2016 Vauxhall Vivaro 1.6L Diesel · DP65 LDX

The most recent MOT outcome on 26 January 2026 reflects a pass with no defects recorded, following an immediate prior failure on the same date for an excessively worn nearside track rod end ball joint classified as a Major defect, alongside a Dangerous failure for an offside front tyre with tread depth below the statutory 1.6mm limit. Looking at the broader DVSA history, the maintenance trend is one of persistent and recurring front-end steering and suspension wear rather than stable or improving condition. Major defects relating to track rod end ball joints have appeared in three consecutive annual tests, alternating between nearside and offside sides, and the 2025 test also recorded excessively worn anti-roll bar linkage ball joints on both front corners. This pattern strongly indicates that the steering and front suspension components are wearing at an accelerated rate, likely exacerbated by the vehicle's commercial van duties and the higher mileage typical of such platforms. Against a ten-year age and 116,381 recorded miles, the Vauxhall Vivaro is averaging approximately 11,638 miles per annum, which is broadly consistent with expectations for a working van of this type. The mileage progression across the MOT records appears steady and continuous, with no significant gaps that would suggest prolonged periods of standing unused. This consistent usage is mechanically favourable in some respects, as regular driving tends to keep brakes, seals, and drivetrain components exercised, but it does mean that wear-rate items such as front suspension, steering linkages, brake discs, clutches, and dual-mass flywheels on the diesel drivetrain will be approaching or past their typical service thresholds at this mileage. Buyers should anticipate that the timing chain, water pump, dual-mass flywheel, and turbocharger components on the common diesel engines fitted to the Vivaro are now within known wear-out zones. Given the repeated track rod end and anti-roll bar linkage failures across multiple test cycles, a prospective buyer must carry out a thorough physical inspection of the front suspension and steering assembly. The track rod ends and anti-roll bar drop links have clearly been replaced at least once during the period covered by these records, and it is important to verify the quality and provenance of any replacement parts fitted, as well as to check that all related components such as wishbone bushes, coil springs, and steering rack mounting bushes have not also degraded. On a test drive, listen carefully for clonks or knocking from the front end over speed humps and uneven surfaces, pay attention to any wandering or vagueness in the steering, and inspect the inner and outer edges of the front tyres for uneven wear which would indicate camber or tracking issues stemming from worn suspension geometry. Brake feel should also be assessed for shudder or pulling, given the higher mileage and the likely need for disc and pad refurbishment. Beyond the recorded defects, given the age and mileage profile, attention should be directed towards calendar-based degradation that the MOT does not fully cover. The tyres on a 2016 vehicle, regardless of tread depth, may exhibit sidewall perishing or cracking from age, and all four tyres plus the spare should be examined closely for ozone damage. The 12V battery is likely due for renewal on age grounds alone, and the coolant, brake fluid, and power steering fluid should be considered overdue for a scheduled change, with brake fluid in particular being hygroscopic and prone to reduced boiling point after several years. Check for any signs of standing corrosion on the brake discs, particularly if the vehicle has been stood for extended periods, and verify that the handbrake and caliper sliders are operating freely without binding. Finally, ensure the service book stamps or digital service records corroborate the timing belt or chain replacement intervals appropriate to the fitted diesel engine, and inspect the underbody and exhaust system for corrosion, which is a common issue on Vivaros of this generation operated through British winters.