2014 VAUXHALL INSIGNIA2.0L DIESEL

The current roadworthiness status of this Vauxhall Insignia is technically compliant following the pass on 29 May 2026, yet the maintenance trend shows a concerning decline in preventative upkeep. While the vehicle successfully cleared its most recent assessment, the transition from a clean pass in April 2025 to a multi-item failure in May 2026 indicates that the previous owner neglected basic consumables and electrical systems until they reached a point of legal non-compliance. The presence of multiple advisories regarding oil leaks, tyre integrity, and suspension misting suggests that the vehicle is now entering a phase where deferred maintenance is accumulating. The recorded mileage of 68,767 miles over twelve years reflects an average annual usage of approximately 5,700 miles. This low-mileage profile is generally favourable, yet the history shows a significant jump in mechanical issues between the 2025 and 2026 tests. The vehicle covered fewer than 3,000 miles in that fourteen-month window, yet the MOT record shifted from zero defects to a long list of failures involving lighting, structural tyre damage, and brake component wear. This pattern often points to a car that has spent extended periods standing idle, which can accelerate the degradation of rubber seals, suspension dampers, and electrical wiring. Prospective buyers must prioritise a physical inspection of the front shock absorbers and the engine underside. The recurring reports of oil leaks and misting dampers indicate that these components are nearing the end of their service life and will likely require replacement in the near future. You should also verify the condition of the tyres, as the recent history of structural damage and nail punctures suggests a lack of vigilance regarding road hazards. Finally, check all lighting and electrical switches thoroughly, as the May 2026 failure highlighted widespread issues with fog lamps, headlamp levelling, and wiper efficiency that indicate potential underlying wiring or module faults.