2013 Vauxhall Vivaro 2.0L Diesel · FJ63 ESO

The maintenance trend for this 2013 Vauxhall Vivaro is stable, culminating in a clean pass at the most recent MOT on 7 November 2025 at 60,773 miles with zero recorded defects. The MOT history contains a notable data anomaly requiring interpretation. On both 11 November 2023 and 21 November 2024, the vehicle recorded a failure and a pass on the exact same day at the exact same mileage, with zero defects listed for both outcomes. This suggests an administrative error or a retest where the original defect was rectified and omitted from the summary, rather than a recurring mechanical fault. The mechanical trend therefore appears stable rather than worsening. The mileage accumulation aligns with light commercial or domestic use. Between 11 November 2023 and 21 November 2024, the Vivaro covered 6,733 miles, and from 21 November 2024 to 7 November 2025, it traveled 6,263 miles. This equates to roughly 6,500 miles annually over the last two years, which is low for a vehicle of this age. Such low annual mileage often indicates short-trip usage or prolonged standing periods. Long stationary spells can cause specific issues like brake disc corrosion, tyre flat-spotting, and deteriorating rubber suspension bushes, even when the tester flags no immediate defects. Given the absence of recurring mechanical advisories, a buyer should focus on the hidden effects of low-mileage operation. Inspect the brake discs for surface rust and uneven wear, a common issue when vehicles stand for extended periods. Check the tyres for sidewall cracking or date codes exceeding six years, as low-mileage vans often retain original rubber long after its structural integrity has degraded. Examine the suspension bushes and exhaust system for corrosion rather than wear. The underbody and load area require close scrutiny for structural rust, particularly around the sills and floor pans. A commercial vehicle of this age may have endured heavy loading despite the low recorded mileage, potentially compromising structural integrity. Verify the operation of the rear brakes and handbrake mechanism, as light-use commercial vehicles frequently suffer from binding calipers and seized linkages due to lack of regular thermal cycling.