vehicle’s suspension components, including bushes and coil springs, for signs of wear given its age and mileage. The brake system, particularly rear calipers and discs, warrants scrutiny for binding or uneven wear, as these are common in high-mileage diesel engines. Structural integrity should be assessed for rust, especially in the underbody and wheel arches, which may have deteriorated during periods of inactivity. Additionally, the exhaust system and emissions controls should be checked, as older diesel vehicles often develop leaks or inefficiencies. The lack of recent MOT data means these checks are critical to confirm continued roadworthiness.