2016 Vauxhall Astra 1.4L Petrol · DX66 OFW

The vehicle currently holds a valid MOT following a pass on 6 January 2026 at 107,760 miles. While the latest result shows no major failures, the history indicates a period of instability between late 2022 and early 2024 where critical safety components required attention. The recurrence of electrical faults and suspension wear suggests previous owners addressed immediate defects rather than preventing underlying degradation. Recent advisories focus on peripheral items like tyre sidewalls rather than structural integrity, which implies the core mechanical state has stabilised since the November 2022 failure. Annual testing frequency remains consistent throughout the recorded history, reflecting standard compliance without extended periods of non-usage. The odometer reading increased from 75,646 miles in November 2022 to 107,760 miles this January, averaging approximately 10,000 miles annually. This usage rate aligns with typical expectations for a ten-year-old hatchback and does not indicate excessive strain on the engine or transmission. However, the rapid accumulation of over 30,000 miles in the last three years confirms that wear items such as brakes and suspension bushings require regular monitoring despite the moderate average. A physical inspection must prioritise the steering linkage and electrical wiring looms given the repeated track rod end play and hazard switch failures. The initial failure regarding the nearside front track rod end ball joint indicates potential wear in the suspension geometry that may have been masked by subsequent repairs. Buyers should verify the tightness of all wheel fixings after the incident where an offside front road wheel fixing went missing during the November 2022 test. The persistent tyre pressure monitoring system errors suggest sensor degradation or wiring faults that often accompany older vehicles. Check the rear tyre sidewalls closely as the January 2026 advisory highlights age-related cracking that compromises structural integrity regardless of tread depth.