2012 Vauxhall Vivaro 1.9L Diesel · FV12 GOH

This Vauxhall Vivaro has maintained a remarkably clean MOT history over the past two years, with the most recent test in July 2025 at 182,374 miles showing no defects—an outcome that suggests the vehicle has been well maintained in critical areas. The two failures in May 2024 and May 2023, both occurring just days apart at mileages of 174,098 and 170,645 respectively, are unusual given the absence of recorded defects. This pattern implies the failures may have been administrative (e.g., missing documentation) rather than mechanical, as no advisories or faults were logged. The consistency of passing tests thereafter, including the latest in July 2025, indicates no deterioration in core structural or safety systems. However, the lack of advisories in any test raises questions about whether minor wear items—such as tyres, brakes, or suspension components—have been addressed proactively, or if the vehicle has simply avoided common high-mileage issues. The mileage accumulation of 13,027 miles per year is high for a 14-year-old commercial vehicle, suggesting either intensive use or prolonged periods of operation without significant downtime. The gap between the May 2023 and May 2024 tests (1,461 miles over 12 months) aligns with typical annual MOT intervals, but the rapid mileage climb—from 170,645 to 174,098 in just nine days between the two 2024 tests—is atypical and may indicate a data entry error or an unusually intensive short-term usage phase. The absence of advisories or defects across all tests, despite the elevated mileage, implies either meticulous maintenance or a vehicle that has thus far resisted common high-mileage failures. Buyers should verify whether this mileage reflects genuine usage or potential odometer discrepancies, as such spikes are uncommon without corresponding mechanical stress. Given the clean MOT record, a buyer should prioritise a thorough inspection of high-wear components that are not routinely checked during standard MOTs. The suspension—particularly the front coil springs, bushings, and track control arms—should be scrutinised for fatigue cracks or excessive play, as these are critical but often overlooked on high-mileage commercial vehicles. Brake system integrity, including the condition of rear brake pads, caliper operation, and disc thickness, must be confirmed, even though no binding or excessive wear was recorded. Exhaust emissions and DPF functionality (if applicable) should also be checked, as these systems can degrade silently without triggering MOT failures. Finally, structural corrosion in wheel arches, sills, and suspension mounting points should be inspected, as rust progression in these areas is not always captured in MOT tests but can compromise long-term safety.