2009 Vauxhall Vivaro 2.0L Diesel · BB58 AJB

The most recent MOT, conducted just over a month ago on 5 June 2026 at 98,501 miles, shows a vehicle that narrowly passed but with a concerning cluster of recurring issues. The binding offside front brake, slight play in the anti-roll bar linkage, and persistent subframe corrosion—though not yet structurally critical—suggest a trend of deferred maintenance rather than outright neglect. The fact that the June 2026 test failed only due to wiper inefficiency and steering linkage defects, rather than the more serious structural or brake faults, indicates these problems were addressed between the February 2025 and June 2026 tests. However, the reappearance of binding brakes and subframe corrosion implies these were either temporarily fixed or ignored rather than properly resolved. The parking brake failure in February 2025, followed by its absence from later tests, raises questions about whether it was repaired or simply overlooked in subsequent inspections. The Vivaro’s mileage of 98,501 miles over 17 years—averaging just 5,794 miles annually—points to either light commercial use or prolonged periods of inactivity. The gaps between tests are irregular: from February 2025 to June 2026, just 2,253 miles were covered in four months, while the 2024–2025 interval saw 4,027 miles over 12 months. Such low annual mileage typically reduces wear on drivetrain components but can accelerate corrosion in underbody and suspension areas due to prolonged exposure to moisture. The February 2025 failures, occurring at 96,222 miles, were particularly severe, with missing subframe braces, corroded brake pipes, and a defective strut pin—issues that should have prompted immediate attention. Their reappearance in later tests as advisories rather than failures suggests they were either patched up or allowed to persist without proper correction. For a prospective buyer, the steering and suspension components demand urgent scrutiny. The inner steering linkage ball joint showed excessive play in February 2025, and while not re-failed, the anti-roll bar and track rod end ball joints continue to exhibit slight play—a sign of cumulative wear. The Macpherson strut pin failure in 2025, combined with the missing subframe brace and corroded brake pipes, points to a vehicle where suspension and structural integrity have been compromised over time. The binding front brake, though not excessively severe, warrants a professional brake system check, including caliper and pad condition, as well as a test of parking brake functionality. Corrosion on the rear subframe, while not yet structurally critical, should be inspected for progression, particularly around mounting points and load-bearing areas. Finally, the wiper failures and tyre condition—including edge wear and cracking—highlight basic upkeep that has been neglected. The spare tyre being flat in two consecutive tests suggests either a lack of routine checks or storage issues. While these are minor compared to the structural and mechanical concerns, they reinforce a pattern of inconsistent maintenance. A thorough pre-purchase inspection should include a full suspension alignment, brake system overhaul, and corrosion assessment of the subframe and brake pipes, with particular attention to any signs of rust penetration or weakened welds. The vehicle’s low mileage does not excuse the deferred repairs, and the recurring faults indicate a need for significant investment to restore reliability.