2015 Vauxhall Vivaro 1.6L Diesel · DU15 AFA

The Vauxhall Vivaro’s most recent MOT test on 31 March 2026 confirmed roadworthiness with no defects recorded at 136,270 miles, but the history reveals an inconsistent pattern of near-misses and rapid mileage accumulation. The vehicle failed twice in quick succession in early 2025—once on 31 March at 131,703 miles and again on 1 April at 131,708 miles—before passing the following test on 1 April 2025, suggesting either a last-minute correction or a temporary resolution to a recurring issue. The gap between the 2024 and 2025 tests (12 months) contrasts sharply with the 11-month interval between the 2025 failures, indicating a lack of consistent maintenance discipline. While the latest pass suggests the vehicle currently meets MOT standards, the frequency of near-failures warrants scrutiny of components prone to wear or neglect. The recorded mileage of 136,270 miles over 11 years equates to an average of 12,388 miles annually, which is unusually high for a vehicle of this age and class. This suggests either intensive commercial use or prolonged periods of neglect between services. Notably, the mileage jumped from 119,641 miles in January 2024 to 131,703 miles by March 2025—a 12,062-mile increase in just over 14 months—before accelerating further to 136,270 miles by March 2026. Such rapid accumulation raises concerns about accelerated wear on suspension bushes, coil springs, and drivetrain components, as well as the potential for corrosion in wheel arches and sills if the vehicle was exposed to harsh conditions during high-mileage periods. Given the history of near-failures and the high mileage, a prospective buyer should prioritise an inspection of the brake system, particularly the rear calipers and discs, which were likely the cause of the 2025 failures. The repeated test failures at nearly identical mileages imply either binding calipers, excessive lateral wear, or corrosion compromising structural integrity. Suspension components—including track rods, ball joints, and shock absorbers—should be examined for excessive play or fluid leaks, as these are common failure points under high mileage. Additionally, the chassis and underbody should be scrutinised for signs of corrosion in wheel arches, sills, and the rear subframe, which can compromise structural integrity over time. Tyre condition and tread depth, while not directly linked to the failures, should be verified, as the vehicle’s mileage suggests they may be nearing replacement limits.