2015 Vauxhall Vivaro 1.6L Diesel · RF15 FHB

A clean MOT pass on 15 December 2025 provides the headline result for this Vivaro, but the broader picture is far more revealing than a single pass certificate. The vehicle was presented for test on 11 December 2025 and failed outright under the same inspection, only to be re-submitted and passed four days later. Earlier in 2025 an identical pattern occurred, with a failure on 6 January immediately followed by a pass the same day. Each of these entries carries no recorded advisories or defect details, meaning the original failures related to items rectified between tests rather than structural or wear-based concerns logged in the history. While a clean sheet of advisories over five tests is superficially reassuring, the two consecutive fail-then-retest sequences warrant confirmation that the underlying causes were fully resolved and have not regressed. The absence of any recorded corrosion, brake, suspension, or exhaust advisories across nearly ten years of testing suggests the body structure and major mechanical components have so far remained sound. Recorded mileage of 139,297 miles against an eleven-year registration places this Vivaro at roughly 12,600 miles per year on average, a notably high figure for a vehicle of this type. The annual accumulation is consistent with commercial or fleet-style operation rather than private light use, and this is the dominant mechanical variable for any prospective buyer. High-mileage vans of this generation place disproportionate stress on clutch assemblies, dual-mass flywheels, turbocharger bearings, injectors, EGR valves, and DMF-related driveline vibration components. The MOT record itself shows no entries between the start of 2024 and the close of 2025, but mileage gaps of this nature are not unusual for vans operating under fleet servicing schedules and do not necessarily indicate extended standing time. What the usage pattern does imply is that wear-sensitive items should be expected to be nearer the middle or latter portion of their service life. On a physical inspection, particular attention should be paid to the clutch take-up point and any shudder under load, which is the classic symptom of a worn dual-mass flywheel on the 1.6 CDTi and 2.0 CDTi units commonly fitted to this generation of Vivaro. Listen for any metallic rattling from the turbo area on overrun, indicative of worn compressor or turbine shaft bearings. Inspect the EGR valve and intake manifold for excessive soot accumulation, which on high-mileage examples often triggers rough idling, intermittent loss of power, and illuminated emissions warnings. Check the oil level and condition on the dipstick, looking for any mayonnaise-like residue under the oil filler cap, a frequent finding on vans used predominantly for short urban journeys where the engine rarely reaches full operating temperature. Diesel particulate filter condition should also be discussed, as high-mileage commercial use combined with frequent short trips accelerates DPF saturation. Given the two fail-retest sequences without recorded defect details, it is prudent to ask the seller for the rectification invoices or at minimum a clear explanation of what components were replaced or repaired between each test. Verify that no advisory-level issues were verbally noted by the tester and simply not entered onto the database. On the road, the Vivaro should be driven over uneven surfaces to detect any knocking from the front suspension, particularly from the lower control arm bushes and anti-roll bar drop links, both known wear items on this platform. Check for pulling under braking, which can indicate binding calipers or worn front discs, and inspect the discs themselves for a pronounced lip on the outer edge. Finally, examine the underside for any oil misting around the engine and gearbox seams, and look closely at the subframe mounting points and brake pipe runs along the chassis for any early corrosion, as vans of this age and mileage operating through winter months are particularly susceptible to underbody rust developing before it reaches MOT failure thresholds.