2002 Vauxhall Astra 1.8L Petrol · BN02 ALO

The Vauxhall Astra is currently unroadworthy under DVSA rules because the most recent MOT on 28 March 2023 at 184,511 miles returned a failure with no later pass recorded. This terminal fail, dated over three years before today’s assessment, breaks the earlier fail-pass pattern and reveals a worsening maintenance trajectory rather than a stable one. In February 2021 and March 2022 the tester failed the car yet granted a pass within one to two days; the 2023 failure with no follow-up shows the rectification cycle collapsed. The odometer rose from 156,977 miles at the 25 February 2021 pass to 171,318 miles by 31 March 2022, then to 184,511 miles at the 28 March 2023 failure. That equates to around 14,000 miles per year, above the 7,688 mile annual average for a 24-year-old vehicle but not indicative of abusive use. The five-entry history carries no advisories or defect lines, which is sparse for a high-mileage hatchback and may mask omitted data. The absence of any test since spring 2023 implies the car has stood largely idle or operated without valid MOT. Because the certificates log no defects, the buyer must physically verify critical systems rather than trust the record. At 184,511 miles expect worn suspension bushes, tired front coil springs, and brake disc wear; the unexplained 2023 fail demands close inspection of structural integrity around sills and subframes for corrosion. Previous owners chased quick retests in 2021 and 2022, suggesting they tackled faults promptly, but the abandoned final fail points to prolonged standing that raises risk of seized calipers and perished rubber components. A workshop inspection should confirm exhaust emissions compliance, engine compression, and steering rack play before any sale. Consumable items such as tyres, wiper blades, and fluid levels remain unknown from the data and require firsthand checks. The clean digital trail places full responsibility on a technical examination to establish whether this Astra can return to roadworthy condition.