2017 Vauxhall Astra 1.6L Diesel · BF67 AEB

The vehicle shows a fluctuating maintenance pattern that has recently trended towards wear-related failures. While the August 2025 test at 79,831 miles resulted in a pass, the initial failure on that same date highlights issues with the offside headlamp intensity and front braking components. The tester flagged front brake pads wearing thin and worn front brake discs. This follows a clean 2024 inspection at 65,828 miles, suggesting that the braking system has reached a point of required consumable replacement following a period of relatively trouble-free use. The mileage accumulation appears consistent with a typical 9-year-old vehicle, averaging approximately 8,870 miles per year. The progression from 35,295 miles in August 2020 to 79,831 miles in August 2025 shows steady usage without significant periods of neglect or excessive heavy-duty driving. The data is relatively continuous, providing a reliable timeline of the vehicle's life cycle, though the intervals between tests vary slightly. A prospective buyer should prioritize a physical inspection of the braking system, specifically checking the thickness of the remaining pads and the surface condition of the discs to ensure the recent advisories have been addressed. The 2021 failure at 43,514 miles noted a missing hold-down spring on the offside front hydraulic brake caliper, so verifying the integrity of all caliper mounting hardware is necessary. Although the 2023 failure regarding an inoperative engine malfunction light was resolved, a diagnostic scan should confirm the health of the engine management system. Finally, check the condition of the windscreen wipers and the washer system, as these were flagged as defective in the 2021 test. While the tyre issues noted in 2021 appear to be resolved, the current mileage warrants a thorough check of all four tyres for uneven wear, which could indicate underlying suspension or alignment issues. The recent headlamp intensity failure also suggests checking the electrical integrity of the lighting units to prevent future compliance issues.